Shakir Shah – From DIYguru’s
Introduction: Shakir Shah’s Journey from Nano 9M Program to Battery Engineer at Nexzu Mobility Shakir Shah,
Read post
6 Months Nanodegree Program
Nanodegree in EV Modelling & Simulation Engineering
For Electrical & Electronics Engineers
Master the electrical backbone of tomorrow’s mobility — from battery systems and control design to EV simulations and powertrain analysis using MATLAB, Simulink, ANSYS, and Proteus.
Trusted by over 120+ embedded companies worldwide
Program Highlights
Engineer the Electric Future — Power, Control & Simulate with Precision.
Build the skills that power the world’s electric vehicles — from energy systems and control design to simulation-driven engineering.
EV Design Labs: From Circuits to Powertrains
Work hands-on in DIYguru COE simulation labs where you’ll build and test converters, controllers, and full EV systems. Integrate MATLAB-Simulink, Proteus, and ANSYS Electrical to visualize how your circuits translate into real vehicle behavior.
Intelligent System Modeling & Drive-Cycle Optimization
Design and optimize complete EV models across different drive cycles using QSS and MATLAB toolboxes. Analyze energy flow, regenerative braking, and motor efficiency under real-time conditions to improve system performance.
Battery, Control & Thermal Co-Simulation Environment
Simulate BMS logic, motor control, and power electronics under electrical and thermal loads. Experience how temperature, current, and controller design affect battery safety and overall vehicle range.
Adaptive Learning Framework for Engineers
Move from EV fundamentals to advanced simulations through a layered, guided approach. Each module builds upon the previous one, helping electrical and electronics engineers develop complete EV design proficiency without prior automotive experience.
Continuous mentor and technical support
Gain continuous technical mentorship from experts who’ve designed real EV systems. Join live project clinics, simulation reviews, and tool-based troubleshooting sessions to ensure your learning stays industry-aligned.
Embedded KITS
Embedded DIY Kits delivered.
To ensure that the firmware development learning goes alongwith the live classes, we deliver the kit at your doorstep.
Software Tools
A Complete Electrical Engineering Pathway into the EV Industry
This Advanced Nanodegree bridges the gap between electrical fundamentals and cutting-edge EV technologies. You’ll design circuits, model complete EV systems, and perform real-time simulations to analyze performance, efficiency, and control. Using industry-standard tools like MATLAB-Simulink, ANSYS Workbench (Electrical), and Proteus, you’ll gain the confidence to innovate in battery systems, converters, and EV control architectures.
Proteus
Circuit Simulation & PCB Design
Simulate embedded circuits and test firmware using Proteus before hardware implementation. Ideal for debugging EV control boards and microcontroller-based modules.
MATLAB
Data Analysis & Control Design
Use MATLAB for algorithm development, control logic simulation, and battery modeling. Apply analytical tools to design efficient EV powertrain and BMS systems.
Simulink
Model-Based Design (MBD)
Design, simulate, and validate EV control algorithms with Simulink, connecting block-level models to real-time embedded systems for testing and deployment.
QSS Toolbox
System Simulation Tools
Perform Quantized State System (QSS)-based simulations to analyze EV system dynamics, improve computation efficiency, and model real-time behavior under load.
Learn interactively as they break down every detail, making complex Embedded concepts easy to understand and apply.
Experience deep, immersive learning with DIYguru's expert instructors, who bring physical components from our state-of-the-art KITs from Labs directly to your screen.
Curriculum
Syllabus shaped by 120+ Companies
Our DIY curriculum is designed to help embedded companies solve today’s biggest challenges.
Electric Vehicle Essentials – Part 1: Industry Ecosystem & Battery Technology
Gain a complete understanding of EV fundamentals — ecosystem, architecture, and component integration. Learn about vehicle electrification, charging infrastructure, battery systems, and global EV policies driving e-mobility.
Electric Vehicle Essentials – Part 2: Motors, Electrification & Charging Systems
Master numerical calculations, hybrid system design, and heavy-vehicle electrification. Understand EV safety, powertrain sizing, and high-voltage regulatory standards shaping advanced EV manufacturing.
