Siemens Power Academy TD North America 2010 Education and Training Catalog

Transcription

1 Siemens Power Academy TD North America 2010 Education and Training Catalog Siemens PTI Power Distribution, Power Systems, PSS Software and Power Transmission Courses and Certification Answers for energy.

2 Siemens Power Academy Transmission and Distribution (TD) - North America (NA) Introduction Forty years of experience serving the needs of transmission and distribution customers has earned Siemens Power Technologies International (Siemens PTI) a global reputation as a premier provider of quality network consulting, software solutions, and power system, transmission and distribution training. In addition to being a provider of choice for advanced transmission studies and innovation in PSS software products, Siemens Power Academy TD - North America (NA) wants to be your training provider of choice. To achieve this goal, we deliver challenging course content that addresses your needs. We have developed curriculums that enable you to create training roadmaps, to help with your succession planning. We have expanded course delivery at regional locations, to bring courses closer to you. And, we provide a forum for the exchange of practical knowledge - one that enhances serious professional development. Siemens Energy Inc., Siemens PTI and Siemens Power Academy TD NA are pleased to share with you our 2010 course catalog. This year we offer: New content in power system studies for wind integration, black start and system restoration, and distribution automation analysis for the smart grid Expansion of our regional office course schedules that include more of our course series, such as PSS E Power Flow, PSS E Dynamics and PSS MUST Three highly structured curricular programs that offer Siemens Power Academy Certification at the Associate, Advanced and Expert knowledge levels. Learn and network with industry peers and enhance your professional development opportunities by joining the ranks of Siemens Power Academy TD NA alumni. Explore your technical side. The course was very informative, with an in-depth analysis on both the theoretical and practical aspects of not only the power flow software but on power system problems in general. - Recent course attendee 2

3 Table of contents Headquarters and regional course locations Headquarters 4 Regional offices 5 Global course offerings 5 Courses, certifications and curriculums Today s challenge 6 Course identifiers and numbers 6 Certifications 6 About the program 7 Power System Engineering Curriculum and Certifications 8 Power Transmission Engineering Curriculum and Certifications 10 Power System Dynamics Curriculum and Certifications 12 Power DISTRIBUTION Engineering Course (PDEC) descriptions 14 Power System ENGINEERING Course (PSEC) descriptions 17 Power System SOFTWARE Engineering Course (PSSC) descriptions 20 Power TRANSMISSION Engineering Course (PTEC) descriptions 23 Siemens EQUIPMENT-Based Training Course (SEBT) - Asset Service Management descriptions 25 Siemens System OPERATOR Training Course (SSOT) descriptions Complete schedule by course prefix 27 Software user group meetings and courses 32 Corporate and extended training programs Corporate training 33 Extended programs 33 Promotional offers 33 Our instructional team 33 Registration, payment and contact information NEW - Register online 34 Register by mail or fax 34 Confirmation 34 Tuition 34 Payment 34 International students 34 Course structure Continuing Education Credits 35 Class times 35 Terms and Conditions 36 About Siemens PTI Siemens PTI Network Consulting 38 Siemens PTI PSS software 38 Siemens PTI PSS front-line support 38 Registration form 39 3

4 Siemens Power Academy TD NA Headquarters and regional course locations Headquarters In June 2008, Siemens PTI moved from its historic location on Erie Boulevard to a new, state-of-the-art facility located in the revitalized downtown area of Schenectady, New York. Our modern classrooms are ready for instruction with the latest PSS software and training equipment. Siemens Energy, Inc. Siemens PTI - New York Siemens Power Technologies International Siemens Power Academy TD NA 400 State Street, 3rd Floor Schenectady, NY Telephone: +1 (518) Fax: +1 (518) pti-edpro.ptd@siemens.com pti-education. As a training destination, Schenectady offers visitors an experience outside of class. Rich in history, and home to the Mohawk tribe of the Iroquois Nation, Schenectady translates to the place beyond the pine plains. The ninth largest city in New York, Schenectady is 18 miles from the capital city of Albany, New York. New York City and Boston are only a few hours away by car or by train. Montreal, Canada, is only a four-hour drive north; Niagara Falls is four hours west. The opportunity to enjoy the surrounding area is another reason to come to Schenectady to train with Siemens Power Academy TD NA. Come celebrate New York s 400th anniversary! Visit for more information. 1. Schenectady, NY 2. Mountain View, CA Littleton, CO 4. Minnetonka, MN 5. Houston, TX 5 6. Burlington, ON (Canada) 4

5 Regional offices Siemens PTI s recent expansion allows Siemens Power Academy TD NA to bring our courses closer to you our customers. By addressing regional training needs with local and expert consulting talent, our customers get the same great training with the added benefits of reduced travel requirements and a shared training experience with regional players who often operate on the same local system, and who face similar regional conditions and technical challenges. Siemens PTI and Siemens Power Academy TD NA now offer courses at all of our regional office locations in California, Colorado, Minnesota, Texas, and our NEW location in Ontario, Canada. Global course offerings Siemens Power Academy TD NA is one of Siemens Power Academy s international training centers. Siemens Power Academy provides training throughout the world. Courses in power generation, power transmission and distribution, high and medium voltage, and primary and secondary equipment can be accessed in our global training catalog and on the Web at For more information, you may also contact Siemens Power Academy TD NA at pti-edpro.ptd@siemens.com. If we don t list the course you re looking for, ask, and we ll do our best to find it for you. Siemens PTI - California Siemens PTI - Texas Siemens Energy, Inc. Siemens Energy, Inc. Siemens Power Technologies International Siemens Power Technologies International 1350 Shorebird Way Old Katy Road, Suite 100 Mountain View, CA Houston, TX Siemens PTI - Colorado Siemens PTI - Canada Siemens Energy, Inc. Siemens Canada Ltd. Siemens Power Technologies International Siemens Power Technologies International 7810 Shaffer Parkway, Suite Appleby Line Littleton, CO Burlington, ON L7L 6X7 Siemens PTI - Minnesota Siemens Energy, Inc. Siemens Power Technologies International Wayzata Boulevard, Suite 400 Minnetonka, MN

6 Siemens Power Academy TD - NA Courses, certifications and curriculums Today s challenge The successful operation of the grid relies on the knowledge and experience of its workforce. Energy professionals plan and manage millions of miles of transmission and distribution lines, and provide secure and reliable access to energy across an increasingly interconnected planet. Today s power system and utility workforce is on the verge of a significant demographic shift. This, combined with the impact of new technologies for smart grid applications, the increasing pressure for green power and new, more stringent regulatory policies, add up to a serious challenge for utility organizations; a challenge that will require implementation of a solid training roadmap enabling power system professionals to acquire the necessary skills and know-how to meet these growing demands. Siemens PTI and Siemens Power Academy TD NA are ready to help implement training solutions to meet these challenges, along the entire power conversion chain. By attending training, you and your company can profit from Siemens 160 years of global experience. Courses, certifications and curriculums Course identifiers and numbers Our courses are grouped by course identifiers and leveling numbers allowing you to easily navigate courses in a specific subject area. Need help finding the right course? Our staff will be happy to help you find training that meets your experience level and learning objectives. We can also provide guidance on building progressive training plans that will address your career development goals and objectives. Our course identifiers are categorized as follows: Power DISTRIBUTION Engineering Courses (PDEC) page 14 Power System ENGINEERING Courses (PSEC) page 17 Power System SOFTWARE Engineering Courses (PSSC) page 20 Power TRANSMISSION Engineering Courses (PTEC) page 23 Siemens EQUIPMENT-Based Training Courses (SEBT) page 25 Siemens System OPERATOR Training Courses (SSOT) page 26 Certifications Siemens Power Academy Certifications are a great way for engineering professionals to validate skills and demonstrate knowledge and proficiencies in a competitive landscape. Our certifications also provide a means of common measurement for evaluating that knowledge. The mission of Siemens Power Academy Certification is to: Provide a reliable, valid and valued model of training power system engineers Provide a fair, repeatable and consistent method of assessing skills and knowledge Develop a community of professionals who understand the need for certification in the power system industry. 6

7 About the program With the pace of change in today s energy landscape, continued skill development and knowledge acquisition provides the footing for the continuous journey of becoming a trusted resource. To guide you in this journey, our certification programs combine requirements of training/education, experience and validation. These certifications create training roadmaps that assist both learner and employer with faster onboarding of new hires, provide solid milestones for employee development plans and serve as a mechanism for knowledge transfer and succession planning. Siemens Power Academy TD NA has developed Associate, Advanced and Expert Certifications, which may be earned in the three curriculums described in the following section. For each certification level, students must complete several required courses, and also complete a specified number of electives in their area of interest. More so than a series of individual courses, these progressive certification programs ensure foundational knowledge acquisition and overcome specific knowledge gaps. Students progress from understanding and performing technical tasks at the Associate level to independent analysis at the Advanced level, and culminate at the Expert level certification with synthesis and evaluation of abstract concepts, and judgment about information and validity of ideas. If you are seeking certification, please speak with one of our education staff coordinators. Together, we will identify which certification program is right for you. To map out your plan to successful completion of the certification requirements, we will review our course offerings, as well as your work experience and testing requirements. Once your training roadmap is planned, you can enroll in your first course and begin training. Course testing can be scheduled up to six months after your completion of the course. All testing is completed through our online learning management system and grades are provided in a formal transcript. Upon successful completion, you enroll in your next course and continue this process until all requirements are met. The Associate The Advanced The Expert The Associate Certification course series engages students, in their first few years of employment, in coursework that is essential for new engineers in the practical application of theory, in software training for productivity and in coursework that assists engineers transferring from mechanical or civil engineering. Upon completion of the required coursework and assessments, the participant should be able to perform technical tasks under direction, and translate, interpret and extrapolate key concepts, methodologies, principles, theories and industry practices. The Associate level certification will position candidates for advancement and ready them for more challenging work assignments as they develop in the industry. It is anticipated that completion of this coursework will take one to three years. The Advanced Certification requires the completion of Associate level certification and demonstrated industry experience. Candidates for the Advanced certification level will be able to demonstrate four to eight years of experience in their area of study. Students may be pre-tested or provide examples of their knowledge/ experience to verify their readiness for these advanced level courses. Upon completion of the required coursework and assessments, the participant should be able to independently solve problems by applying principles and acquired knowledge. It is anticipated that completion of this coursework will span several years. The Expert Certification requires the completion of Advanced level certification and demonstrated industry experience. Candidates for the Expert certification level will be able to demonstrate nine to 12 years of experience in their area of study. Students may be pre-tested or provide examples of their knowledge/experience to verify their readiness for these expert level courses. Upon completion of the required coursework and assessments, the participant should be able to perform complex technical tasks independently and advise others on the performance of these tasks, as well as be able to evaluate, synthesize and communicate abstract concepts and make judgments about information and validity of ideas. It is anticipated that completion of this coursework will span several years. Get ahead of the steep learning curve. 7

