Recordings on DIYguru LIVE instructor led sessions.

Our Alumni’s works in

Programs Accredited by Govt. Bodies

DIYguru understands that in such a dynamic EV era, we cant rely only on static pre-recorded online courses

Therefore, DIYguru conducts regular LIVE classes, with a team of 7+ instructor experts to deliver EV training as per the current industrial trends.

Currently, DIYguru conducts 50+ hours of LIVE training every month!

The objectives of LIVE classes are:

  • To ensure direct interaction with the instructors and mentors.
  • To provide real-time updates on training flow as per industry requirements
  • To create an interconnected network of students and industrial experts
  • To regularly evaluate the student’s progress on a real-time basis
With each classroom session, DIYguru conducts separate LIVE doubt sessions, where students in the online batch can interact with the instructor directly and seek solutions to their queries based on the classroom lecture. Once every week, the doubt session is held as a LIVE session, and that recording will also be uploaded in this course structure. The doubt session timings shall be shared with students in their respective groups.

Course Curriculum

    • EV Master Guide Book 2 months
    • Linux Lecture Part 1: 2022:11:05 01:28:00
    • Linux Lecture: 2022:11:05 01:07:00
    • EV Market Understanding: 2022:11:06 01:47:00
    • ANSYS Lecture – Introduction: 2022:11:06 01:35:00
    • EV Market change: 2022:11:08 01:54:00
    • LINUX Lecture: 2022:11:12 01:07:00
    • ANSYS Lecture: 2022:11:13 01:56:00
    • EV Vehicle understanding: 2022:11:15 01:53:00
    • ANSYS Lecture: 2022:11:20 00:56:00
    • EV Testing & Homologation Lecture 1: 2022:11:26 02:05:00
    • EV Testing & Homologation Lecture II: 2022:11:27 01:55:00
    • EV Modelling using SOLIDWORKS: 2022:12:04 01:12:00
    • ANSYS Lecture: 2022:12:04 01:52:00
    • Testing & homologation Lecture III: 2022:12:06 01:39:00
    • ANSYS Lecture: 2022:12:11 01:09:00
    • EV Modelling using SOLIDWORKS: 2022:12:11 01:40:00
    • ANSYS Lecture: 2022:12:18 01:22:00
    • EV Automotive Lecture: 2022:12:18 01:57:00
    • EV Business and market Lecture: 2022: 02:07:00
    • ANSYS Lecture: 2022:12:25 01:37:00
    • EV Automotive Lecture: 2022:12:25 02:24:00
    • EV Business Lecture: 2022:12:25 01:40:00
    • ANSYS Lecture: 2022:12:31 01:37:00
    • EV Automotive Lecture: 01:01:2023 02:28:00
    • EV Modelling using SOLIDWORKS: 2022:12:31 01:10:00
    • EV Modelling using SOLIDWORKS: 2023:01:07 01:15:00
    • ANSYS Lecture: 2023:01:10 01:17:00
    • EV Electrical Lecture: 2023:01:11 01:13:00
    • EV Business: EV Motors and market analysis: 2023:01:12 01:48:00
    • ANSYS Lecture: 2023:01:15 01:30:00
    • EV Modelling using SOLIDWORKS: 2023:01:14 01:33:00
    • ANSYS Lecture: 2023:01:22 01:07:00
    • EV Modelling using SOLIDWORKS: 2023:01:21 01:07:00
    • EV Business Management: Design Procedure: 2023:01:22 01:23:00
    • EV Electrical Lecture: 2023:01:23 01:19:00
    • MATLAB Lecture: 2023:01:28 01:15:00
    • ANSYS Lecture: 2023:01:29 01:29:00
    • EV Business Management: battery market study: 2023:01:27 01:23:00
    • EV Research & development Lecture: 2023:01:29 00:56:00
    • EV Electrical Lecture: 2023:01:28 01:16:00
    • EV Electrical Session: 2023:02:03 01:04:00
    • ANSYS Lecture: 2023:02:05 00:33:00
    • SOLIDWORKS Lecture: 2023:02:08 00:59:00
    • ANSYS Lectures: 2023:02:12 01:41:00
    • ANSYS Lecture: 2023:02:19 01:08:00
    • EV Electrical Session: 2022:02:20 01:14:00
    • EV Electrical Session: 2023:02:13 01:11:00