MATLAB-SIMULINK Certification Course for EV Design
Learn to model, simulate, and analyze EV systems using MATLAB and Simulink. Gain practical skills in QSS and Advisor toolboxes for performance prediction and drive-cycle-based optimization.
Certification Course in Electronics & Circuit Design for EV Applications
Understand power electronics, semiconductor devices, and control circuits crucial to EV systems. Design and simulate circuits using Proteus and Arduino for motor control and charging converters.
Electric Vehicle Design and Simulations with Advanced MATLAB, SIMULINK & QSS
Model advanced EV architectures with MATLAB, Simulink, and QSS. Conduct BMS modeling, energy analysis, and fault simulations for real-world performance testing.
Advanced Control Systems for EV: MATLAB for Design & Implementation
Learn the advanced techniques of electric vehicle (EV) design and simulation, with a focus on control systems and regulator design using MATLAB.
Understand compensator design, regulator analysis, and model practical systems like DC motors, inverted pendulums, and buck/boost converters.
Motor Technology and Motor Drive Systems
Explore motor types, control techniques, and power electronics for EV drives. Learn inverter-fed control, torque-speed optimization, and modeling of BLDC, PMSM, and induction motors.
Advanced Powertrain Development for Electric Vehicles
Learn the practical aspects of electric vehicle powertrain systems. Understand powertrain configurations, modeling, and simulation, while working with tools like SOLIDWORKS and ANSYS & covering key components such as battery management and thermal systems
Advanced Charging Technologies for EV Systems
Understand EV charging standards, connectors, and V2G systems. Simulate onboard and grid-integrated charging models with MATLAB-Simulink.
ANSYS Engineering for EV: From Fundamentals to Static Structural Analysis
Perform FEA and structural simulations in ANSYS Workbench. Learn meshing, boundary setup, and static structural analysis relevant to EV chassis and battery systems.
English Communication for Engineers
To help engineering students and professionals improve their spoken English, technical communication, and presentation confidence for interviews, meetings, and workplace interactions.
Placement Readiness & Career Preparation
To prepare students for technical and HR interviews, resume building, online assessments, and professional workplace readiness — specifically for roles in EV, Embedded Systems, and Engineering domains.
Learning Track
Program Outcomes
Simulate, test, and optimize automotive software
By the end of the ADAS & AUTOSAR Advanced Automotive Software Nanodegree, you will be able to:
Design and implement AUTOSAR-compliant software architectures
configure, develop, and integrate software components (SWCs), RTE, and BSW modules using industry tools like DaVinci Configurator and EB Tresos.
Develop and validate ADAS algorithms
design lane detection, object tracking, and path prediction systems using MATLAB & Simulink, integrating real-world sensor data (camera, radar, LiDAR, ultrasonic).
Simulate, test, and optimize automotive software
apply model-based design (MBD) workflows, run Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) tests, and analyze performance in MATLAB’s Automated Driving Toolbox.
Understand and apply Software-Defined Vehicle (SDV) principles
interpret system complexity, communication protocols (CAN, LIN, Ethernet), and ECU-level integration to build scalable, modular automotive software systems.
Deliver industry-ready projects and documentation
complete a capstone project on AUTOSAR architecture design and an ADAS simulation project, demonstrating practical readiness for roles at OEMs, Tier-1 suppliers, and tool vendors.
Gain an industry-recognized certification and career advantage
validate your expertise in automotive software engineering and enhance your career prospects with practical, project-based credentials recognized by leading OEMs and Tier-1 suppliers.
Key Hardware SKILLS DELIVERED
Learn by building — every simulation, every circuit, and every analysis brings you one step closer to becoming an EV systems engineer.
Program Benifits
Empower your Electrical & Electronics Engineering career with future-ready skills in Electric Vehicle
Gain hands-on experience with industry-standard tools, real-world projects, and certifications that open doors to global roles in next-generation mobility engineering.
- Strong Foundation: Learn EV basics and essential technologies.
- Hands-On Experience: Gain practical skills with industry-standard tools.
- Job-Ready Skills: Acquire the competencies needed for immediate employability.
- Sustainability Focus: Be part of the green and innovative EV industry.
- Career Kickstart: Begin a promising career in the high-demand EV sector.
- Skill Enhancement: Upgrade expertise to stay competitive in the EV industry.