8 Siemens Power Academy TD - NA Courses, certifications and curriculums Power System Engineering Curriculum and Certifications Curriculums As power engineering programs disappear from the academic landscape, one way engineers can demonstrate value, skills and competencies in their field of expertise is to continue lifelong learning. They can further show their professional commitment by earning certification in their area of expertise. To acknowledge and certify an engineer s professional development achievements, Siemens Power Academy TD NA has created the Associate, Advanced and Expert Certifications in the following three curriculums: Power System Engineering Curriculum page 8 Power Transmission Engineering Curriculum page 10 Power Systems Dynamics Curriculum page 12 Power System Engineering Curriculum and Certifications This curriculum is designed to provide a broad series of skills and knowledge that apply to transmission, distribution and other grid specialties. Upon completion of the Associate Certification course series in Power System Engineering, candidates will be able to: Comprehend the fundamentals of electric circuit analysis as related to power systems Discuss the various types of distribution system configurations, equipment and loads Evaluate concerns such as reliability, power quality, voltage drop, voltage regulation, power factor correction and capacitor applications Comprehend the fundamental methods used in the steady state analysis of AC circuits as applied to power distribution systems including: linear circuit elements, complex numbers, matrices, network solution methods, three-phase power systems, the per unit system, symmetrical components and fault currents Comprehend and analyze the basics of distribution system insulation coordination and surge arrester applications that provide overvoltage protection from events such as switching and lightning surges Comprehend power flow behavior and demonstrate steady state power flow analysis methods, starting with the steady state power-angle relationship on transmission lines and continuing with methods of solution of load flow problems in large networks, including applications of multi-winding singleand three-phase transformers and phase-angle regulators Apply project management concepts, including controls and organizational structure, project tools and technology, work breakdown structures, critical path, project valuation methods (EVA), baselines, project estimating, resource scheduling, contract management, scheduling and scope change requests, and parallel project management, all as they relate to the power systems industry. Required courses and electives for the Associate Certification in Power Systems Engineering are shown at right, as well as those for the Advanced and Expert Power Systems Engineering Certifications. For additional information on this program, please contact the Siemens Power Academy TD NA education office at +1 (518) or pti-edpro.ptd@siemens.com. 8

9 Power System Engineering Curriculum Course # Associate Level Certificate (Required = 3, Elective(s) = 1) R/E Delivery PDEC 500 Introduction to Distribution Systems and Power Circuit Analysis R PSEC 500 Power Flow Analysis R PSEC 515 Introduction to Project Management for Power System Engineers R PSEC 640 Fundamentals of Protective Relaying E PTEC 410 Introduction to Fiber Optics, presented by FiberNext LLC E PDEC 500T Test - Introduction to Distribution Systems and Power Circuit Analysis R PSEC 500T Test - Power Flow Analysis R PSEC 515T Test - Introduction to Project Management for Power System Engineers R Course ID+T Test - Elective R Course # Advanced Level Certificate (Required = 4, Elective(s) = 1) R/E Delivery PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis R PDEC 590 Substation Engineering and Design R PTEC 500 Fundamentals of Overhead Transmission Line Design R PSEC 600 Introduction to Power System Dynamics R PTEC 411 Transformer Diagnostics E PSEC 635 Power System Scheduling and Operation E PSEC 638 Power System Reliability E PSSC 750 PSS SINCAL Reliability E PSSC 500T Test - PSS E - Introduction to Power Flow and Steady state Analysis R PDEC 590T Test - Substation Engineering and Design R PTEC 500T Test - Fundamentals of Overhead Transmission Line Design R PSEC 600T Test - Introduction to Power System Dynamics R Course ID+T Test - Elective R Course # Expert Level Certificate (Required = 4, Elective(s) = 2) R/E Delivery PSEC 635 Power System Scheduling and Operation R PSEC 638 Power System Reliability R PSSC 550 PSS E - Introduction to Dynamic Simulation R PTEC 650 Overvoltages and Insulation Coordination R PSEC 640 Fundamentals of Protective Relaying E PSSC 700 PSS MUST - Managing and Utilizing System Transmission E PXXC XXX Advanced Level Elective E PSEC 635T Test - Power System Scheduling and Operation R PSEC 638T Test - Power System Reliability R PSSC 550T Test - PSS E - Introduction to Dynamic Simulation R PTEC 650T Test - Overvoltages and Insulation Coordination R Course ID+T Test - Elective R Course ID+T Test - Elective R Instructor-led Training Online 9

10 Siemens Power Academy TD - NA Courses, certifications and curriculums Power Transmission Engineering Curriculum and Certifications This curriculum is designed to address the knowledge and skills needed for professionals in system and resource planning transmission planning and others requiring skill and experience in the use of PSS E. Upon completion of the Associate Certification course series in Power Transmission Engineering, candidates will be able to: Comprehend power flow and power flow solution techniques for steady state analysis Perform transmission planning, load flow and stability studies using PSS E Apply load flow solution techniques Complete system impact studies and fault analysis Evaluate flow modeling data, one-line diagrams, power flow solutions and reports, contingency and transfer limit analyses Comprehend concepts in modeling and simulating the dynamic phenomena of power systems Evaluate and interpret modeling of main power system components, such as synchronous machines, excitation systems and governors Comprehend economic dispatch, unit commitment, automatic generation control, operating security and interchange evaluation, power systems state estimation Apply probability and statistical methods useful in planning and design functions Calculate reliability and availability of components as applied to generation, transmission and distribution system problems to determine overall system performance. Required courses and electives for the Associate Certification in Power Transmission Engineering are shown at right, as well as those for the Advanced and Expert Power Transmission Engineering Certifications. For additional information on this program, please contact the Siemens Power Academy TD NA education office at +1 (518) or pti-edpro.ptd@siemens.com. Learn things they don t teach you in engineering school! This course is great for beginners! It provided me with the hands-on training I needed in order to perform different tasks in my work. As a result of taking this course, I am now equipped to do case studies and analysis. This will allow me to be more [efficient] in my day-to-day activities. - Recent course attendee 10

11 Power Transmission Engineering Curriculum Course # Associate Level Certificate (Required = 5, Elective(s) = 1) R/E Delivery PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis R PSEC 505 Power Flow Analysis with Applications R PSEC 600 Introduction to Power System Dynamics R PSEC 635 Power System Scheduling and Operation R PSEC 638 Power System Reliability R PDEC 563 Understanding System Losses E PSEC 520 Industrial Power System Applications E PTEC 410 Introduction to Fiber Optics, presented by FiberNext LLC E PSSC 500T Test - PSS E - Introduction to Power Flow and Steady state Analysis R PSEC 505T Test - Power Flow Analysis with Applications R PSEC 600T Test - Introduction to Power System Dynamics R PSEC 635T Test - Power System Scheduling and Operation R PSEC 638T Test - Power System Reliability R Course ID+T Test - Elective R Course # Advanced Level Certificate (Required = 6, Elective(s) = 1) R/E Delivery PSEC 510 Analytical Methods for Voltage Control and Reactive Power Planning R PSSC 550 PSS E - Introduction to Dynamic Simulation R PSSC 570 PSS E Optimal Power Flow R PSSC 700 PSS MUST - Managing and Utilizing System Transmission R PTEC 500 Fundamentals of Overhead Transmission Line Design R PTEC 620 Advanced Transmission Planning with Modern Network Analysis Tools (PSS E, PSS MUST and PSS OPF) R PSEC 640 Fundamentals of Protective Relaying E PSSC 600 Using Python to Integrate PSS E Workflow E PTEC 411 Transformer Diagnostics E PTEC 520 Overhead Transmission Line Uprating E PTEC 535 Underground Cable Systems, presented by Power Delivery Consultants, Inc. E PSEC 510T Test - Analytical Methods for Voltage Control and Reactive Power Planning R PSSC 550T Test - PSS E - Introduction to Dynamic Simulation R PSSC 570T Test - PSS E Optimal Power Flow R PSSC 700T Test - PSS MUST - Managing and Utilizing System Transmission R PTEC 500T Test - Fundamentals of Overhead Transmission Line Design R PTEC 620T Test - Advanced Transmission Planning with Modern Network Analysis Tools (PSS E, PSS MUST and PSS OPF) R Course ID+T Test - Elective R Course # Expert Level Certificate (Required = 4, Elective(s) = 2) R/E Delivery PTEC 650 Overvoltages and Insulation Coordination R PTEC 635 Transmission Reliability Study using PSS E R PSSC 710 PSS E Advanced Power Flow R PSEC 655 Power Electronics in Transmission Systems (HVDC, FACTS) and Wind Power R PSEC 535 Power System Studies for Wind Integration - NEW E PSEC 650 Power System Stability and Stabilizer Tuning E PSEC 780 Power System Dynamics E PSSC 675 Fundamentals of PSS ODMS - Modeling and Analysis E PSSC 705 PSS E Graphical Model Builder - Control Systems Theory and Application to PSS E E PSSC 708 PSS E - Theory, Use and Interpretation of Small Signal Stability Analysis (NEVA) E PSSC 720 PSS E Model Writing E PTEC 510 Fundamentals of Power System Electromagnetic Compatibility (EMC) E PTEC 650T Test - Overvoltages and Insulation Coordination R PTEC 635T Test - Transmission Reliability Study using PSS E R PSSC 710T Test - PSS E Advanced Power Flow R PSEC 655T Test - Power Electronics in Transmission Systems (HVDC, FACTS) and Wind Power R Course ID+T Test - Elective R Course ID+T Test - Elective R Instructor-led Training Online 11

