Developing Engineering Skills for the Future. José Lopes CEng FIET FIMechE Head of Technical Excellence Jaguar Land Rover Limited

Transcription

1 Developing Engineering Skills for the Future José Lopes CEng FIET FIMechE Head of Technical Excellence Jaguar Land Rover Limited

2 Jaguar Land Rover Technology & Innovation Focus

3 Education by Industry Leading University Collaboration Best Courses from the Best Sources

4 Why TAS Up-Skilling for the Engineering Needed in 20 to 2020 and Beyond Invest in the capability of our people Offer to our staff business-needs driven education Engage with Universities Provide learning opportunities to our staff which are formally accredited Develop necessary future technical skills

5 Masters Level Modules Technology Areas Module Groups Module Titles Key JLR SME / Lead University Provider M CATS New for 2011 / 2012 Technology Focus / Passions Module Titles University Provider M CATS Powertrain Overview 3 day (unaccredited) Malcolm Sandford JLR Delivered 0 Vehicle & Powertrain Functional Performance Malcolm Sandford 20 Loughborough Sustainable Vehicle Powertrains Malcolm Sandford 20 Powertrain Transmission & Driveline Russell Osborn Cranfield 15 Powertrain and Hybrid Systems Alan Jones / Richard Clarke/ Steve Calibration and Emissions Loughborough 15 Richardson / Nick Wicks Hybrids Vehicle Technology 1 day (unaccredited) Mike Richardson Warwick 0 Hybrid Systems Hybrid System Technologies 15 Mike Richardson Warwick Practical Component Testing 15 Clean Virtual Engineering and Simulation Techniques Smart Electronics and Control Systems Advanced Vehicle Structures Desirable Sustainable Vehicle Powertrains 20 Loughborough CFD a Comprehensive Introduction 15 CFD CFD for Automotive Applications Adrian Gaylard Cranfield Calibration and Emissions 15 CFD Automotive Applications Research Project 15 Advanced CAE (M44MAE) 15 Hybrid Advanced Engineering Simulations (M01MAE) 15 Crash Simulation System Technologies David Coleman Coventry Warwick 15 Vehicle Structures & Impact (M23MAE) 15 Vehicle Body Structures & Analysis (M03MAE) 15 Advanced Engineering Analysis David Coleman CAD / CAE Advanced CAE Applications CAE Applications & PLM Advanced Engineering Analysis Keith Rose Cranfield Cranfield Modified Automotive Electrical Automotive Electrical & Electronics Overview 1 day (unaccredited) Peter Earp Warwick 0 Control Systems 2 Automotive Networking 15 Peter Earp Coventry 15 Networks, Diagnostic & Test Automotive Diagnostics Warwick 15 Advanced Test Techniques for Electrical Systems and Software Alex Mouzakitis 15 Mechatronics Modelling Control Systems For 1 - Introduction Automotive Design Methods Systems Cranfield 15 Modified Ian Smith / Mike Richardson / Peter Control Systems Control Systems 2 - Use Matlab / Simulink Coventry / Strathclyde 15 Wright Control Systems 3 -Design, Real-Time Systems and Implementation 15 Robust Automotive Software Warwick 15 System Modelling & Simulation System Modelling & Simulation Will Suart Warwick 15 New Robust Automotive Software Warwick 15 New Electronics Hardware and Software Robustness Kevin Talbot Robust Automotive Electronics Warwick 15 New Perceived Quality Principles Perceived Quality Principles Steve Smith 15 Automotive Body Advanced Joining of for Metal Structures Lightweight 1 day (unaccredited) Structures Mike Shergold Warwick Warwick 0 15 Metal Forming and Joining Metal Forming 15 Mark White / Mike Shergold Warwick Automotive Body Joining for Lightweight Structures 15 Sustainable Product Design Loughborough Sustainable Product Design Sustainable Product Design TBC Loughborough Sustainability and Materials Lightweight Materials Materials Lightweight for Materials Automotive for Applications Applications Andrew Haggie Warwick 15 Environmental Materials Material Sustainability and the Environment Andrew Haggie Loughborough Capable Vehicle Engineering Systems Engineering Durability & Reliability Engineering System Design 15 Tony Harper / Peter Earp / Larry Martin Loughborough System Validation & Verification 15 HMI & Ergonomics Driver & Vehicle Ergonomics Chris Davies / Paul Herriotts Loughborough 15 Design for Manufacture & Assembly Manufacturing Systems and Integrated Design Gurvinder Bisla Loughborough 20 Modified Vehicle Structures & Crash Vehicle Safety Jon Mabey Coventry 15 Standard Automotive NVH Awareness 4 day (unaccredited) Noise Manufacturing Vibration and Harshness Systems and Integrated Design Ashley Gillibrand Southampton 0 Loughborough New 20 Advanced Automotive NVH Ashley Gillibrand Southampton 15 New Dimensional Analysis Dimensional Measurement and Management Gregor McLachlan Warwick 15 New Braking Systems Braking Systems Ed Nixon Bradford New Programme Management Advanced Programme Management Project Planning, Management & Control Jamie Joshi Warwick 15 New More Great Products Faster Quality Engineering Durability & Reliability 1 - Fundamentals (M39MAE) Julian Buckingham / David Boon / 15 System Validation & Verification Loughborough Coventry Durability & Reliability 2 - Advanced Russell Osborn Advanced Automotive NVH Southampton 15 Concepts of Advanced Project & Programme Management Warwick 15 Steve Fannon / Jeremy Stern / Paul Black Belt Induction 3 day (unacredited) (BBO) JLR Delivered 0 New Grocott Robust Engineering Green Belt Design Problem SolverThrough FMA (BB4) 20 New Statistics & SPC - Advanced Engineering Statistics (BB1) Bradford New Quality Methods & Tools Black Belt Project Failure Data Analysis (BB2) Steve Fannon / Jeremy Stern / Paul New Bradford 60 Grocott Design of Experiments and RSM (BB3) New Failure Mode Avoidance & Robustness (BB4) New Foundations of Systems Safety Engineering York Black Belt Project 60 New System Safety Foundations of Systems Safety Engineering Roger Rivett York New In Business Project Thesis All 60