- Tool Mastery: Gain hands-on experience with MATLAB, ANSYS, and design software.
- EV Integration: Learn to integrate systems for real-world EV challenges.
- Career Growth: Open doors to higher roles in a growing industry.
- Industry Alignment: Stay updated with the latest EV technologies and standards.
- EV Systems Expertise: Comprehensive understanding of electric vehicle components and technologies.
- Battery Management: Skills in optimizing battery health, energy density, and charging cycles.
- Powertrain Design: Proficiency in developing and optimizing EV powertrains for performance.
- MATLAB/Simulink Modeling: Expertise in simulating EV components and systems using MATLAB and Simulink.
- ANSYS for Analysis: Ability to conduct structural and thermal analysis of EV systems using ANSYS.
- Charging Infrastructure: Knowledge of EV charging standards, infrastructure, and fast- charging solutions.
- Power Electronics: Skills in designing and optimizing inverters, converters, and power management systems.
- Thermal Management: Understanding cooling systems and heat dissipation for efficient EV operation.
- ICE to EV Transition: Expertise in transitioning internal combustion engine vehicles to electric.
- EV Innovation: Ability to lead and contribute to advancements in sustainable EV technologies.
Expert Team
Mentors & Industry Experts behind this Program
Our philosophy is simple — you get to have a team of diverse, passionate people who are willing to change the future of education in mobility industry and empowers you to do your best work.
Arindam Lahiri
CEO of the Automotive Skills Development Council (ASDC)
Dr. Bijaya Ketan Panigrahi
Professor, Department of Electrical Engineering, Founder Head, Centre for Automotive Research and Tribology (CART), IIT Delhi
Ramesh BS
Head of Academic Initiatives at Altair | Driving Academic Success | Member ASME steering committee – MEED | OC Member – SAE TIFAN, SAE Baja | Internal Quality Assurance cell (IQAC)
Dr. Harpal Theti
Executive Dean- Corporate Relations & Campus Placements across 30+ Schools & 200+ Courses
Dr Sugumaran Permul
CEO – JV Skills, DIYguru – Malaysia
Anil Chhikara
CEO – Bluebolt Electric | Chairman, Startup India Foundation
Abhishek Dwivedi
Co-Founder EVeez
Buddha Chandrasekhar
Chief Coordinating Officer at AICTE, Ministry of Education, India
Jawaad Khan
CEO & Founder – Tadpole Projects
Rahul Soni
Project Incharge – EVI Technologies
Chinmaya Chetan Biswal
BeepKart-2W | Spinny- 4W | Shuttl – EVs in Employee Logistics | MDI | TML
Ankit Khatri
EIR – DIYguru | R&D Testing & validation Engineer at CREATARA | Ex- ICATCertifications
Certifications by Govt., Academia & Industry
DIYguru certifications validate hands-on competence in Electric Vehicle technology and digital engineering. Each program blends project-based learning with industry standards, ensuring graduates demonstrate real-world skills aligned with OEMs and Tier-1 suppliers.
Recognized by India’s Automotive Sector Skill Council
DIYguru is recognized under ASDC, India’s sector skill council for the automotive industry, ensuring every certified learner meets national skill standards. The certification signifies employability in EV design, diagnostics, and service roles aligned with India’s automotive skilling framework.
Approved under the AICTE NEAT 3.0 Initiative
DIYguru programs are listed on AICTE’s National Educational Alliance for Technology (NEAT 3.0), a Government of India initiative that recognizes quality ed-tech platforms driving employability in emerging technologies.
Co-Certified by EICT - IIT Guwahati for Academic Excellence
DIYguru’s flagship Postgraduate Certification in Electric Vehicle Technology is co-certified by EICT - IIT Guwahati, ensuring every module meets the academic rigor and innovation standards of one of India’s premier engineering institutions.
Industry Certification by iGETiT - Tata Technologies
DIYguru’s EV programs are officially reviewed and certified by Tata Technologies, a global leader in product engineering and digital transformation for OEMs and Tier-1 suppliers.
Eligibility Criteria
The DIYguru Post Graduate Program in Electric Vehicle Technology is designed for learners who want to transform their technical foundation into a career in E-Mobility, EV Design, and Advanced Automotive Engineering.