12 Siemens Power Academy TD - NA Courses, certifications and curriculums Power System Dynamics Curriculum and Certifications This curriculum is designed for experienced power system engineers with prerequisite experience in power flow and who are ready to take on power system dynamics. Upon completion of the Associate Certification course series in Power System Dynamics, candidates will be able to: Comprehend concepts in modeling and simulating the dynamic phenomena of power systems Interpret results of system stability studies Demonstrate understanding in the theory and practice of modeling main power system components, such as synchronous machines, excitation systems and governors Use PSS E for dynamic simulation, including data development and input for dynamics, initial system setup and checkout, running dynamic simulations and plotting of results Assess the latest analytical and simulation technologies available to transmission planners, and demonstrate concepts and implementation of planning methods and tools Comprehend multi-objective analysis, planning under uncertainty, assessment of reliability schemes, thermal capacity expansion, transfer limit analysis, dynamic modeling for future equipment and stability countermeasures, and database requirements. Required courses and electives for the Associate Certification in Power System Dynamics are shown at right, as well as those for the Advanced and Expert Power System Dynamics Certifications. For additional information on this program, please contact the Siemens Power Academy TD NA education office at +1 (518) or pti-edpro.ptd@siemens.com. Measurable employer benefits...employees are strongly motivated to make course investment decisions that enhance their own value to their current employer. Myth 3: The value of tuition reimbursment: Myth versus Reality by Michael E. Echols, Ph. D. 12

13 Power System Dynamics Curriculum Course # Associate Level Certificate (Required = 3, Elective(s) = 1) R/E Delivery PSEC 600 Introduction to Power System Dynamics R PSSC 550 PSS E - Introduction to Dynamic Simulation R PTEC 620 Advanced Transmission Planning with Modern Network Analysis Tools (PSS E, PSS MUST and PSS OPF) PSSC 708 PSS E - Theory, Use and Interpretation of Small Signal Stability Analysis (NEVA) E PSEC 535 Power System Studies for Wind Integration - NEW E PSEC 600T Test - Introduction to Power System Dynamics R PSSC 550T Test - PSS E - Introduction to Dynamic Simulation R PTEC 620T Test - Advanced Transmission Planning with Modern Network Analysis Tools (PSS E, PSS MUST and PSS OPF) Course ID+T Test - Elective R Course # Advanced Level Certificate (Required = 3, Elective(s) = 2) R/E Delivery PSEC 510 Analytical Methods for Voltage Control and Reactive Power Planning R PSEC 640 Fundamentals of Protective Relaying R PSSC 675 Fundamentals of PSS ODMS - Modeling and Analysis R PSSC 720 PSS E Model Writing E PSEC 535 Power System Studies for Wind Integration - NEW E PSSC 715 PSS E - Advanced Dynamic Simulation E PSEC 510T Test - Analytical Methods for Voltage Control and Reactive Power Planning R PSEC 640T Test - Fundamentals of Protective Relaying R PSSC 675T Test - Fundamentals of PSS ODMS - Modeling and Analysis R Course ID+T Test - Elective R Course ID+T Test - Elective R Course # Expert Level Certificate (Required = 3, Elective(s) = 2) R/E Delivery PSEC 535 Power System Studies for Wind Integration - NEW R PSSC 715 PSS E - Advanced Dynamic Simulation R PSSC 720 PSS E Model Writing R PSSC 705 PSS E Graphical Model Builder - Control Systems Theory and Application to PSS E E PSSC xxxx PSS E Advanced Elective E PSEC 535T Test - Power System Studies for Wind Integration - NEW R PSSC 715T Test - PSS E - Advanced Dynamic Simulation R PSSC 720T Test - PSS E Model Writing R PSSC 705T Test - PSS E Graphical Model Builder - Control Systems Theory and Application to PSS E R Course ID+T Test - Elective R Course ID+T Test - Elective R R R Instructor-led Training Online 13

14 Power DISTRIBUTION Engineering Course (PDEC) descriptions Course descriptions Power DISTRIBUTION Engineering Courses provide engineers and technicians with the fundamentals to understand and operate efficient distribution systems. From the basic knowledge of system configuration through to comprehending power quality, system losses, power factor, line rating, grounding, protection, transformers and substation design, participants will gain practical and highly applicable knowledge and skills. PDEC 500 Introduction to Distribution Systems and Power Circuit Analysis 4.5 days 2.7 CEUs Provides engineers with a fundamental understanding of electric circuit analysis with application to power distribution systems. Presents an introduction to the various types of distribution system configurations, equipment and loads. Discusses concerns such as: reliability, power quality, voltage drop, voltage regulation, power factor correction and capacitor applications. Reviews the fundamental methods used in the steady state analysis of AC circuits as applied to power distribution systems including: linear circuit elements, complex numbers, matrices, network solution methods, three-phase power systems, the per unit system, symmetrical components and fault currents. The main objective of this course is to improve participants understanding of distribution system insulation coordination and surge arrester applications that provide overvoltage protection from events such as switching and lightning surges. PDEC 540 Distribution Transformers, Grounding and Protection 3 days 1.8 CEUs Presents an overview of factors to consider when selecting and applying pole-top and pad-mounted distribution transformers. Course covers types of primary and secondary systems, allowable connections, connections to be avoided, loading equations for sizing transformers with single- and three-phase load, regulation and secondary fault currents, voltage imbalance and unsymmetrical loading, peculiarities with open-wye, open-delta banks, phase-to-ground voltages in ungrounded secondary systems, floating wye-delta bank, switching overvoltages, ferroresonance and tank heating, and fundamentals of fuse application to pole-top units. Distribution system grounding: types and characteristics, currents and overvoltages during faults. Overcurrent protection devices and applications: relays, circuit breakers, reclosers, sectionalizers, switches and fuses. PDEC 550 Distribution Surge Protection 1.5 days 0.9 CEUs This course provides engineers with a fundamental understanding of surge arrester applications for the overvoltage protection of electric power distribution systems. The material is especially suited for those who design and specify distribution systems and equipment. Lightning phenomena and impact on distribution system insulation, surge arresters and applications will be covered = Hands-on use of software

15 Course descriptions PDEC 563 Understanding System Losses 3 days 1.8 CEUs Utility management is assessing the effects of system losses in both the operation and planning of electric systems. This course provides transmission and distribution planning engineers, and rate design engineers from utilities and regulatory commissions, a better understanding of the nature and characteristics of electric system demand and energy losses. Participants will learn methods for effectively modeling, analyzing, allocating and reducing these losses, including loss evaluation techniques, methods for simplifying the loss calculation, principal causes of losses (transformers and lines) and program requirements to reduce them effectively. This course will benefit transmission and distribution planning engineers and rate design engineers from utilities and regulatory commissions. PDEC 590 Substation Engineering and Design 4.5 days 2.7 CEUs This course provides compressive content and background on the many features involved in substation design, from conceptual layout to detailed design, procurement and maintenance of substations. Topics include design parameters, bus arrangements, drawings, specifications, electrical clearances, lightning protection, structures, grounding design, protection, monitoring and maintenance. This course is valuable to new and seasoned designers as an overview of the substation design process. PDEC 600 Distribution Planning and Reliability Assessment 2 days 1.2 CEUs Emphasis is placed on methods and criteria employed to select alternatives, and tradeoff analysis required for distribution planning in regulated and restructured markets. Real life examples will be used for both the distribution planning and reliability case studies. The student will have the opportunity to conduct case studies using PSS E programs. This course is designed for engineers, new to the distribution area, who wish to gain a firm grasp of basic distribution planning concepts. With a sound foundation in planning concepts, the course then prepares the attendee to understand the realities of planning in the new competitive market. PDEC 620 Distributed Generation and Energy Storage Applications on Power Systems -Presented by Nova Energy Specialists 2 days 1.2 CEUs Distributed generation is becoming a key component of current and future energy strategy in the U.S. and throughout the world. This course provides a detailed review of dispersed photovoltaic, solar, wind, fuel cell and conventional dispersed generation technologies, as well as the theory of operation, economic factors and technical impact on utility distribution systems. Topics include interfacing and optimal location of dispersed generation, protective relaying and system interconnection issues, islanding, voltage flicker effects, power quality effects, design, location and sizing. Intended for engineers involved in solar, wind, fuel cell, ICE, MicroTurbine and other generation technologies. 15

16 Power DISTRIBUTION Engineering Course (PDEC) descriptions Course descriptions PDEC 630 Low Voltage Secondary Networks 3 days 1.8 CEUs The need to maintain the high reliability of low voltage networks is very important. An understanding of the fundamentals of network system design, protection and operation is required by engineers and technicians. This course covers fundamentals of network system design and operation, network relay characteristics and settings, fuse and cable limiter characteristics and coordination, primary system grounding and relaying, application of primary side fuses, overvoltages during capacitive backfeed, arcing fault characteristics and protection schemes for 480-volt spot networks, cogeneration and closed transition load transfers on spot networks, and network protector test sets for relay and protector testing. Also included is material on forward and backfeed voltages through open protectors, impedance characteristics of different secondary cable configurations and grounding in transformer vaults. Discusses real-life problems and solutions. Each attendee receives a computer program for calculating the impedances and sheath/ neutral currents for three-phase circuits made with single-conductor cables with multi-wire or flat-strap concentric neutrals, or lead sheaths. Also provided is a program for calculating current division in three-phase, low-voltage cable circuits with multiple conductors per phase arranged in any configuration. Students can use a Low-Voltage Spot Network Simulator to explore the concepts taught in class with an option to purchase the simulator at a reduced price. Designed for engineers and technicians involved in planning, design and operation of lowvoltage spot network systems. PDEC 650 Power Distribution System Economics 2 days 1.2 CEUs Teaches engineers how to develop practical solutions to effectively minimize overall distribution system costs by using macroscopic and microscopic electric utility economic model analysis. Reviews and analyzes the overall aspects of the electric utility system cost structure, the relationship of these costs to the distribution system and the application of project cost analysis to various types of distribution alternatives. This course is intended for distribution engineers involved with all aspects of system design, operation and equipment specification. PDEC 655 Distribution Automation Analysis for the Smart Grid 4.5 days 2.7 CEUs NEW! This course provides the participant with up-to-date information, knowledge and tools to make the most out of the growing opportunities for automating the distribution grid by the introduction of intelligent devices. The course covers in detail the devices available to the distribution planning engineer to gain an unprecedented level of understanding, control and monitoring of the distribution grid, as well as the tools and methods for their optimal application in the system. This course is offered depending upon demand. Please call Siemens Power Academy TD - NA for scheduling details at +1 (518) = Hands-on use of software

