Presentation on Automotive Technology Research Centre

Transcription

1 Presentation on Automotive Technology Research Centre By Prof. Raja R Head of the Research Centre MSRUAS 1

2 Outline of the Presentation Introduction to MSRUAS About FET Introduction to ATRC Road map of ATRC Facility Requirement Collaboration References 2

3 MSRUAS Created by a Karnataka State Act Sponsored by well known GEF(Medical) Ranked in Top 100 by MHRD Comprehensive in nature Pioneer in Outcome Based Education (OBE) Offers a distinctive intellectual culture 2f status approved by UGC Consists of 7 Faculty and 7 Directorates Well defined process for all the activities More focus on applied research ( 21 specialised research centers) Research paper publication in reputed Journals More than 350 highly qualified, experienced and renowned academics and an equal number of support staff 3

4 Faculty in MSRUAS FET 6 Dept FAD 2 Dept FSH 4 Dept FMC 3 Dept FHMCT 5 Dept FPH 5 Dept FDS 9 Dept 4

5 Directorates in MSRUAS DTLL DTC DSR DTSPWCA DQEPET DTSLD DICPM 5

6 University Model and Activities 1. Engineering Design and Analysis centre 2. Electronic System Development Centre 3. New Product Design and Development 4. Centre for Mechanical Product Development 5. E-MED Centre 6. Centre for Technological Product Incubation and Entrepreneurship Development 6

7 FET- Deans and Heads Dean Associate Dean Associate Academic Registrar Academic Registrar - Registrar - Administration Automotive & Aeronautical Engineering Civil Engineering Computer Science & Engineering Electrical Engineering Electronics & Communicatio n Engineering Mechanical & Manufacturing Engineering 7

8 FET- Activities 5 UG, 24 PG, UOPC, B.Voc. and Doctoral Programs Nurturing research culture amongst students and faculty Sponsored research work Development of Research Centers in chosen areas More focus on Publication of research papers in reputed journals Delivering Corporate Training Program to OEMs / Companies Consultancy for Sponsored Projects ( Techno Centre) Interdisciplinary Projects for addressing the real world problems Conducting industry focused seminar /workshop Guest Lectures by experts FDP for continuous updation of knowledge of faculty members Industry visits and field trips for students and faculty Dream Teams / Collegiate Clubs 8

9 FET- Areas of Expertise Expertise available core engineering disciplines and as well interdisciplinary fields Versatile experienced faculty members available in different domains as follows o Automotive System Design o Big Data Modeling o Vehicle Dynamics o Machine Learning o Aircraft System Design o Digital Communication System Design o Micro Air Vehicle Design o Energy Systems Design o Vehicle Aerodynamics and CFD o o o Antenna System Design Embedded System Design DSP and Image Processing o Mechanical System Design o Materials and Manufacturing o Composite Materials o Structural Design o Transportation o Sanitation and waste management o o o o o o Power Systems Non-renewable Energy Control System Design Robotic Systems Bio-Medical Photonics 9

10 Automotive Technology Research Centre The societal impact of traffic receives more attention. The importance of the energy efficiency, air cleanliness and noise reduction, is increasing against a background of growing population, urbanization and climate changes. ATRC will focus on integral system solutions towards road use efficiency, energy efficiency and road safety Focus on Green Mobility, Smart Mobility and Efficient, Sustainable energy Developing Future Engineers ( required skills and capabilities) Involving M.Tech and Research Students More research publications Participation in international competition Patents 10

11 ATRC Sub-Groups and Members Powertrain GROUP Vehicle Structure and Dynamics Automotive Electronics MEMBERS 1. Dr. Raja R., B.E., M.E., Ph.D. 2. Prof. Ashok C. Meti, B.E., M.Tech. 3. Mr. S. Umesh, B.E., M.Sc. [Engg.] 4. Mr. M. H. Monish Gowda, B.E., M.Sc. [Engg.] 5. Mr. V. Hima Kiran Vithal, B.E., M.Sc. [Engg.] 1. Dr. Vinod K. Banthia, B.Tech., M.Tech., Ph.D. 2. Mr. M. H. Monish Gowda B.E., M.Sc. [Engg.] 3. Mr. V. Hima Kiran Vithal, B.E., M.Sc. [Engg.] 1. Dr. Rinki Sharma, B.E., M.Sc. [Engg.], Ph.D. 2. Prof. Ashok C. Meti, B.E., M.Tech. 3. Mr. K. R. Narasimha Murthy, B.E., M.Sc. [Engg.] 4. Mr. Deepak Varadam, B.E., PGDIP, M.Sc. [Engg.] 11

12 ATRC Sub-Groups and Members GROUP Vehicle Styling and Aerodynamics MEMBERS 1. Mr. V.R. Kiran B.E., M.Sc. [Engg.] 2. Mr. S. K. Mithun, B.E., M.Sc. [Engg.] 3. Dr Narahari H K,B.Sc., DMIT, M.E., Ph.D 4. Mr. S. Umesh S B.E., M.Sc. [Engg.] 5. Dr. Mahesh Narayana, M.Sc., Ph.D. 6. Dr. Shekar, M.Sc., Ph.D. 7. Dr. Jyothi, M.Sc., Ph.D. 15 Members Team 12

13 Short Term and Long Term Plan Short Term Plan (1-5 Years) ATRC will identify the area which needs immediate attention Develop the basic infrastructure required for sub-system level research Students Participation in international competition ( PACE, BAJA,FSAE ) Minimum of 3 research paper publication in reputed Journals from each sub-group per year Association with TML, M&M,NATRip, SIAM, MBRDI, ARAI, Bosch, GMTCI, AltiGreen and VRDE Provide Corporate Training to OEMs /TIER1 Suppliers Long Term Plan ( > 5 Years) Minimum 10 Papers publication in reputed Journal from each sub-group MOU with 3-4 foreign universities / OEM for extensive collaborative research in emerging areas of Automotive Engg. Association with Governments (such as MoSRT&H and MoHI&PE) Full System level research ( in collaboration with OEMs / TIER1 supplier) Participation in Formula SAE International Competition Minimum of 4 Patents in year Upgradation of Faculty qualification 13