Engineering graduates (B.E / B.Tech / M.E / M.Tech)
From disciplines such as: Electrical Engineering Electronics & Communication Mechanical / Automobile Engineering Mechatronics / Instrumentation / Power ElectronicsWorking Professionals (I)
Professionals currently employed in automotive, energy, manufacturing, or R&D sectors who wish to transition into the EV domain.Working Professionals (II)
Suitable for engineers working in design, testing, software, embedded systems, or maintenance roles seeking specialization in electric mobility.Science graduates (B.Sc / M.Sc)
With strong technical background and interest in EV systems.Diploma holders
(with relevant experience) may also apply under lateral entry.Final-Year Students
Final-year engineering or M.Sc students can enroll provisionally and receive certification post degree completion.International Applicants
Open to international learners holding equivalent qualifications in engineering or applied sciences (with English proficiency).Admission Process
Journey
Your career guaranteed by
emobility.careers
emobility.careers is DIYguru’s exclusive placement engine — connecting Nanodegree Program students with top recruiters in the EV and e-mobility ecosystem, ensuring every learner moves from classroom to career with confidence.
Know where you stand before you apply
Get a skill-readiness score based on your course performance, projects, and industry assessments. This helps you understand your strengths and bridge gaps before you face interviews.
Turn your learning into a hiring advantage
Your DIYguru projects, certifications, and test scores are automatically integrated into a verified digital profile. Employers can see your technical depth and practical work at a glance.
Manage every opportunity in one place
Track your applications with EV companies, schedule interviews, and receive updates — all within a single dashboard. No lost emails, no missed chances.
Trusted by employers, designed for you
Every student profile is pre-validated and recommended only to matched roles, ensuring companies hire confidently and you stand out from the crowd.
emobility.careers is trusted and used by over 110+ future mobility companies
Career Opportunities
Preparing you for 300k+ global specialist talent pool of electrical & electronics engineers in EV design/simulation by 2030.
By completing industry-oriented projects — AUTOSAR-compliant architecture development and ADAS lane-departure warning simulation — participants graduate job-ready for roles in OEMs, Tier-1 suppliers, and automotive software R&D.
- EV Design & Prototyping
- Battery Management Systems (BMS) Development
- Powertrain Engineering for Electric Vehicles.
- MATLAB/Simulink Modeling & Simulation for EVs
- Thermal Engineering for Electric Vehicles
- Power Electronics Design & Development
- Structural Analysis Using CAE Tools
- Electric Vehicle Research & Development (R&D)
-
EV Design Engineer: Creating and developing electric vehicle design concepts.
-
Battery Management System Specialist: Designing and managing efficient battery management systems.
-
Powertrain Engineer: Enhancing electric vehicle powertrain design and performance.
-
Power Electronics Engineer: Developing reliable power electronics for EV systems.
-
MATLAB-Simulink Simulation Engineer: Modeling and simulating EV systems using MATLAB and Simulink.
-
Thermal & Structural Analyst: Performing thermal and structural evaluations of EV components.
-
R&D Engineer (EV Technologies): Researching and innovating in electric vehicle technologies.
- EV Architecture Design: Expertise in designing vehicle layouts and powertrain systems.
- MATLAB/Simulink Proficiency: Skills in simulation and system modeling.
- Circuit and PCB Design: Expertise in designing circuits using Proteus and KiCad.
- Global Standards Compliance: Understanding international EV and powertrain standards.
- Thermal Analysis: Skills in optimizing heat dissipation and cooling systems.
- Power Electronics Development: Knowledge of inverter and converter design.
- Structural Analysis using ANSYS: Skilled in performing structural integrity and durability analysis of EV components.
- Simulation and Modeling: Proficiency in system and component simulation for EVs.
- Logic Circuitry: Understanding Boolean algebra and logic gates for circuit design.
- EV Modernization: Skills to transition ICE systems to EV frameworks.
.
- Tata Motors
- Mahindra Electric Mobility Limited
- Hero Electric
- Ather Energy
- Ola Electric
- TVS Motor Company
- Bajaj Auto
- MG Motor India
- Hyundai Motor India
- Ashok Leyland
- JBM Auto
- Kinetic Green Energy & Power Solutions
What recruiters are saying
"DIYguru trained our teams at Bosch in 2019, right at the start of EV adoption in India, delivering far above our expectations. Since then, they have remained a trusted partner, supporting our employees with both LMS access and in-person training across EV domains."