17 Power System ENGINEERING Course (PSEC) descriptions Course descriptions Power System ENGINEERING courses provide engineers with a comprehensive range of topics in power systems engineering, such as dynamic modeling, steady state analysis, reliability, protection, power markets, and system scheduling and operation. PSS E is used in many of these courses; however, for specific PSS software courses, please refer to the PSSC section on page 20. PSEC 500 Power Flow Analysis 2 days 1.2 CEUs Utility, IPP, ISO and other organizations in the electric power industry need engineers who have a solid comprehension of power flow behavior. This course covers steady state power flow analysis methods starting with the steady state power-angle relationship on transmission lines and continuing with methods of solution of load flow problems in large networks. The course also includes applications of multiwinding single- and three-phase transformers and phase-angle regulators in the steady state analysis of power systems. PSEC 505 Power Flow Analysis with Applications 4.5 days 2.7 CEUs 8 Introduces engineers to power flow techniques for power system steady state analysis, with an emphasis on current practices and applications. Includes both theory and practice for modeling power system components and load flow solution techniques. Covers applications such as contingency analysis, linearized direct current load flow and voltage collapse. Discusses transfer limit analysis and system impact studies. Course also includes hands-on examples using PSS E. PSEC 510 Analytical Methods for Voltage Control and Reactive Power Planning 4.5 days 2.7 CEUs 8 Provides a thorough coverage of today s voltage and reactive power planning issues, and of the tools and procedures that are most effective in studying them. Reviews voltage theory, nature of steady state and dynamic voltage phenomena, analytical tools and methods, voltage criteria and planning requirements such as reactive power planning. Also covers shunt and series compensation, SVCs, dynamic control, operational issues such as motor starting and capacitor allocation. This course is useful to power system planners and operators, and those concerned with voltage stability. PSEC 515 Introduction to Project Management for Power System Engineers 3 days 1.8 CEUs Introduces project management process scheduling and controls for power system engineers. Topics include: project management concepts, controls and organizational structure, project tools and technology, work breakdown structures, critical path, project valuation methods (EVA), baselines, project estimating, resource scheduling, contract management, scheduling and scope change requests, and parallel project management for the electrical and power systems industry. 17

18 Power System ENGINEERING Course (PSEC) descriptions Course descriptions 8 = Hands-on use of software 18 PSEC 520 Industrial Power System Applications 4.5 days 2.7 CEUs 8 Provides participants with an understanding of the design and operation of a modern industrial power system. Starting from basic concepts, the course shows how to design and operate a power system to meet the needs of a wide range of industries. Case studies, discussion of actual applications and class problems are used to illustrate and emphasize engineering principles being taught. PSEC 530 Modeling Wind Farms using PSS E 2 days 1.2 CEUs 8 Covers a wide range of topics related to modeling and application of wind power. A general summary of specific wind turbine model packages developed by Siemens PTI for PSS E will be given to highlight the latest developments and increase awareness of model contents and availability. We will introduce the fundamentals of modeling wind power in the PSS E analysis program. Hands-on examples of interconnection studies of wind farms employing different types of wind turbines will be used. PSEC 535 Power System Studies for Wind Integration 4.5 days 2.7 CEUs 8 NEW! Provides the participant with an overview of the technical challenges and benefits of integrating large amounts of wind turbine generation into the power system, and of the power system studies that need to be conducted. Topics include: technical considerations for integrating large amounts of wind turbine generation into the power system; wind turbine generation interconnection requirements, including low voltage ride through (LVRT), ramp rate limitations and supply of ancillary services for frequency and voltage control; wind turbine generator types and technical capabilities for participating in the active power and ancillary services markets; steady state and voltage stability impacts of integrating large amounts of wind turbine generation; dynamic studies required for the integration of wind turbine generation, including disturbance selection, stability results review and discussion of remedies; market and operational impacts of wind integration; current practices and industry trends. PSEC 540 Overview of Competitive Energy Markets 3 days 1.8 CEUs Focuses on LMP-based energy markets and financially based transmission services. Provides participants with a thorough explanation of how locational marginal prices are determined. Topics include: the effects of transmission congestion on locational prices, financial instruments to hedge congestion, transmission services, effect of market location on commercial decisions and the trading of energy. Example case studies include the assessment of generator and load revenues, price impacts of load level and system outages, the value of financial transmission rights and the analysis of cost-effective solutions to transmission congestion. This course is designed for merchant developers, energy traders and marketers, policy makers, RTO participants and others interested in gaining an understanding of the evolution of competitive markets toward a Standard Market Design. PSEC 600 Introduction to Power System Dynamics 4.5 days 2.7 CEUs 8 Introduces concepts in modeling and simulating the dynamic phenomena of power systems. Develops basic concepts for different forms of stability applied to performing dynamic simulations or interpreting results of system stability studies. This course includes both theory and practice for modeling main power system components, such as synchronous machines, excitation systems, governors and loads. Hands-on examples using PSS E are included.

19 Course descriptions PSEC 635 Power System Scheduling and Operation 3 days 1.8 CEUs 8 Covers economic dispatch, unit commitment, automatic generation control, operating security and interchange evaluation, power systems state estimation. Course includes handson examples using PSS E. Designed for new operations engineers. PSEC 638 Power System Reliability 2 days 1.2 CEUs Provides an introduction to probability and statistical methods useful in planning and design functions through practical application to power system problems. Techniques for calculating reliability and availability of components are applied to generation, transmission and distribution system problems to determine overall system performance to be expected from various combinations of equipment. Problems involved in load forecasting and techniques of preparing load models are examined. The fundamental requirements for adequate service are also discussed. PSEC 640 Fundamentals of Protective Relaying 3 days 1.8 CEUs Provides a comprehensive introduction to system protection. Topics include: protection principles, physical and operating characteristics of protective devices, and protective relaying applications for generation, transmission and distribution systems. This course will be valuable to engineers just entering the system protection field and to those seeking a better understanding of the impact of protective systems on the power system network. PSEC 650 Power System Stability and Stabilizer Tuning 3.5 days 2.1 CEUs 8 Provides a thorough analysis of dynamic stability problems and control analysis tools used for power system stabilizer (PSS) tuning. Theoretical and practical aspects of PSS commissioning and tuning are examined. Analyzes PSS input signals including electrical power, speed, frequency and accelerating power. Students will experience tuning a PSS and evaluating its performance using PSS E. PSEC 655 Power Electronics in Transmission Systems (HVDC, FACTS) and Wind Power 4.5 days 2.7 CEUs 8 Presents principal applications of modern power electronics in transmission systems. Includes HVDC technology (two-terminal and multi-terminal transmissions, back-toback substations, light applications of HVDC and capacitor-commutated HVDC terminals), various FACTS devices (STATCOM, SCCC, UPFC, IPFC, SMES, BES, etc.) and alternative energy sources (with emphasis on wind power turbines and plants). Describes and analyzes controls and their impact on power systems, and discusses their PSS E modeling in load flow and dynamics simulations. Comprehensive hands-on examples are included to help students understand and apply these technologies in system planning and operational practice. PSEC 780 Power System Dynamics 5.5 days 3.3 CEUs Presents dynamic Analysis of generating units, their control systems and their interaction with the transmission network and loads. Helps engineers to understand dynamic modeling and interpret stability results by describing effective methodologies and simulation tools. Paul de Mello, course developer, shares his many years of experience in the field of power system performance and is recognized worldwide as an expert on the subject. This course is designed for engineers involved in operation, planning, design and protection of generation and transmission systems. 19

20 Power System SOFTWARE Engineering Course (PSSC) descriptions Course descriptions Power System SOFTWARE Engineering courses provide engineers with a comprehensive range of topics related to the PSS product suite for use in transmission, distribution, and industrial system planning and analysis, modeling and operational data management. PSSC 500 PSS E Introduction to Power Flow and Steady state Analysis BESTSELLER 4.5 days 2.7 CEUs 8 Fundamental training course intended to quickly provide novice PSS E users with hands-on experience using PSS E. More than an application course, PSSC 500 will acquaint participants with most program functions in sufficient detail to begin study work relevant to power flow and fault analysis. Topics include: power flow modeling data, one-line diagrams, power flow solutions and reports, program automation, response files IPLAN and Python, contingency and transfer limit analysis, and more. PSSC 550 PSS E Introduction to Dynamic Simulation BESTSELLER 4.5 days 2.7 CEUs 8 Fundamental training course on the use of PSS E for dynamic simulation. This course covers data development and input for dynamics, initial system setup and checkout, running dynamic simulations, plotting results and more. This course includes hands-on experience using PSS E. PSSC 570 PSS E Optimal Power Flow BESTSELLER 2.5 days 1.5 CEUs 8 Training course on the use of the PSS E Optimal Power Flow (PSS E OPF) program. Topics covered include: system planning and operational problems, var planning, transfer capability analysis, loss evaluation, locational based marginal cost assessment, problem formulations, solution techniques and practical considerations. Students will participate in hands-on exercises using PSS E OPF. This course is valuable to both new and experienced system planning engineers. PSSC 600 Using Python to Integrate PSS E Workflow BESTSELLER 3 days 1.8 CEUs 8 Training course on the use of the Python programming language to enhance the power and flexibility of PSS E. Teaches the basics of Python and how to write and execute effective scripts for controlling PSS E. Topics covered also include: automating PSS E execution, creating specialized reports, communicating PSS E data to other software applications, building custom program dialog and running PSS E response files and IPLAN programs from Python. Students will participate in hands-on exercises using Python in PSS E. PSSC 675 Fundamentals of PSS ODMS Modeling and Analysis 1 day 0.6 CEUs 8 Focuses on the PSS ODMS data management and network applications suite centered on the Common Information Model (CIM) and Generic Interface Definition (GID) international standards. This course will show users how to maintain the central data repository for operations and planning data using advanced modeling and analytical tools. Topics covered include: model management, diagram building, power flow and contingency analysis studies and more. This course is designed for those with varied experience using PSS ODMS who could benefit from a review of basic concepts, as well an introduction to more advanced topics = Hands-on use of software