14 Research Funds Start with Seed Money Consultancy projects / Training Apply grants to government bodies Setting up exclusive domain specific facility in collaboration with OEMs / TIER 1 Suppliers/Govt. Agencies 14

15 Power Train Road Map Powertrain Group will focus more on Green Mobility as mentioned below ICE-based Powertrains Focus on cross-cutting technology domains Fuels and energy carriers as well as Thermal and energy management. For ICE-based powertrains, collaborative research will concentrate on affordable design changes which increase efficiency and reduce emissions in engines for light and heavy-duty vehicles, including downsizing, advanced flexible combustion processes and alternative fuels supported by advanced after-treatment and efficient thermal management. EV-based powertrains, Priorities include lithium-ion and post-lithium-ion batteries, fuel-cell systems, hydrogen storage, improved electric drives, charging systems and concept demonstration, as well as electrification for heavy-duty vehicles. The final target is to meet customer/specifications and regulatory demands for lower fuel consumption and emissions whilst maintaining utility, performance and affordability of passenger and commercial vehicles 15

16 Roadmap- Vehicle Structure and Dynamics Development of light weight structure for improvement of over all performance of vehicle Improvement in Passenger comfort and handling characteristics of vehicle Development of new technologies for better ride and NVH characteristics Establishing the Test facility for measuring the vehicle handling characteristics 16

17 Road Map- Vehicle Styling and Aerodynamics Focusing more conceptual design on Compact Urban Commuter, Vehicle for elderly people, Autonomous car, Futuristic Sports Car and automotive interior and exterior Study the impact of various design parameters influences the performance of vehicle such as improving the fuel efficiency, reduction of Drag and etc. Setup the Test Facility of Wind Tunnel* with Turn- Table and Moving Road 17

18 AEL Road Map Design and Development of Intelligent Transportation System using ICN for VANET to support: Driver assistance Real time traffic information Automatic route guidance Real time weather reports and road condition on route of interest 18

19 Proposed Research Work in ATRC Design and Development of Two seater Hybrid Car Design and Development of retro fitment system for Reduction of NOx in Automotive Engines Design and Development of Vehicle for Elderly People Implementation of ICN based services for Vehicular Adhoc Network Improvement of Aerodynamic Performance in Automotive vehicle Competition Vehicle Development ( Involving UG/PG Students) 19

20 Sl. N o. 1 Activity Developing basic infrastructure for chosen area of research 2 Virtual Simulation and Validation 3 Develop the subsystem level research and Testing 4 Adding the resources for full system level research 5 Integration of subsystem to a system 6 Establish an independent, pre-competitive technology development center ATRC- Research Road Map (2/3) Year - 1 Year - 2 Year - 3 Year - 4 Year ** ** ** ** ** ** ** ** ** 20

21 Sl. No. 1 2 Research Road Map (3/3) Milestone Establishing basic level infrastructure for conducing the research on the chosen area ( 0-6 Months) Modeling and simulation of subsystem level research ( 6-12 Months) Subsystem / component level development and testing ( Months) Deliverables Infrastructure available for conducting research Paper Publication in Journal / Conference Collaboration with outside world Paper Publication in Journal / development of subsystem level component / Patents 3 4 Integrating the Subsystem level resources for full system level research and conducting research on full system ( months) Establish an independent, pre-competitive technology development center (36-60 months) Paper publication in Journal and Conferences / Full system level testing Infrastructure / Paper Publication in Journal / Conference 21

22 Sl. No. Year Facility Creation Phasewise Equipment to be Procured/ Facility to be Created Budgeted Cost in INR Utilising Research Group Four Wheeler Chassis Dynamometer 60,00,000 PT / VSD /AEL I Software tools ( MSC FEA /GT Power) 13,00,000 PT / VSD I Data Acquisition systems 37,00,000 PT/VSD/AEL I Tape Drawing Facilities QTBR VSAD I literature and standards 1,50,000 VSD/AEL I Phase Simulator and Hardware 3,00,000 AEL I & II Computerized 3D wheel alignment test setup Upgradation of Wind Tunnel* with Turn-Table and Moving Road Ergonomic Lab ( Contact and Non- Contact measurements) 15,00,000 VSD / AEL II QTBR VSAD II QTBR VSAD II Prototype, Color and Trim Studio QTBR VSAD III 22

23 Collaboration with Universities / OEMs / Research Centre Sl No Name of Subgroup Name of University / OEM 1 Powertrain Group Stanford Univ. / Michigan Tech University / Faurecia Emissions Control Technologies / GMTCI / ARAI /MBRDI /TML / M&M / SIAM/ AltiGreen 2 Vehicle Structure and Dynamics 3 Vehicle Styling and Aerodynamics TML / MRV / GMTCI / ARAI /NATRiP /VRDE / Jayem Automotive Ltd ARAI/GMTCI/Cornell Univ./ Coventry University 4 Automotive Electronics Bosch / Continental / RNTCI/ MRV / Coventry University 23

24 References Commercial Quote : CSM Software Pvt Limited OEM TECHNOLOGICAL INSTRUMENTS Siemens Industry Software (India) Private Limited Technical FASE Guidelines Manual GT- Power Reference Manual Nastran Reference Manual ASME/SAE/JSAE Journals IEEE /ACM/Elsevier Journals 24

25 Thank You 25