Shashi Kumar R
Lead – Technical Competence Development, L & D Digitalization
"DIYguru graduates come with a hands-on understanding of EV systems — not just theoretical knowledge. They’re able to contribute from day one to our battery testing and pack assembly operations."
Sandeep Nair
Recruitment Lead
“We’ve been consistently impressed by DIYguru-trained engineers. Their grasp on battery design, EV service, repair and diagnostics helps us accelerate product deployment and reduce production time.”
Anjali Mehra
Head of Talent Acquisition
“What stands out is DIYguru’s focus on simulation and hardware validation. The engineers we’ve hired adapt quickly to startup environments — confident with MATLAB, ANSYS, and embedded toolchains.” Rajat Kapoor
Rajat Kapoor
HR Business Partner (Engineering)
“The EV industry needs engineers who can think both technically and systemically — DIYguru graduates bring that balance. Their familiarity with powertrain integration and BMS testing has been a real asset.”
Priya Deshmukh
Learning & Development Manager
“DIYguru’s placement ecosystem delivers candidates who understand the complete EV lifecycle — from design and validation to service diagnostics. That readiness is what the industry truly needs right now.”
Kavita Sharma
HR Operations & Employee Relations Manager
“The engineers we’ve recruited from DIYguru demonstrate excellent command over EV design tools, motor controllers, and safety protocols. Their practical exposure sets them apart from regular graduates.”
Vikram Singh
Head HR
Learners Transformation
Success Stories
Success Story: Aman Das –
Introduction: Aman’s Journey from Quality Executive to Quality Advisor in the EV Industry Aman Das’s transition
Read post
Nitin Agarwal’s Journey from Mechanical
Background Nitin Agarwal, a Mechanical Design Engineer from Najibabad, Uttar Pradesh, has always been passionate about
Read post
Arti Soni’s Journey from Electrical
Background Arti Soni, an Electrical and Electronics Engineer from Pune, India, always had a passion for
Read post"At Infineon, my focus is on advancing power electronics for electric mobility. The training I undertook at DIYguru deepened my understanding of system-level applications and gave me frameworks I could directly connect to our innovation work."
Souvik Hazra
Senior Manager at Infineon Technologies
Senior Manager at Infineon Technologies
"The EV program at DIYguru strengthened my knowledge of control systems and their application in electric powertrains. It has been directly beneficial to my role at Cummins in advancing EV solutions."
Sharad Yeola
Application Controls Lead Cummins Inc.
Application Controls Lead Cummins Inc.
"The EV Controls modules at DIYguru gave me clarity on inverter–motor interaction, torque control, and drive cycle efficiency. The structured projects mirrored real automotive use cases, which I could directly relate to my work at General Motors."
Mokarram Iqbal
Propulsion Controls at General Motors
Propulsion Controls at General Motors
"DIYguru’s EV program provided me with a clear understanding of emerging technologies and industry trends. It has been instrumental in shaping my research and strategy work at Suzuki in the electric mobility space."
Mrinal Kumar
Strategy Consultant & Research at Suzuki Motor Corporation
Strategy Consultant & Research at Suzuki Motor Corporation
"In my work on EV battery management systems at Mercedes-Benz, I needed both depth in cell balancing strategies and clarity on integration concepts. The training at DIYguru addressed these areas with precision, adding real value to my R&D responsibilities."
Jagatjit Barik
Senior Research & Development Engineer- BMS (xEV) at Mercedes-Benz
Senior Research & Development Engineer- BMS (xEV) at Mercedes-Benz
"Working on electrified platforms in construction and forestry equipment demands clarity on high-voltage safety, diagnostics, and drivetrain integration. The training at DIYguru helped me bridge the gap between conventional machinery and emerging EV systems, aligning directly with John Deere’s move into hybrid and electric solutions."