21 Course descriptions PSSC 700 PSS MUST Managing and Utilizing System Transmission BESTSELLER 3.5 days 2.1 CEUs 8 Covers practical applications of PSS MUST for transfer limit analysis, ATC calculations, parametric contingency analysis, transaction impact analysis on transfer limits, impact of interregional transactions on control areas, sensitivity analysis for the most limiting constraints, generation dispatch sensitivity analysis on transfer limits, identification of the must run units and the NERC flowgate concept. PSS MUST users are welcome to bring their system s load-flow data to use during the training. PSSC 705 PSS E Graphical Model Builder - Control Systems Theory and Application to PSS E 3 days 1.8 CEUs Introduces the use of a dynamic model development tool based on graphical representation of control block diagrams. Trainees learn Block-Oriented Simulation Language (BOSL) and the MS Visio-based Graphical Model Builder (GMB). PSSC 708 PSS E Theory, Use and Interpretation of Small Signal Stability Analysis (NEVA) 3 days 1.8 CEUs 8 This course provides lecture and practical exercises on the analysis methods for viewing interarea oscillations in large power systems. Techniques to help increase system stability, to allow a deeper view into weak points, and to determine the best damping locations and damping strategies are covered. PSSC 710 PSS E Advanced Power Flow BESTSELLER 4.5 days 2.7 CEUs 8 Teaches advanced applications of the PSS E power flow. Topics include: load flow and short circuit interface, transformer and FACTS devices modeling, voltage analysis, optimal power flow, advanced contingency and reliability Analysis, program automation and more. PSSC 715 PSS E Advanced Dynamic Simulation BESTSELLER 4.5 days 2.7 CEUs 8 Teaches advanced applications of the PSS E program for the dynamic simulation of power systems. This course has been redesigned to rely on a hands-on approach. The student will be challenged by studies such as interconnection studies of conventional power plants and wind farms, voltage stability and dynamic reactive power compensation, and frequency control and under-frequency load shedding. The examples and exercises are designed to focus on aspects of dynamic modeling such as synchronous generators, excitation systems, prime movers, wind turbines, HVDC and FACTS devices, and loads. 21

22 Power System SOFTWARE Engineering Course (PSSC) descriptions Course descriptions PSSC 720 PSS E Model Writing 3 days 1.8 CEUs 8 Advanced training course for PSS E users who need to write their own PSS E dynamic models or customize existing models. Description of the PSS E simulation program structure, indexing, variables and arrays are included. This course covers structuring user models, equations for typical model blocks using the FORTRAN and FLECS program languages, and advanced uses of CONEC and CONET. Students will write sample PSS E dynamic simulation models. PSSC 730 PSS SINCAL Basic Course 2 days 1.2 CEUs 8 Participants will acquire basic knowledge on how to use the net planning program PSS SINCAL for basic calculations on topics related to load flow and short circuit. Students will participant in hands-on exercises using PSS SINCAL. This course is valuable to engineers and service technicians who work in operation, planning and design of power systems. PSSC 740 PSS SINCAL Protection 1 day 0.6 CEUs 8 Participants will acquire basic knowledge on how to use the net planning program PSS SINCAL for protective relaying including time overcurrent and applications relating to distance protection. The course is intended for engineers and service technicians who work in operation, planning and design of power systems. A basic knowledge of protective relaying is recommended. PSSC 750 PSS SINCAL Reliability 4.5 days 2.7 CEUs 8 The participant will acquire the basic knowledge of how to use the net planning program PSS SINCAL with respect to reliability planning and the interpretation of software results. PSSC 760 PSS SINCAL Dynamics 3 days 1.8 CEUs 8 The participant will acquire the basic knowledge of how to use the net planning program PSS SINCAL for analysis of dynamic conditions. Course provides use in the software for basic calculations on topics related to stability, transients and Eigenvalues. PSSC 790 Reactive Power Planning using PSS E 3 days 1.8 CEUs Utility engineers who conduct studies with PSS E must understand the fundamental concepts of power system behavior, as well as knowing how to execute the many complicated routines within the program. This course is directed at the experienced PSS E user who would like to increase his/ her analytical skills in the analysis of voltage control issues in steady state and dynamic simulation = Hands-on use of software

23 Power TRANSMISSION Engineering Course (PTEC) descriptions Course descriptions Power TRANSMISSION Engineering courses provide engineers with a comprehensive range of topics related to transmission infrastructure, reliability, design, rating requirements and power flow constraints. PTEC 410 Introduction to Fiber Optics Presented by FiberNext LLC 3 days 1.8 CEUs With a focus on power distribution systems, this course contains general information covering light-emitting diodes (LEDs) and lasers, fiber manufacturing, fiber characteristics and specialty fiber. Designed for managers, technicians, engineers and technical support personnel who directly or indirectly work with fiberoptic cable, connectors or fiber-optic systems. Participants will learn the fundamentals of fiber-optic transmission theory from the ground up. Training topics include: safety, cable types, connectors, interconnecting hardware, installation methodologies, industry standards, testing, mechanical and fusion splice restoration techniques that are incorporated in a series of hands-on exercises. CFOT exam optional. PTEC 411 Transformer Diagnostics 3 days 1.8 CEUs Addresses major topics related to the aging infrastructure of power transmission and distribution systems, particularly in regards to power transformers, providing attendees with valuable and state-of-theart concepts on the specification, design review, application, testing and continuous assessment of these costly and essential assets. It also covers new industry challenges such as the introduction of on-line monitoring systems, new synthetic and vegetable oils, and also the recurrence of corrosive sulfur in oil as a potential cause of major transformer failures. PTEC 500 Fundamentals of Overhead Transmission Line Design BESTSELLER 4.5 days 2.7 CEUs A survey of overhead transmission line design practices for new engineers or those seeking to renew their knowledge of electrical and mechanical design basics. Course covers major line components and discusses economic, electrical, mechanical, thermal and environmental constraints. Course explores insulation and conductor selection methods. PTEC 510 Fundamentals of Power System Electromagnetic Compatibility (EMC) 3 days 1.8 CEUs Introduces the main concepts of Power System EMC followed by topics including: characterization and management of electric and magnetic fields (EMF) produced by high voltage lines and substations, EMF environmental requirements and compliance, EMC between overhead lines and nearby facilities such as pipelines and railroads, cathodic protection, EMC inside substations and power plants, capacitiveinductive-resistive coupling mechanisms, grounding and shielding, stray voltages, power quality disturbances and mitigation methods. 23

24 Power TRANSMISSION Engineering Course (PTEC) descriptions Course descriptions PTEC 520 Overhead Transmission Line Uprating 3 days 1.8 CEUs Introduces line engineers to transmission system power flow constraints and available methods to help alleviate power flow problems. Analyzes the major technical, economical and institutional feasibility issues, as well as the electrical, structural and environmental aspects of line uprating. PTEC 535 Underground Cable Systems Presented by Power Delivery Consultants, Inc. 4.5 days 2.7 CEUs This course is designed for engineers looking to gain a general understanding of transmission cable systems, including features of the various transmission cable types, an overview of design considerations and calculations, and general installation, operation and maintenance practices. Specific topics include: cable type selection, determining rating requirements and ampacity, soil and backfill criteria, circuit uprating, installation design and field considerations (including photos and video), magnetic fields, and operation and maintenance. PTEC 620 Advanced Transmission Planning with Modern Network Analysis Tools (PSS E, PSS MUST, PSS E OPF) 4.5 days 2.7 CEUs 8 Teaches practical application of the latest analytical and simulation technologies available to transmission planners and uses a hands-on approach to demonstrate concepts and implementation of planning methods and tools. Topics include: multiobjective analysis, planning under uncertainty, assessment of reliability schemes, thermal capacity expansion, transfer limit analysis, dynamic modeling for future equipment and stability countermeasures, and database requirements. PTEC 635 Transmission Reliability Study using PSS E 3 days 1.8 CEUs 8 Provides an overview of transmission reliability and discusses assessment tools and methods, criteria and practices, and deterministic and probabilistic measures. Students will gain hands-on experience in the use of PSS E for transmission reliability analysis, including data setup, contingency enumeration process, solution engines, switching events, corrective actions, outage probabilities and customer-based indices. This is a course for all who plan, operate, design or use transmission systems. PTEC 650 Overvoltages and Insulation Coordination 4.5 days 2.7 CEUs 8 This course provides engineers with a fundamental understanding of transient phenomena common to electric power systems. The material is especially suited for those who simulate transients with tools such as EMTP, those who analyze waveforms from transient recorders, those who conduct failure analysis, and those who design and specify transmission and distribution systems and equipment = Hands-on use of software

25 Siemens EQUIPMENT-based Training Course (SEBT) - Asset Service Management descriptions Course descriptions Siemens EQUIPMENT-based Training courses (SEBT) are designed around our Siemens equipment. These maintenance training programs are tailored to increase the knowledge of personnel responsible for the installation, operation and maintenance of this equipment. Practical, rather than theoretical, training is emphasized with attendee involvement in problem solving. SEBT-ASM 210 SP/SPS/SPS2 Breaker Maintenance 1.5 days 1.1 CEUs Course designed for those responsible for operation and maintenance of SP/SPS/ SPS2 power circuit breakers. Topics covered include: introduction to power circuit breakers, receiving and inspection, installation, periodic inspection, threeyear inspection, six-year inspection and major inspection. The program consists of minimal classroom work. Practical, rather than theoretical, training is emphasized with attendee involvement in problem solving. SEBT-ASM 212 BZO6/6C Breaker Maintenance 1.5 days 1.1 CEUs Course designed for those responsible for operation and maintenance of BZO6/6C oil power circuit breaker. Topics covered include: introduction to power circuit breakers, interrupter maintenance, power unit maintenance, ball valve/pilot valve maintenance, factory adjustment procedures, and upgrade and lifeextension solutions. The program consists of minimal classroom work. Practical, rather than theoretical, training is emphasized with attendee involvement in problem solving. SEBT-ASM 312 Voltage Regulator This course is designed to increase the knowledge of personnel responsible for handling, installing and maintaining single-phase voltage regulators. The program consists of classroom training (various control panel and regulator operations) and hands-on instruction (includes 16 control panel stations and 11 regulator stations). SEBT-ASM 315 Load Tap Changers Customized on-site programs Siemens continues to support and service transformers manufactured by Allis-Chalmers, and all load tap changers sold to OEMs from 1976 through today. In addition to providing a full range of updated renewal parts, we offer field engineering assistance and training. 25