6 Return on Investment The formula for Return on Investment (ROI) is: Since Sep module places delivered 50% of Research and Development Engineers over ½ million man-hours of Education ROI = Total Program Benefits Total Program Costs Total Program Costs x 0% 91% Respondents agreed that the skills gained has/will improve their performance which contributes to the objective of Engineering up-skilling ROI = 207% 42% Respondents have saved time at work as a result of applying the tools learnt Plus 21% - Knowledge gained shared with at least 800 other people Respondents Improved made cost savings expertise or revenue and generation quality of execution The Kirkpatrick/Phillips Model for Evaluating Human Resource Development and Training

7 Industry and EU Collaboration National Automotive Innovation Centre (NAIC) facility ( 60m Jaguar Land Rover) collaborative research facility, including powertrain labs, design studios and rapid prototyping technologies training and open innovation are key elements

8 Jaguar Land Rover European Policy Engagement Cars 2020 EU Action Plan for a competitive and sustainable automotive industry in Europe. Covers areas such as: R&D and Innovation; Improving market conditions; Enhancing competitiveness, and, Anticipating adaptation and managing restructuring: Enhancing Human Capital and Skills. Cars 2020 skills focus is on: Establishing an EU Auto Skills Council Coordinating national skills and employment policies Promoting use of EU Social Fund (ESF) JLR involvement in Cars 2020 through ACEA. BUT more could be done

9 Summary The technological challenges facing the automotive industry have probably never been greater Imperative to focus on development of key competencies to support Green technologies University collaboration is key enabler to up-skill engineers Wider Industry collaboration across national boundaries critical for rapid innovation Jaguar Land Rover - Embedding Excellence

10 Developing Engineering Skills for the Future Thank You