Theory - Top universities syllabus Topics.
Renewable energy - Connection with EV Fundamentals of electrical Engineering
Main EV Topics - Motors, Batteries, Power converters, Charging station.
Research and Development - Our team is involved in a R&D that at the moment is working on Wind Turbines and other unique Alternators. Students can involve and become part of that team while their course occurs. Thus being more part of the relevant industry now.
Our team has already worked on Robotics and Drone projects thus helping students to be have an exposure in those fields too.
In the electric vehicle design course there are basically 4 modules of theoretical teaching + one project + Training. In the four modules, the first module is about giving an introduction to electric vehicles. But before that you will be given an introduction to renewable energy and also basics of Electrical and Mechanical engineering fundamental and basics related completely toEnergy sector. After these two portions only the introduction to Electric Vehicle will start. In the introduction you will be taught about EV's with its Tech perspective, business perspective, policy perspectives. Combining these perspectives and relating it to the energy sector. If you consider a company like TESLA, they make energy and EV's both because it is very crucial. This combination can be like the relation between fossil fuel industry and existing petrol and diesel internal combustion vehicles. And also during this module itself, an introduction to the technology of the EV, the business involved in EV, introduction to the policy of EV. These topic's introduction in a detailed manner will be taught in this module.
Then the module 2 is complete EV Technology. This is the main module explaining about the different technologies inside the EV and also the different components that are present and working there. Like Working of an EV electric machine, and power electronics battery technology, EV charging technology, Also the future technology of EV. These are the main topics that will be taught which is all about all the technology and working of these components inside an EV. The 3rd module will teach in detail about the EV charging infrastructure switching to EV fleets, Electrification of complete transportation, advanced EV business. Now module 4 is the fundamentals of EV manufacturing. So initially you have to familiarize yourself with the CAD software such as CATIA and then the simulation software such as ANSYS and MATLAB. All the tools used in the industry needed for EV design will be taught. These are all the theoretical portions and software that will be included in the syllabus. Now during this time itself One project to increase your practical knowledge will also be happening. You will be taught in life the working and manufacturing of a mini windmill. How to design a special alternator that is used in mini windmills called Axial Flux Alternator, these alternators will be manufactured and assembled by you during the time period itself after the class. Also students will be involved in the Research and development of our company that will be occurring during your class.
The course tends to equip participants with multidisciplinary expertise and increase the practical exposure with the tools and functioning of the Electric vehicle via small workshop prototypes. This course follows the practical approach of learning (PLA model) to educate and offer cutting edge training to prepare engineers for the future industry workforce demand. The goal is to make participants more employable through upskilling in following topics – Lithium-Ion Battery – Its construction, working , types and special features. Battery Management system working and different features. Battery and Drive motor Cooling systems. Hazards associated with High voltage batteries. Repair possibilities available for HV batteries. Drive motors – types, working and construction. Repair possibilities of Drive Motors. EV’s general layout / differences compared to IC engine vehicles and Hybrids. Charging systems in EV. Low voltage and High Voltage system classification. AC/DC Inverter, DC/DC Converters. Myths and facts on EV’s. Do’s and Don’ts for Battery care. Current Market scenario in India.
Get to know about different modules of Electric Vehicles. Understand the underlying concept behind Power Electronics & Battery Management System. Understand the effects of external factors and assumptions taken for designing the vehicle and its powertrain. Understand the mystery of chemistry within batteries. Get mentored by Industry Experts. Get project assistance. Get on request instructor-led hands-on workshops. Get career mentorship in Electric/Green-Energy fields.
Most automobile companies are vowing to switch to electric, a cleaner, and sustainable alternative. An electric revolution is coming to the automobile sector in the world. But, the industry is facing a shortage of talented, aptly skilled engineers needed for the transition to electric drives as the primary source of motive power. Help fill that gap and gain an edge with our Electric Vehicle curriculum. The electric vehicle online course provides advanced knowledge in design, analysis, control, calibration, and operating characteristics of Electric Vehicles. Students and Professionals can integrate this industry-ready certificate course in their skill-set for career and overall growth opportunities.
Our team provides placement assistance by providing an enormous amount of technical knowledge about the corresponding field and latest information about tech-trends.
Information on new vacancies is floated through emails by our support team to every student, so that you can apply for the job as early as possible. India has chalked a plan to aid its electric mobility mission by creating a specialized workforce. The blueprint aims at generating 10 million jobs. The government had initiated the National Electric Mobility Mission Plan in the year 2013 with an objective to put 6-7 million electric vehicles on Indian roads by 2020 and committing to achieving 30% e-mobility in the country by 2030. Our company has a direct tie-up with Industries. The students / professionals performing outstandingly in this course will get the opportunity to build a career in the E-Mobility sector.
There is a huge skill gap between industry and academia when it comes to the task of taking the entire automobile industry towards electric mobility and that’s where our company comes into play. Our courses are self paced, project oriented and enable the learner to follow their passion in a particular topic of Future of Jobs. We are greatly involved in upskilling, reskilling and constant skilling to help companies foster towards EV adoption faster by providing skilled manpower. Besides developing skills, we maintain quality so that our courses will be able to compete with the global automotive industry.