26 Siemens System OPERATOR Training Course (SSOT) descriptions Course descriptions Siemens System OPERATOR Training (SSOT) courses are specifically designed to aid power system operators and related operations staff in preparing for the NERC Certification Exams. These courses are delivered via the Internet and launched from Siemens Power Academy TD NA, through our new Learning Management System (LMS). Registered SSOT students may take PracTest 2006 practice exams. These are exams designed to be taken multiple times, since the questions are chosen at random and no two exams are alike. Students can also track their performance as they prepare for NERC Certification. All questions in PracTest 2006 are multiple-choice with four possible answers and only one correct choice. Questions are of two basic types: Standards-related question: A standards-related question asks the user to remember specific rules and standards. In the feedback to each question, the user has the option of branching to the exact location in the operating manual from which the question was derived. Operations-related question: An operations-related question tests the user s ability to apply general concepts of interconnected system operation. Since the answer to this type of question is not found explicitly in the operating manual, the feedback identifies the standard to which the question relates and encourages the user to browse the manual for additional information. SSOT-310 Reliability Coordinator Operator Certification SSOT-320 Balancing, Interchange and Transmission Operator Certification SSOT-330 Balancing and Interchange Operator Certification SSOT-340 Transmission Operator Certification SSOT-400 Advanced System Operator Courseware (ASOC ) is also available Siemens PTI s Advanced System Operator Courseware (ASOC ) is a PC-based training program consisting of nine independent courses. This is a self-study curriculum designed to provide system operators with an understanding of system operating concepts, theory and practices. Curriculum based on NERC operating manual Self-study lessons ideal for shift operators Challenging lessons and practical examples This program may be used to fulfill requirements regarding maintenance of NERC Certification. SSOT-500 Emergency Operations, Black Start and System Restoration Training for System Operators TBD* * Course offered depending upon demand Siemens Granted NERC CE Provider Status Siemens Power Academy TD NA is recognized by the North American Electric Reliability Corporation as a continuing education provider that adheres to NERC Continuing Education Program Criteria. 26

27 2010 complete schedule by course prefix Power DISTRIBUTION Engineering Courses (PDEC) Course prefix Course SEQ Course name Number of days Course start date Course end date Location Tuition CEUs PDEC 500 Introduction to Distribution Systems and Power Circuit Analysis /15/10 02/19/10 Houston, TX $2, PDEC 500 Introduction to Distribution Systems and Power Circuit Analysis /10/10 05/14/10 Schenectady, NY $2, PDEC 500 Introduction to Distribution Systems and Power Circuit Analysis /12/10 07/16/10 Schenectady, NY $2, PDEC 500 Introduction to Distribution Systems and Power Circuit Analysis /04/10 10/08/10 Schenectady, NY $2, PDEC 540 Distribution Transformers, Grounding and Protection 3 11/16/09 11/18/09 Houston, TX $2, PDEC 540 Distribution Transformers, Grounding and Protection 3 07/07/10 07/09/10 Schenectady, NY $2, PDEC 540 Distribution Transformers, Grounding and Protection 3 11/10/10 11/12/10 Houston, TX $2, PDEC 550 Distribution Surge Protection /19/09 11/20/09 Houston, TX $1,650.9 PDEC 563 Understanding System Losses 3 07/26/10 07/28/10 Schenectady, NY $2, PDEC 563 Understanding System Losses 3 10/20/10 10/22/10 Houston, TX $2, PDEC 590 Substation Engineering and Design /02/09 11/06/09 Houston, TX $2, PDEC 590 Substation Engineering and Design /22/10 02/26/10 Houston, TX $2, PDEC 590 Substation Engineering and Design /07/10 06/11/10 Schenectady, NY $2, PDEC 590 Substation Engineering and Design /01/10 11/05/10 Houston, TX $2, PDEC 600 Distribution Planning and Reliability Assessment 2 11/09/09 11/10/09 Houston, TX $1, PDEC 600 Distribution Planning and Reliability Assessment 2 07/22/10 07/23/10 Schenectady, NY $1, PDEC 600 Distribution Planning and Reliability Assessment 2 11/08/10 11/09/10 Houston, TX $1, PDEC 620 Distribution Generation and Energy Storage Applications on Power Systems - special presentation by NOVA Energy Specialists PDEC 620 Distribution Generation and Energy Storage Applications on Power Systems - special presentation by NOVA Energy Specialists 2 08/05/10 08/06/10 Schenectady, NY $1, /11/10 10/12/10 Schenectady, NY $1, PDEC 630 Low Voltage Secondary Networks 3 08/02/10 08/04/10 Schenectady, NY $2, PDEC 650 Power Distribution System Economics 2 11/19/09 11/20/09 Littleton, CO $1, PDEC 650 Power Distribution System Economics 2 08/05/10 08/06/10 Schenectady, NY $1, PDEC 650 Power Distribution System Economics 2 11/15/10 11/17/10 Littleton, CO $1,

28 2010 complete schedule by course prefix Power System ENGINEERING Courses (PSEC) Course prefix Course SEQ Course name Number of days Course start date Course end date PSEC 500 Power Flow Analysis 2 01/14/10 01/15/10 Mountain View, CA Location Tuition CEUs $1, PSEC 500 Power Flow Analysis 2 05/17/10 05/18/10 Schenectady, NY $1, PSEC 510 Analytical Methods for Voltage Control and Reactive Power Planning PSEC 510 Analytical Methods for Voltage Control and Reactive Power Planning PSEC 515 Introduction to Project Management for Power System Engineers PSEC 515 Introduction to Project Management for Power System Engineers PSEC 515 Introduction to Project Management for Power System Engineers /08/10 03/12/10 Schenectady, NY $2, /13/10 09/17/10 Minnetonka, MN $2, /09/09 12/11/09 Schenectady, NY $2, /26/10 04/28/10 Mountain View, CA $2, /15/10 11/17/10 Schenectady, NY $2, PSEC 520 Industrial Power System Applications /09/10 08/13/10 Schenectady, NY $2, PSEC 530 Modeling Wind Farms using PSS E 2 10/19/09 10/20/09 Houston, TX $1, PSEC 530 Modeling Wind Farms using PSS E 2 02/01/10 02/02/10 Mountain View, CA $1, PSEC 530 Modeling Wind Farms using PSS E 2 10/18/10 10/19/10 Houston, TX $1, PSEC 535 Power System Studies for Wind Integration - NEW 4.5 TBD* TBD* TBD* $2, PSEC 540 Overview of Competitive Energy Markets 3 TBD* TBD* TBD* Call for details PSEC 600 Introduction to Power System Dynamics /19/10 04/23/10 Schenectady, NY $2, PSEC 600 Introduction to Power System Dynamics /30/10 09/03/10 Schenectady, NY $2, PSEC 635 Power System Scheduling and Operation 3 10/12/09 10/14/09 Schenectady, NY $2, PSEC 635 Power System Scheduling and Operation 3 06/07/10 06/09/10 Schenectady, NY $2, PSEC 635 Power System Scheduling and Operation 3 10/13/10 10/15/10 Schenectady, NY $2, PSEC 638 Power System Reliability 2 10/15/09 10/16/09 Schenectady, NY $1, PSEC 638 Power System Reliability 2 01/25/10 01/26/10 Houston, TX $1, PSEC 638 Power System Reliability 2 06/03/10 06/04/10 Schenectady, NY $1, PSEC 638 Power System Reliability 2 08/26/10 08/27/10 Schenectady, NY $1, PSEC 640 Fundamentals of Protective Relaying 3 11/30/09 12/02/09 Houston, TX $2, PSEC 640 Fundamentals of Protective Relaying 3 01/11/10 01/15/10 Houston, TX $2, PSEC 640 Fundamentals of Protective Relaying 3 05/24/10 05/26/10 Schenectady, NY $2, PSEC 640 Fundamentals of Protective Relaying 3 12/01/10 12/03/10 Houston, TX $2, PSEC 650 Power System Stability and Stabilizer Tuning /09/09 11/12/09 Schenectady, NY $2, PSEC 650 Power System Stability and Stabilizer Tuning /08/10 11/11/10 Schenectady, NY $2, PSEC 655 Power Electronics in Transmission Systems (HVDC, FACTS) and Wind Power PSEC 655 Power Electronics in Transmission Systems (HVDC, FACTS) and Wind Power PSEC 655 Power Electronics in Transmission Systems (HVDC, FACTS) and Wind Power PSEC 780 Power System Dynamics - Special Presentation with Paul DeMello, PTI Founder * Courses offered depending upon demand /16/09 11/20/09 Schenectady, NY $2, /03/10 05/07/10 Mountain View, CA 1.8 $2, /15/10 11/19/10 Schenectady, NY $2, TBD* TBD* TBD* TBD*