Washid Ali
Technical Information Specialist - Construction and Forestry Division- John Deere India Private Limited
Technical Information Specialist - Construction and Forestry Division- John Deere India Private Limited
"Working on EV integration projects at Hydro One required a solid understanding of charging infrastructure, grid load balancing, and V2G systems. The training I took from DIYguru bridged these areas with practical case studies, making it easier to translate concepts into real project execution."
Hashir Sher
Project Manager at Hydro One
Project Manager at Hydro One
"The EV Powertrain Integration Program at DIYguru provided me with deep insights into system-level design and practical integration. It has been highly valuable for my work in new product development at Exide"
Yash Anjne
Sr. Engineer - NPD at Exide Energy Solutions Ltd.
Sr. Engineer - NPD at Exide Energy Solutions Ltd.
"The Solar Integrated EV program at DIYguru gave me a strong foundation in combining renewable energy with electric mobility. The concepts and practical insights have been directly useful in my engineering role at L&T Defence."
Raghavendra Mogaveera
Electrical Engineer at L&T Defence
Electrical Engineer at L&T Defence
Learners Transformation
Don't just take our words for it!
Case Study
Case Studies: Why Organizations Trust in DIYguru.
HL Mando BMS (Battery Management
DIYguru partnered with HL Mando to deliver a comprehensive Battery Management Systems (BMS) training program, aimed
Read case study
Upskilling Hyundai Motor India Team
The training spanned a total of three months, combining online and offline sessions. Each module included
Read case study
DIYguru and L&T Edutech Collaboration
DIYguru, in collaboration with L&T Edutech, has established E-Mobility Centers of Excellence in educational institutions across
Read case study
Developing Indigenous EV Training Workbenches
In a groundbreaking initiative, DIYguru and Tadpole Projects, incubated at IIT Delhi, developed three innovative training
Read case study
Developing Indigenous EV Charging Kit
DIYguru, in collaboration with EVI Technologies and under the mentorship of Dr. B.K. Panigrahi from IIT
Read case study
Upskilling Sonalika Tractors – (ITL)
This comprehensive program covered key modules including EV basics, battery technology, electric motors, power electronics, vehicle
Read case study
Upskilling ITI Students in Electric
The program targeted ITI students, particularly those in urban areas and Bangalore. The initiative aimed to
Read case study
Empowering Internshala Students in Electric
The program catered to a diverse group of students from various engineering disciplines, enrolled through Internshala's
Read case study
Enhancing L&T’s Hydrogen Fuel Cell
Objectives: To provide comprehensive knowledge of hydrogen fuel cell technology. To equip participants with practical skills
Read case study
TCS Engineers Trained in Electric
The EV training program provided by DIYguru and TCS is a comprehensive program that covers all
Read case study
Indian Army Veterans EV Training
Objectives: Equip veterans with the necessary skills for a successful transition into the EV industry. Provide
Read case study
DIYguru upskilled Mechanical Team of
The training program conducted by DIYguru enabled the engineers at Padmini VNA to gain in-depth knowledge
Read case study
Training Honda Car India Team
The hands-on workshops were held at Honda Car India's premises, ensuring that the participants could apply
Read case study
Training Eaton Team in Hydrogen
The training program was meticulously designed to cover various aspects of Fuel Cell Technology, ensuring a
Read case study
Training Greaves Cotton – Ampere
This collaboration between DIYguru and Greaves Cotton - Ampere Electric exemplifies DIYguru's dedication to providing industry-specific
Read case study
Upskilling Daimler Truck Innovation Center
This training initiative between DIYguru and DTICI has significantly enhanced the technical capabilities of DTICI’s team,
Read case studyWhy DIYguru EV Programs Stand Out
A modern, feature-rich learning path — benchmarked against generic e-learning providers.
