29 January 2018 - 02 February 2018
International Short-Term Course On Design, Modelling & Simulation of Electric Vehicles 2018
1.0 Overview India has set the 2021 average CO2 tailpipe emissions target to 113gCO2/km while the EU has set the 2020 average CO2 tailpipe emissions target to 95gCO2/km which is a significant challenge when the 2009 actual average CO2 tailpipe emissions stood at 145.7gCO2/km. Transport Electrification is the long term solution to the growth in vehicles and associated emissions, as electricity allows for much greater flexibility in the energy source such as renewable and clean sources as well as an increase in energy delivery. The course deals with developing the necessary understanding of Electric Vehicle Engineering including principles of operation of electric traction systems, energy storage systems, electrical machines and power electronics for electrical drive and battery charging systems. In addition advance topics in grid ancilliary services using Electric Vehicles are explained. A model and live simulations are also guided and explored. The Course is delivered by internationally acclaimed academic, researcher and practitioner, Dr Eur. Ing. In?. Brian Azzopardi, with proven knowledge, experience, and demonstrable ability in teaching, consultancy, research, and training in the field of modern transportation system and Electric vehicles. The course will be planned and offered in accordance with the of GIAN program. 2.0 Objectives: The primary objectives of the course are as follows: i. Exposing participants to the fundamentals of science and engineering in modern transportation systems and Electric vehicles. ii. Building in confidence and capability amongst the participants in the application of Electric Vehicles and techniques in terms of design modelling and simulation. iii. Providing exposure to practical problems and their solutions, through case studies and live/simulation based projects in Electric vehicles. 3.0 Teaching Faculty: (a) Dr. Brian Azzopardi (Foreign Expert) (b) Dr. Rajiv Singh (Internal Expert) (c) Dr. Neeraj Bisht (Internal Expert) 4.0 Course details: 4.1 Tentative Duration: 29thJanuary 2018- 2 nd February 2018 (5 days) 4.2 Brief Course Contents: Brief introduction to the history of electrical vehicles, Battery and storage in electrical vehicles, problems associated and solutions available. Alternative sources of energy storage in Electric Vehicles, Fuel Cells for energy storage in EV. Application of Electric machines & Speed controllers in Electrical Vehicles, Complete Electrical Vehicles modelling. Electrical Vehicles- design considerations. Design of ancillary systems in Electrical Vehicles, Various Case studies on electrical vehicles. 5.0 (a) Participants who can attend: ? Entrepreneurs, Executives, engineers and researchers from manufacturing, service and government organizations including R&D laboratories. ? Student at all levels (B.Tech./M.S.c./M.Tech./Ph.D.) or Faculty from reputed academic institutions and technical institutions. (b) Registration Fees: ? Any participant from abroad: $ 150 ? Professionals from Industry/ Research Organizations: 5000 INR ? Professionals from academic institutions: 3000 INR ? Students from research/academic institutions: 1000 INR The above fee includes all instructional materials, computer use for tutorials, free internet facility at the time of course classes. The participants will be provided with single bedded accommodation and food on payment basis subject to availability in the guest houses of the university. (c) Registration Process: Web register at GIAN registration portal (www.gian.iitkgp.ac.in/GREGN/index) with once in life time fee of INR 500. Already registered persons can skip this step. Click “Course Registration” tab at GIAN Portal for displaying the list of approved courses. From the displayed list ‘check-box’ select “Design, Modelling & Simulation of Electrical Vehicles” course & click ‘save’ button for registration. Finally click “Confirm course” to confirm your registration. Fill the form under “Application” tab either on-line or offline. The signed offline application should be sent to the course- coordinator via email. Bank Account Details: The fees should be paid in the form of Draft/NEFT/RTGS Payable in favour of GIAN ELECTRICAL (SBI Pantnagar, Uttarakhand), Account no: 35938055149, Branch Code:1133, MICR Code: 263002901, IFSC Code: SBIN0001133.
Dr. Neeraj Bisht,
contact no: 9760995811,
email-id: firstname.lastname@example.org ,
Dr. Rajiv Singh ,
contact no: 9935889880,