29 Power System SOFTWARE Courses (PSSC) Course prefix Course SEQ Course name Number of days Course start date Course end date Location Tuition CEUs PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis /18/10 01/22/10 Houston, TX $2, PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis /08/10 03/12/10 Houston, TX $2, PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis /05/10 04/09/10 Schenectady, NY $2, PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis /07/10 06/11/10 Littleton, CO $2, PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis /12/10 07/16/10 Minnetonka, MN $2, PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis /13/10 09/17/10 Schenectady, NY $2, PSSC 500 PSS E - Introduction to Power Flow and Steady state Analysis /15/10 11/19/10 Houston, TX $2, PSSC 550 PSS E - Introduction to Dynamic Simulation /18/10 01/22/10 Mountain View, CA $2, PSSC 550 PSS E - Introduction to Dynamic Simulation /08/10 03/12/10 Mountain View, CA $2, PSSC 550 PSS E - Introduction to Dynamic Simulation /26/10 04/30/10 Schenectady, NY $2, PSSC 550 PSS E - Introduction to Dynamic Simulation /26/10 07/30/10 Minnetonka, MN $2, PSSC 550 PSS E - Introduction to Dynamic Simulation /20/10 09/24/10 Schenectady, NY $2, PSSC 570 PSS E Optimal Power Flow /25/10 01/27/10 Schenectady, NY $2, PSSC 600 Using Python to Integrate PSS E Workflow 3 12/14/09 12/16/09 Houston, TX $2, PSSC 600 Using Python to Integrate PSS E Workflow 3 02/03/10 02/05/10 Mountain View, CA $2, PSSC 600 Using Python to Integrate PSS E Workflow 3 05/03/10 05/05/10 Schenectady, NY $2, PSSC 600 Using Python to Integrate PSS E Workflow 3 09/29/10 10/01/10 Minnetonka, MN $2, PSSC 600 Using Python to Integrate PSS E Workflow 3 12/06/10 12/08/10 Houston, TX $2, PSSC 675 Fundamentals of PSS ODMS - Modeling and Analysis 1 11/09/09 11/09/09 Schenectady, NY $1, PSSC 675 Fundamentals of PSS ODMS - Modeling and Analysis 1 03/01/10 03/01/10 Houston, TX $1, PSSC 675 Fundamentals of PSS ODMS - Modeling and Analysis 1 10/12/10 10/12/10 Schenectady, NY $1, PSSC 700 PSS MUST - Managing and Utilizing System Transmission /12/09 10/15/09 Houston, TX $2, PSSC 700 PSS MUST - Managing and Utilizing System Transmission /07/09 12/10/09 Littleton, CO $2, PSSC 700 PSS MUST - Managing and Utilizing System Transmission /02/10 03/05/10 Schenectady, NY $2, PSSC 700 PSS MUST - Managing and Utilizing System Transmission /07/10 06/10/10 Minnetonka, MN $2, PSSC 700 PSS MUST - Managing and Utilizing System Transmission /12/10 10/15/10 Houston, TX $2, PSSC 700 PSS MUST - Managing and Utilizing System Transmission /07/10 12/10/10 Littleton, CO $2, PSSC 705 PSS E Graphical Model Builder - Control Systems Theory and 3 02/08/10 02/10/10 Littleton, CO $3, Application to PSS E PSSC 708 PSS E - Theory, Use and Interpretation of Small Signal Stability 3 11/15/10 11/17/10 Mountain View, CA $3, Analysis (NEVA) PSSC 710 PSS E - Advanced Power Flow /19/09 10/23/09 Minnetonka, MN $2, PSSC 710 PSS E - Advanced Power Flow /01/10 02/05/10 Houston, TX $2, PSSC 710 PSS E - Advanced Power Flow /19/10 04/23/10 Mountain View, CA $2, PSSC 710 PSS E - Advanced Power Flow /18/10 10/22/10 Schenectady, NY $2, PSSC 715 PSS E - Advanced Dynamic Simulation /26/09 10/30/09 Schenectady, NY $2, PSSC 715 PSS E - Advanced Dynamic Simulation /25/10 10/29/10 Schenectady, NY $2, PSSC 720 PSS E Model Writing 3 03/15/10 03/17/10 Schenectady, NY $2, PSSC 730 PSS SINCAL Basic 2 02/08/10 02/09/10 Houston, TX $1, PSSC 740 PSS SINCAL Protection 1 01/28/10 01/28/10 Houston, TX $2, PSSC 750 PSS SINCAL Reliability /22/10 02/26/10 Houston, TX $3, PSSC 760 PSS SINCAL Dynamics 3 12/07/09 12/09/09 Houston, TX $3, PSSC 760 PSS SINCAL Dynamics 3 02/10/10 02/12/10 Houston, TX $3, PSSC 790 Reactive Power Planning using PSS E 3 03/15/10 03/17/10 Schenectady, NY $2,

30 2010 complete schedule by course prefix Power TRANSMISSION Engineering Courses (PTEC) Course prefix Course SEQ Course name Number of days Course start date Course end date Location Tuition CEUs PTEC 410 Introduction to Fiber Optics - Presented by FiberNext LLC 3 08/23/10 08/25/10 Schenectady, NY $2, PTEC 411 Transformer Diagnostics 3 05/19/10 05/21/10 Schenectady, NY $2, PTEC 500 Fundamentals of Overhead Transmission Line Design /14/10 06/18/10 Schenectady, NY $2, PTEC 500 Fundamentals of Overhead Transmission Line Design /18/10 10/22/10 Schenectady, NY $2, PTEC 510 Fundamentals of Power System Electromagnetic Compatibility 3 04/12/10 04/14/10 Schenectady, NY $2, PTEC 510 Fundamentals of Power System Electromagnetic Compatibility 3 07/19/10 07/21/10 Schenectady, NY $2, PTEC 520 Overhead Transmission Line Uprating 3 06/23/10 06/25/10 Schenectady, NY $2, PTEC 535 Underground Cable Systems - Presented by PDC, Inc /16/10 08/20/10 Schenectady, NY $2, PTEC 620 Advanced Transmission Planning with Modern Network Analysis /05/09 10/09/09 Schenectady, NY $2, Tools (PSS E, PSS MUST and PSS OPF) PTEC 620 Advanced Transmission Planning with Modern Network Analysis /04/10 10/08/10 Schenectady, NY $2, Tools (PSS E, PSS MUST and PSS OPF) PTEC 635 Transmission Reliability Study using PSS E 3 12/02/09 12/04/09 Schenectady, NY $2, PTEC 635 Transmission Reliability Study using PSS E 3 12/06/10 12/08/10 Schenectady, NY $2, PTEC 650 Overvoltages and Insulation Coordination /02/09 11/06/09 Schenectady, NY $2, PTEC 650 Overvoltages and Insulation Coordination /01/10 11/05/10 Schenectady, NY $2, Siemens EQUIPMENT-Based Training and Asset Services Management for T&D (SEBT-ASM) SEBT-ASM 210 SP/SPS/SPS2 Breaker Maintenance /04/10 05/05/10 Jackson, MS $ SEBT-ASM 210 SP/SPS/SPS2 Breaker Maintenance /14/10 09/15/10 Jackson, MS $ SEBT-ASM 212 BZO6/6C Breaker Maintenance /06/10 05/07/10 Jackson, MS $ SEBT-ASM 212 BZO6/6C Breaker Maintenance /16/10 09/17/10 Jackson, MS $ SEBT-ASM 312 Voltage Regulator 3 TBD* TBD* Jackson, MS $ SEBT-ASM 315 Load Tap Changers Customized TBD* TBD* TBD* TBD* Siemens System OPERATOR Training (SSOT)* SSOT 310 Reliability Coordinator Operator Certification SSOT 320 Balancing, Interchange and Transmission Operator Certification SSOT 330 Balancing and Interchange Operator Certification SSOT 340 Transmission Operator Certification SSOT 400 Advanced System Operator Courseware (ASOC) SSOT 500 Emergency Operations, Black Start and System Restoration Training for System Operators - NEW TBD* 3 Call for details * Course offered depending upon demand 30

31 Notes 31

32 Notes Software user group meetings and courses Learn about upcoming worldwide Software User Group Meetings by contacting Front Line Support at 32

33 Corporate and extended training programs Corporate training Bring Siemens Power Academy TD NA education and training programs inhouse for an ideal training experience. In-house training offers the benefits of schedule flexibility, eliminates participant travel costs and allows your team exclusive access to the instructor for sitespecific questions and discussions in a confidential setting. Bring one of our expert network consultants onsite for training, problem solving and coaching. Course content can be customized based on the participants needs and abilities. If you would like more information on designing a customized program for your employees, please contact the Siemens Power Academy TD NA education office at +1 (518) or pti-edpro.ptd@siemens.com. Extended programs Siemens Power Academy TD NA offers extended programs with the goal of providing non-technical professionals and engineers who are new to power systems a series of survey courses that provide the necessary theoretical and practical background to make them better management decision makers and more effective engineers. Many graduates of our extended programs have gone on to become significant contributors in management and in their organization s planning, design and operations departments. The Power Technology extended program is designed to give participants a deeper appreciation of electric power system technology by providing instruction in a variety of topics. This program instills in participants a working knowledge of generation, transmission and distribution topics, and the interrelationships that bind them into a coordinated power system. The Distribution System Engineering extended program focuses on electric power distribution systems and equipment. This program instills in participants practical knowledge of distribution equipment applications and impacts on reliability, planning, design, operations, economic and environmental issues. Each program s objectives include enhancement of the fundamentals of electrical engineering theory for each topic, as well as developing practical problem-solving abilities. These programs may be customized based on your needs; the possibilities are many. If you would like more information on either of these extended programs or on designing a customized program for your employees, please contact the Siemens Power Academy TD NA education office at +1 (518) or pti-edpro.ptd@siemens.com. Promotional offers We are pleased to extend the following promotional offerings: Group rates - 15 percent discount on three (3) students from the same company registering for the same class on the same date. 1 (Enter code GR 101 in the comments or coupon field of the registration form.) Six-pack speed pass - Pre-pay for six (6) registrations and receive a seventh (7th) registration at no additional charge. 1,2 (Enter code SP 101 in the comments or coupon field of the registration form.) Early registration - Register and pay 60 days prior to the start of a course and receive a 10 percent discount. 1 (Enter code ER 101 in the comments or coupon field of the registration form.) 1 Promotional offers can not be combined. 2 Valid on 4.5-day courses only - other terms and conditions include: tuition dollars are valid for any student in the organization. Courses must be attended within one year of the tuition payment. Please see terms, conditions and cancellation policy for additional information. Our instructional team Our network consultants are our instructional team. With more than 40 teaching consultants on staff and several independent specialists who support our programs, we have more than 400 years of collective power systems expertise. Our team brings real-world examples and experience into the classroom, as well as information on new and exciting research efforts in power systems and power systems analysis. Many have been recognized for their contributions with awards from national and international organizations. Siemens Power Academy is committed to quality instruction. Contact us: Siemens Power Academy TD NA 400 State Street, 3rd Floor Schenectady, NY Telephone: +1 (518) Fax: +1 (518) pti-edpro.ptd@siemens.com Come learn from the experts. 33

34 Registration, payment, and contact information We encourage all participants to submit registrations no less than 30 days in advance to ensure availability. For BESTSELLERS, we recommend registration at least days prior to course date, as these courses fill quickly. For international students requiring a visa and letter of invitation, please register early to ensure that we have adequate time to process your documentation requests. The most current information on course availability will be posted on our Web site at: energy/pti-education. NEW - Register online Register at Siemens.coursewebs.com to reserve your seat today! Once you create a Siemens Power Academy user identification/account, you may register and pay online using our new secure credit card processing application. Then, through our new Learning Management System (LMS), you may view course schedules, read instructor bios, preview course content and materials, and exchange ideas with fellow students. Register by mail or fax Detach and complete the Course Registration Form on page 39 and mail or fax to: Siemens Power Academy TD NA 400 State Street, 3rd Floor Schenectady, NY Telephone: +1 (518) Fax: +1 (518) Or, send a signed scanned copy via to pti-edpro.ptd@siemens.com. Tuition Tuition includes a bound set of course notes and/or reference text. Course fees also include daily continental breakfast and lunch. Additionally, networking sessions and a business dinner meeting may be included at no additional cost. Lodging, transportation and meals beyond those provided during the course are not included. Payment Payment is due at registration. If you are paying via company purchase order, you will receive an invoice at least one month prior to the start of the course. To guarantee your seat, tuition is due at registration or within 30 days prior to course date. Please refer to Terms and Conditions regarding withdrawing from class, and applicable course cancellation fees. International students Siemens Power Academy TD NA will assist participants and their families by providing contact information for living accommodations, hotels and other interests in the local area. Students who require invitation letters for their visa applications are encouraged to submit this request, along with their registration and tuition payment, at least 60 days prior to the start of the course. Please see the terms and conditions section on payment and course cancellation policy. Confirmation Upon our receipt of your registration you will receive an confirmation regarding the course. Access to course logistics (hotels, directions to the facility, transportation and parking) will be available through LMS. 34

