Talk to Expert
Date: 2nd November 2025
Time: 8:00 PM IST
Speaker: Ashutosh Dehury / DIYguru (Embedded Systems & EV Specialist)
Host: DIYguru
Introduction
The DIYguru masterclass on “EV Jobs of Tomorrow – How EV Tech Meets Hiring Demand”, conducted on 2nd November 2025, shed light on the rapid transformation of the automotive industry and the emerging career opportunities in Electric Mobility.
Hosted by Ashraf (Growth & Strategy Lead at DIYguru) and led by Ashutosh Dehury, a domain expert in embedded systems and EV technology, the session focused on bridging the skill gap in the EV industry. Attendees explored how mechanical engineering careers are evolving to integrate advanced electronics, software, and power systems knowledge — essential for success in the EV revolution.
Session Overview
The session began with a warm welcome from Ashraf, who encouraged participants to stay engaged and announced that attendees would receive an e-certificate upon completion. After logistical details and an introduction to the speaker, the masterclass dove deep into the talent crisis and emerging EV roles.
Agenda Highlights
The EV Industry’s Skill Shift: From Mechanical to Electronics
Embedded Systems and Battery Management Systems (BMS)
Power Electronics and Control Systems in EVs
ADAS and Sensor Fusion for Smart Mobility
Career Roadmap & Upskilling with DIYguru
Placement Pathways and Growth Opportunities
The Talent Crisis in the EV Industry
Ashutosh Dehury highlighted a major “talent crisis” in the EV sector — a shortage of professionals skilled in embedded systems, power electronics, BMS, and ADAS. Traditional universities still emphasize internal combustion (IC) engine technologies, leaving graduates underprepared for EV-specific challenges.
The speaker noted that India faces a shortage of highly skilled BMS engineers and embedded developers, leading to high salary demand and growing opportunities for those with specialized knowledge.
Evolving Skill Requirements: From Mechanical to Software-Driven Systems
EV design requires a multidisciplinary approach combining mechanical, electrical, and programming expertise. The session emphasized that Embedded C/C++, MATLAB/Simulink, and hardware simulation tools are now core to automotive innovation.
Key technologies discussed included:
Battery Management Systems (BMS): Over 15 parameters monitored and controlled in real-time.
Power Electronics: Inverters, converters (buck/boost), and advanced materials like SiC and GaN.
Embedded Systems: 32-bit microcontrollers (e.g., STM32, Infineon TriCore) and communication protocols like CAN, Ethernet, and OBD.
ADAS (Advanced Driver Assistance Systems): Integration of LiDAR, radar, and camera-based control for safety and automation.
The EV Career Landscape: Growth, Salaries, and Opportunities
Ashraf discussed the booming e-mobility job market, citing a 35% annual increase in EV hardware roles and 25% growth in software-related positions.
Salary trends:
Entry-level engineers: ₹4–6 LPA
Mid-level professionals: ₹8–12 LPA
Specialists in BMS/ADAS: ₹14–25 LPA
With the EV market projected to reach $1.5 trillion by 2030, the session reinforced that continuous upskilling is key to long-term career success.
DIYguru’s Role in Upskilling Future Engineers
Ashraf introduced DIYguru’s comprehensive upskilling programs designed to make learners industry-ready. These include hands-on workshops, expert mentorship, and placement assistance through the E-Mobility Careers Platform.
Program Benefits:
Weekly live masterclasses and self-paced modules
Industry-grade tools: MATLAB, Vector, Simulink, AUTOSAR
Mock interviews, CV-building, and placement assistance
Access to the DIYguru Learning Management System (LMS)
DIYguru’s Postgraduate & Nano Degree Programs empower professionals from varied backgrounds — from mechanical and electrical to software and commerce — to transition into EV careers successfully.
Special Offers and Participant Engagement
Participants were offered:
A Free EV ECU Guidebook (worth ₹1,500)
Up to 15% discount on PG and Nano Degree programs for same-day registration
The masterclass concluded with an interactive Q&A session, addressing queries about switching careers to EV, job eligibility for non-technical learners, and placement assistance.
Career Upskilling Path with DIYguru
DIYguru’s structured path includes:
Skill assessment and goal alignment
Choosing a focused program (Battery Tech, Full Stack EV, etc.)
Learning through simulations and projects
Getting certified (IIT & MSME-backed programs)
Applying for top e-mobility roles via the DIYguru Career Platform
Closing Note – The Future of EV Careers
Ashraf and Ashutosh concluded by emphasizing that the future of mobility is electric, urging participants to embrace cross-domain learning in embedded systems, power electronics, and software development.
DIYguru remains committed to empowering engineers and professionals with the right tools, certifications, and mentorship to thrive in the evolving e-mobility ecosystem.
Explore the Full Program
EV Systems & ADAS Professional Certification – IIT Certified
Build expertise in battery systems, AUTOSAR, and embedded technologies for EV applications.
Book a Career Consultation
Book a Free Career Consultation with DIYguru Experts
Frequently Asked Questions (FAQs)
1. What was the focus of this masterclass?
The session addressed the growing demand for skilled EV professionals and how technology shifts are redefining automotive careers.
2. Which roles are in demand in the EV industry?
Roles in BMS development, power electronics, ADAS engineering, and embedded software are among the most sought-after.
3. What skills should learners develop?
Embedded C/C++, MATLAB/Simulink, AUTOSAR configuration, and communication protocol knowledge (CAN, OBD, Ethernet).
4. Is prior EV experience required?
No. DIYguru’s beginner-to-expert roadmap helps learners from diverse academic backgrounds build EV expertise.
5. How does DIYguru assist with placements?
DIYguru offers profile building, mock interviews, and direct job application support through its e-mobility career platform.