- Electric vehicle traffic overview
- Welcome
- Flowchart for designing an electric vehicle
- Introduction to the electric vehicle industry
- Introduction to electric vehicle
Electric Vehicle Certification Course
Endure the enriching experience of one-of-a-kind learning on fundamentals of electric vehicle engineering with Electric Vehicle Certification Course by DIYguru.
Beginner
Online
90 Days
₹ 8,500 10,000
Quick facts
particular | details | |
---|---|---|
Medium of instructions
English
|
Mode of learning
Self study, Virtual Classroom
|
Mode of Delivery
Video and Text Based
|
Course overview
Electric vehicles are the future of transport systems and are soon expected to replace fuel vehicles with their seamless engineering. Candidates passionate about the structural aspects and nuances of the engineering involved in electric vehicles have much to gain from DIYguru's unique offering-Electric Vehicle Certification Course. Prepared in partnership with various e-mobility companies to grant exquisite training to learners within a span of 90 days, the course receives due recognition from companies including Suzuki, Robert Bosch, and Hyundai.
Pursuing this certification would open numerous opportunities for candidates to bring out the best in them in a flexible learning environment. The self-paced programme comes with a 24*7 learning access and can be availed from multiple devices which makes learning convenient and flexible. Besides this, course takers will get access to a plethora of learning tools to help them grasp each concept in a lucid manner.
The aim of the course is to equip learners with multidisciplinary expertise in the current domain and increase their practical exposure to the functioning and tools of electric vehicles via small workshop prototypes. This course follows the practical approach of learning to offer cutting-edge training to its participants.
The highlights
- Mentoring by industry experts
- Career guidance in the relevant domain
- Project assistance
- Instructor-led hands-on workshops on request
- Demo lectures pre-enrollment
- The course duration of 90 days
- Course badge and course certification provided by DIYGuru
Program offerings
- Ebooks
- Pre-recorded lectures
- Research papers
- Government reports
Course and certificate fees
Fees information
The information for the fee in Electric Vehicle Certification Course is as mentioned below-
Fee Details for Electric Vehicle Certification Course
Category of fee | Amount in Rs. |
Plans | Online certification |
Course Fee | Rs. 3000-5000 |
certificate availability
certificate providing authority
Eligibility criteria
Work Experience
Students willing to partake in the Electric Vehicle Certification Course can be working in the functional arenas of analysis, research and development, maintenance, component design, and projects. They could also be working in fields including but not limited to auto component, automotive, design, or manufacturing.
Education
Course takers choosing to opt for Electric Vehicle Certification Course are required to have a diploma, BE / B.Tech or an equivalent degree in fields like mechanical, automotive, EEE, instrumentation, ECE, and mechatronics. Further, learners should have basic knowledge about chemistry and physics up to the high-school level and conversational knowledge of English.
Certification Qualifying Details
The grading system for qualifying for the certification in Electric Vehicle Certification Course focuses on the holistic learning of candidates through the evaluation of final module quizzes and practice questions followed by the final assignment. While the practice questions are not graded, the quiz in the final module will be graded and will make up the overall grade for the course. Learners ought to complete all the tasks and assignments in all lessons to obtain a passing grade.
80% of the evaluation will be from the graded activities in different modules. While the remaining 20% would be from the final assignment-a peer-reviewed essay. Candidates need to obtain at least 60% to pass.
What you will learn
For individuals seeking to step into the niche of the construction of electric vehicles and different mechanical, electrical and physical aspects of their engineering are expected to benefit supremely from the course. Electric Vehicle Certification Course offers the following learning outcomes-
- Understanding the underlying concept behind the Battery Management System and Power Electronics.
- Knowledge of different modules of Electric Vehicles.
- Understanding the mystery of chemistry within batteries.
- Understanding the effects of external factors and assumptions taken for designing the vehicle and its powertrain.
- Calculating electrical unknowns in both DC series and parallel circuits.
- Working of PMSM and BLDC motors.
- Analysis of the different stages of battery calculation.
- Describing inverter functions in hybrid and electric vehicles.
- The role of 3D geometry and vector algebra in pursuing the course.
- Various concepts of suspension geometry including mechanical trail and pneumatic trail.
Who it is for
Electric Vehicle Certification Course has not been crafted categorically for a definite category or categories of people and can be pursued by individuals from diverse backgrounds. However, the purpose of the course makes it beneficial for those who-
- Wish to advance their skill-set in electric vehicle engineering or seek a career change.
- Wish to ease the transition before entering a full-time academic programme.
- Want to take the next step in their formal education by gaining better practical orientation.
- Enjoy learning a new topic or about a different industry.
Admission details
Only the registered users of DIYguru can enrol for Electric Vehicle Certification Course. Interested applicants may follow the given procedure for registration-
Step 1: Sign up via DIYguru on the course link - https://diyguru.org/course/electric-vehicle/
Step 2: If you are a new user, you will have to create an account by entering their name, email address, chosen password, education level, country, phone number and college. You can also register via Google, Amazon or LinkedIn.
Step 3: Once logged in, navigate to the fee payment page.
Step 4: Select your preferred course plan.
Step 5: Choose one payment gateway and pay the amount.
Step 6: You can now begin learning.
The syllabus
Fundamental (Electrical)
Introduction
History of electric vehicle
- Electric revolution
- Role of evs in the energy transition
- The end and the beginning of the electric era!
Pre-requisite
- Factors affecting friction
- What is force part 2?
- Describing continuously variable transmission operation
- Explaining the relationship of an electromagnetic field
- Analyzing time-series data for distance, speed, and acceleration
- FA 1.1
- What is rolling friction?
- Are mass and weight the same thing?