Partner-verified curriculum
ASDC • NEAT • IIT • TATA
eMobility.careers placement support
Multi-location EV labs
| Feature / USP | DIYguru | Other Platforms |
|---|---|---|
|
Industry-aligned curriculum Partner-backed Designed with real EV workforce upskilling at Hyundai, Bosch, L&T, Daimler, Sonalika, John Deere & Eaton. (See Case Studies section) |
Verified with partners | Varies; often generic |
| Hands-on labs & workshops with 3 Weeks access to 4-Wheeler Hardware & Diagnostic Labs (ev.care) Access available in Delhi • Pune • Malaysia • Saudi Arabia • Germany. |
Real hardware rigs | Limited simulators |
|
Placement engine & employer network with access to eMobility.careers dedicated job portal Portfolio, interview prep, role mapping, referrals with exclusive, EV-focused listings with role-skill mapping and recruiter access. |
EV-specific portal | Generic boards |
|
Option to choose from Government & industry certification pathways ASDC (Govt. of India) • NEAT AICTE (Ministry of Education) • IIT (Jammu/Guwahati) • TATA Technologies. |
Multiple pathways | Limited/none |
| Hybrid learning (Live + Self-paced + Hands on + Mentor hours from IITs & TATA Technologies) | Structured pathway | Video-only often |
| Certification tracks (M.Tech. > PG > Nano > Micro-credentials) | Multiple levels | Single level |
| Employer-ready portfolio, english communication classes & viva prep Templates, rubrics, code review, mock interviews day. |
Included | Occasional |
|
Embedded kit delivery to your doorstep with Capstone on real EV datasets 20+ guided experiments on batteries, chargers, sensing, and control. |
20+ experiments included | Limited kits |
| Corporate collaboration & real tools exposure through Mentor feedback loops & doubt clearing session with instant support through whatsapp groups | one to one | Community only |
| Support for working professionals (weekend cohorts, bridge modules)with outcome mapping: role-based skill tracks (BMS, Motor, EVSE, Thermal, Data) | Structured | Irregular |
| Ethics, safety & compliance embedded (ISO 26262, HV safety, AIS/BIS awareness) | Integrated | Minimal |
| Transparent skill diagnostics & KPIs with outcomes (projects → roles → salaries) | Mapped | Rare |
Note: “Other Platforms” is a generalized comparison. Actual availability may differ per provider.
Frequently Asked Questions - FAQs
-
What is the DIYguru Embedded Systems Nanodegree Program?
The DIYguru Embedded Systems Nanodegree is a specialized 6-month industry-driven program designed to provide hands-on experience in microcontrollers, firmware development, embedded C programming, communication protocols (CAN, I2C, SPI), and real-world project integration for automotive and EV applications.
-
Who is eligible to apply for this Nanodegree?
The program is open to engineering students, graduates, and professionals from Electronics, Electrical, Instrumentation, or Computer Science backgrounds who wish to upskill in embedded system design and applications in the EV sector.
-
What certification will I receive after completing the program?
Upon completion, you’ll receive a DIYguru Nanodegree Certificate co-branded with industry partners like Tata Technologies & IITs depending on the addon certification, validating your practical skills and readiness for embedded system and EV roles.
-
What is the duration and structure of the Embedded Systems Nanodegree?
The course runs for 6 months and follows a structured learning path with live instructor-led sessions, self-paced video modules, weekly quizzes, and capstone projects focusing on STM32 microcontrollers and automotive-grade applications.
-
What topics and tools are covered in this program?
You’ll learn: Embedded C programming following MISRA standards ARM Cortex-M architecture Communication interfaces: CAN, SPI, I2C, UART RTOS basics and task scheduling STM32 development & debugging Integration with sensors and actuators Battery Management System (BMS) interface fundamentals
-
Is there a hands-on or lab component in this Nanodegree?
Yes. Every module includes hardware-based labs and simulations using STM32 boards and diagnostic tools. Learners also complete a capstone project integrating sensors and communication protocols into a real-world embedded application.
-
Does the program include placement or career support?
Absolutely. DIYguru provides placement assistance, career mentorship, and interview preparation. Students are also matched with hiring partners in the EV and embedded systems domains through DIYguru’s placement cell.
-
What are the career opportunities after completing the Embedded Nanodegree?
Graduates can pursue roles such as: Embedded Systems Engineer Firmware Developer Automotive Embedded Engineer EV Systems Integrator IoT Hardware Engineer You’ll be job-ready for positions in automotive, robotics, and IoT industries.
-
Can working professionals enroll part-time?
Yes. The Nanodegree is designed for flexibility with weekend live classes and self-paced recordings, making it ideal for working professionals looking to transition or upskill in embedded systems and automotive electronics.
Still have questions?
Can’t find the answer you’re looking for?
Please chat to our friendly team.