35 Course structure Because of the highly technical content presented in our courses and curriculums, we find that students grasp the material, retain the content and more successfully apply their learning back in the workplace when they engage directly with the instructors and fellow students. This is why Siemens Power Academy TD NA believes in traditional instructor-led training (ILT). Our new learning management system enhances these traditional experiences by providing an online interface for students. This online interface allows students to converse with the instructor, review supplemental materials and exchange information and ideas with fellow classmates from around the world, before, during and after the classroom experience. Class times Continuing Education Credits All courses offered through Siemens Power Academy TD NA meet the requirements for Continuing Education Units (CEUs) and Professional Development Hours (PDHs). The CEU is the nationally recognized unit for recording participation in professional development and non-credit educational programs. Students completing these courses will be awarded CEUs based on the instructional hours of the course: one CEU is awarded for ten classroom hours of instruction. Licensed engineers, on a voluntary or mandated basis, attend continuing professional education for licensure renewal to ensure competency. Continuing professional education for licensed engineers is measured in PDHs: one PDH is awarded for one classroom hour of instruction. The student is responsible for maintaining records of courses taken in support of licensure. Students may also be eligible to apply for transfer credit at participating colleges and universities. Each university will have guidelines on what it will accept for transfer credit. Contact Siemens Power Academy TD NA for additional information and to enroll today! 4.5-day courses 3.5-day courses 1-3-day courses Day 1 9 a.m. - 4 p.m. 9 a.m. - 4 p.m. 9 a.m. - 4 p.m. Day 2 9 a.m. - 4 p.m. 9 a.m. - 4 p.m. 9 a.m. - 4 p.m. Day 3 9 a.m. - 4 p.m. 9 a.m. - 4 p.m. 9 a.m. - 4 p.m. Day 4 9 a.m. - 4 p.m. 9 a.m. to noon* -- Day 5 9 a.m. to noon* *unless specified differently in the course bulletin Need PDHs or CEUs to maintain your PE license? - Call us at +1 (518)

36 Terms and Conditions Registration Applications to attend courses must be submitted in writing or electronically using the registration form in this catalog or online (under the Registration tab). Registrants agree to be bound by these Siemens Energy, Inc., Siemens Power Technologies International ( Siemens ) General Terms and Conditions for Training. 2. Acknowledgement of registration We will send you confirmation of the requested training course, course dates and fee or, if there are no vacancies for the dates you have requested, we will send an acknowledgement in the form of a provisional notification offering alternative dates. You must acknowledge your intent to participate in the alternative course/date provided to receive confirmation of participation. 3. Services Our services include: Conducting training courses Providing accompanying documentation to the training Providing requisite materials and resources Issuing a certificate of attendance. Certificates of attendance are only issued, however, if participants attend at least 80 percent of the training course sessions. Training course descriptions are accurate at the time they are published. We reserve the right to change, adapt or develop course contents to reflect the current state of the art, and course contents may, as a result, deviate from those specified in course descriptions. 4. Prices and terms of payment Training course prices are specified in the descriptions in the catalog and on our Web site. These prices do not include the cost of accommodations and travel. The scope of services and price of customized training courses are specified in the particular offer. The statutory rate of value-added tax shall be added to all prices quoted. In case an acceptable tax exemption certificate is submitted, neither state nor country taxes will charged. Upon registration of the training course, participants will be issued an invoice that shall be due for settlement within 30 days upon receipt of the invoice or due prior to the course date, which ever is earlier with no deduction. Payment may be made by wire transfer, check or credit card (only VISA, AMEX and MasterCard). Siemens internal participants shall be invoiced by way of internal procedures. 5. Cancellations by registered participants Registered participants shall be entitled to nominate alternative participants prior to the commencement of the training course. Registrants may cancel their course registration at no charge up to 21 days before the training course begins. Fifty percent of the price of the training course will be refunded for cancellations received up to 14 days before the course begins. No refunds will be issued for any cancellations received less than 14 days prior to the start of the course. The cancellation date is deemed to be the date of receipt of a written cancellation by Siemens PTI. 6. Copyright Written course materials may not be reproduced for any purpose without the consent of Siemens and may only otherwise be used for purposes explicitly authorized by Siemens. Siemens PSS software, used or provided for the purpose of conducting the training course, may not be removed, or copied (in whole or part), nor used in any other unauthorized way. Neither video recording nor sound recording is permitted.

37 7. Participant prerequisites Siemens may require that course participants have either a valid software license or be employees of an organization possessing a valid software license for courses dealing with the use of training software. Additionally, Siemens may in its sole discretion exclude participants from any course. 8. Safety regulations Course participants shall comply with all safety and accident-prevention regulations in force on Siemens premises. Participants also agree to be bound by all other applicable rules, particularly those concerning access. 9. Liability All technical information provided in connection with the courses and/or in the training documentation is correct to the best of Siemens knowledge; however, liability is disclaimed as to the accuracy (e.g. exclusion of printing errors) of the information provided in the course and/or in the training documents. Siemens and the Registered participant (the Client ) agree that the services provided for herein will be performed in accordance with recognized professional consulting/education standards for the same or similar services. Both parties acknowledge that utilization of the educational seminar material depends upon many factors not within the control of Siemens. As such, and notwithstanding any other provision to the contrary in this agreement, Siemens total aggregate liability to Client for damages suffered by Client under this agreement shall be limited to 100 percent of the amount of the fees for services received by Siemens under this agreement as relates to the affected participant(s). In no event shall Siemens, its parent corporation, or any of its affiliates, agents, employees or others providing materials or performing services in connection with this agreement be liable for any other direct, indirect, incidental, consequential or special loss or damage, whether attributable to breach of contract, warranty, express or implied, tort, including negligence, strict liability or otherwise. Except as otherwise herein provided, Client releases Siemens, its parent corporation and any affiliates, agents, employees, or others providing materials or performing services in connection with this Agreement from and against any and all liability, as well as costs of defense, settlement and reasonable attorney s fees, irrespective of fault or negligence. 10. Reservation of right of modification Siemens reserves the right to change the location of training courses, to postpone, or cancel courses or to assign a different speaker/instructor. If the location or time of the course is changed, the registered participant is entitled to cancel his or her registration in writing within three working days of receipt of such notice of change and receive a full refund. All other claims for substitution, damages or losses are excluded. 11. Export controls All training and services provided by Siemens are subject to applicable United States and international export control laws and regulations. Siemens reserves the right to cancel any registration, training or other services at any time in order to comply with such export control laws or regulations. 12. Applicable law, legal venue This agreement is subject to substantive law of the State of New York to the exclusion of the United Nations Convention on the International Sale of Goods. 13. Written form The parties agree that all agreements shall be made in writing and likewise may only be amended or waived in writing. 37

38 About Siemens PTI Siemens Power Technologies International (Siemens PTI) is the provider of network consulting, software solutions and T&D training within Siemens Energy. For decades, Siemens PTI has provided a wide range of power system software and related consulting to the energy industry throughout the world. With 40 years of experience in professional power system analysis and planning, Siemens PTI offers services in power system dynamics, power quality and protection for all voltage levels and all kinds of networks. Siemens PTI Network Consulting Siemens PTI has a legacy of worldrenowned engineering experience, and innovative software and technology to assist you with today s complex issues. Our comprehensive services include technical, economic and regulatory expertise, as well as network analysis and solution development, expert testimony and industry training, and system solution integration. Our offices are conveniently located throughout the world, providing you with regional expertise. Siemens Energy is the world s leading supplier of a complete spectrum of products, services and solutions for the generation, transmission and distribution of power, and for the extraction, conversion and transport of oil and gas. It develops and builds fossilfueled power plants and powergenerating components, as well as wind turbines, turbines for use as mechanical drives and compressors for industrial applications. It also offers operations and maintenance and management services for its own technology, as well as that of other manufacturers. Instrumentation and control systems, as well as air pollution control technologies, are also part of the portfolio. The company is also a leading supplier of high and medium voltage power delivery equipment, energy management systems, network planning and power system engineering software for regulated and deregulated generation, transmission and distribution markets. Siemens PTI PSS software Main Software Products PSS E - transmission system planning MOD - model data management and delivery PSS MUST - transmission system analysis PSS ODMS - operational data management PSS SINCAL - utility and industrial system analysis With the Power System Simulator (PSS ) Product Suite, Siemens PTI provides a range of analysis tools, including our premier PPS product for electrical transmission planning, which has been significantly upgraded with modern graphics (e.g. integration with modeling tools). For more information, please visit our Web site and use our contact form. Siemens PTI PSS front-line support Siemens PTI offers technical support to our valued users through a network of highly qualified personnel strategically located around the world. Support also includes FAQs, downloads, updates/ patches, system configurations, and user group meetings and technical workshops. For more information, please visit our Web site and use our contact form. 38

39 Registration form Register online at siemens.coursewebs.com. View the catalog, add course selections to cart and proceed to checkout. It s that simple. Alternately, return by mail or fax +1 (518) Code #2010. Please complete the form below or tape your business card to this form. Note: Provide your Professional Engineer Number, and specify if you want the CEUs for renewal of your Professional Engineering license. Name: Title: Department: Company name: Company address: Mail code: City: State/Country: Zip/Postal Code: Phone: Fax: Please register me 1 Course name: Course date: 2 Course name: Course date: Location: Location: The Siemens Energy, Inc., Siemens Power Technologies International (Siemens PTI) General Terms and Conditions for Training are acknowledged as having been received and are hereby accepted. By selecting this box, I accept the Terms and Conditions on pages Method of payment: Check enclosed MasterCard Visa AMEX Purchase Order Comments: (include promotional code, dietary restrictions or other comments) More information: To receive additional information on any Siemens Power Academy TD NA program or to update your contact information, please pti-edpro.ptd@siemens.com. Visit our education Web site: siemens.com/energy/pti-education or pti-edpro.ptd@siemens.com. 39