- Calculating the electrical unknowns of a DC series circuit
- Calculating the electrical unknowns of a DC parallel circuit
- What is force part 1
- Converting between english and metric units
- What is velocity
- Distance & displacement explained
- What is friction?
- What is acceleration
- Uniform & non uniform motion
- Identifying hybrid electric vehicle components
Design phase
- How do all-electric cars work?
- Design phase part 2
- Design phase
- Assumptions
Motors
- PMSM motor – working
- Basics of motors
- Induction motor
- FA 1.2
- BLDC motor explained – advantage & disadvantage
- DC Motor
- BLDC in runner motor
- PMSM motor – introduction
- BLDC outrunner motor – working
- PMSM Motor – advantages and disadvantages
- BLDC outrunner motor – construction
- Description of part 3
- Description of part 1
- Description of part 2
- BLDC motor
- More about electrical machines
- Types of motors
- Motors
Batteries
- Battery management device
- Battery calculation part 1
- EV batteries
- Battery calculation part 2
- Battery calculation – final steps
- FA 1.3
- Battery management system – introduction
- Battery fundamentals
- Types of batteries
Assignment
- SA 1 (20 Marks)
- SA 2.2 (30 Marks)
- SA 2.1 (30 Marks)
Converter, inverter, controls and controllers
- Describing inverter functions in electric and hybrid vehicles
- Converters, inverters, and controls
- Motor controllers – introduction
- Electronics part 1
- Charging equipment
- Working safely on electric and hybrid electric vehicle components
- FA 1.4
- Working with boolean algebra and number systems – 2
- Working with boolean algebra and number systems – 1
- Motor controller – explanation
- Electronics part 2
Fundamental (mechanical)
An overview of pre-requisites for the course
- Introduction to vehicle dynamics
- Bit of physics
- Vector algebra and 3D geometry
- FA 2.1
- Fundamentals of linear algebra
Automotive components
- Suspension system
- Steering system
- FA 2.2
- Power train
Loads
- Weight & weight distribution
- FA 2.3
- Load & load distribution
- Forces
- Linear forces
- Linear external forces
Vehicle dynamics
- Vehicle
- Introduction to quarter car model
- Kinematics of the model
- Longitudinal dynamics
- Lateral dynamics
- Unpredictable steering
- FA 2.4
Suspension system
- Suspension system components
- Independent suspension system
- Double wishbone
- Three link trailing arm
- Mc pherson strut
- FA 2.5
- Trailing arm & semi-trailing arm
Suspension geometry
- Pneumatic trail and mechanical trail
- Caster angle
- FA 2.6
- Kingpin inclination
- Roll center and roll rate
- Toe
- Camber angle
Fundamental (electrical)
Modelling & simulation (reference books)
- Modeling & simulation (reference books)
Miscellaneous
- Focus on aerodynamics
- Introduction – acceleration & braking
- How to read tyre
- Ferrari vehicle dynamics
- Torque vectoring control
- Quarter car model
- Motion variables
- Ford vehicle dynamics
- Vehicle dynamics control
Certification
- What’s next
- Stay in touch
- Tasks to get started
Scholarship Details
Learners who cannot afford the course fee can avail of a discount on their financial assistance up to 90% on DIYguru. For this, learners will first have to confirm their annual household income range and write three distinct essay responses of at least 1250 characters on their current financial situation and why do they need assistance, their plans for this course, what steps will they take to help them complete the course work and receive a certificate and finally about their learning or professional goals and how will a verified certificate in this course help them achieve these goals.
These documents have to be mailed to DIYguru after which candidates need to await a confirmation if approved, which usually takes 2-4 days.
How it helps
With most of the automobile companies switching to the eco-friendly and cleaner alternative of electric vehicles, motor vehicle companies and manufacturers are actively seeking professionals who are up-to-date with both basic engineering and recent trends in electric vehicle manufacturing. In a bid to offer aptly skilled and talented engineers to the industry, Electric Vehicle Certification Course has been devised by DIYguru.
Course participants pursuing this programme will gain an edge over their peers with advanced knowledge in analysis, design, calibration, control, and operating characteristics of modern and futuristic electric vehicles. Both students and professionals can indulge in this industry-ready certificate course to hone their skill-set for overall growth opportunities and careers. The learnings from this course bridge the current huge skill gap between academia and industry in relation to taking the entire automobile industry towards electric mobility.
It has been designed in a project-oriented and comprehensive manner with abundant learning resources for candidates to follow their passion for carving a niche in their own or expected job. DIYGuru is actively involved in reskilling, upskilling, and constant skilling to help recruiters foster the adoption of electric vehicles faster by providing skilled manpower. The course maintains quality for competing with the global automotive industry.
FAQs
Although the course provides learners with enough reading material, instructors may require students to perform further research by recommending some texts.
Candidates have the sole discretion to decide how they wish to participate in this course and such candidates may mail the support team before pursuing the course.
There is no pre-specified class timing. Learners may, however, log in at least 3-4 times in a week for one hour or more to derive the best.
Learners must be 13 years or older to pursue Electric Vehicle Certification Course.
They can sure do that, but DIYguru suggests pursuing just one course at a time for better focus.
No, there are no subtitles or transcripts available for this course. Hence, learners must have a good knowledge of spoken English.
Since there are a limited number of seats, learners can book a seat in advance and get back to the course later.
Is offered twice a month, that is, every 1st and 15th. So learners need to keep a check on the course link.
Learners seeking a full tuition refund must cancel their registration by sending an email to the support team by 5:00 pm (according to the learner's local time) 5 full business days prior to the course’s start date.
Though there is no technical requirement for this course as such, the course works best on all devices including desktops, laptops and smartphones with a strong internet connection.
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