Learn Automotive Software, EV Systems & Diagnostics Through Industry Training
Practical courses, tutorials, quizzes and projects designed for students and engineers building careers in automotive software and vehicle technology.
Why Join MAE Learning?
500+ MCQ Set
Automotive Embedded, AUTOSAR, MBD, ISO 26262 & MATLAB focused questions.
500+ MBD Interview Prep
Model-Based Development interview preparation content.
25+ Simulink Logic Projects
Hands-on MATLAB Simulink practical logic examples.
20+ MATLAB Scripts
Structured scripting examples for automotive use cases.
Diagnostic Simulator
Practical diagnostic workflow simulation training.
This Platform Is For
Student
Clear explanations of automotive systems, protocols, and design concepts.
Engineers
Practical insights into vehicle electronics, diagnostics and development.
Auto Enthusiasts
Understand how modern vehicles actually work under the hood.
Explore Courses
EV Courses
Battery Management Systems, EV Architecture, Charging Systems and Hybrid Powertrain concepts.
MBD Courses
Model-Based Development using MATLAB & Simulink with real automotive case studies.
UDS Course
Diagnostic communication, UDS protocol, DTC handling and practical workflow training.
About – My Automobile Engineering
My Automobile Engineering (MAE Learning) is a practical learning platform designed for students, engineers and automotive professionals who want to stay relevant in today’s rapidly evolving automotive industry.
We focus on Electric & Hybrid Vehicles, Automotive ECUs, BMS, ADAS, Embedded Systems, Vehicle Dynamics, Model-Based Development, UDS and AUTOSAR explained simply with real-world examples and case studies.
What You’ll Learn
Understand EV architecture, hybrid powertrains and system integration concepts.
Learn battery monitoring, SOC estimation and automotive diagnostic protocols.
Explore ECU architecture and embedded software fundamentals.
Develop systems using simulation-driven design techniques.
Learn vehicle behavior modelling and advanced driver assistance systems.
Understand modern automotive software architecture standards.
Why MAE Learning?
Concepts broken down in simple structured way.
Real automotive use cases and implementation guidance.
MATLAB, Simulink and embedded workflow demonstrations.
Stay aligned with evolving EV and ADAS technologies.
- Q&A Support
- Course Validity 2.6 Years
- On-Demand Videos
- Certificate of Completion
- Q&A Support
- Course Validity 2.6 Years
- On-Demand Videos
- Certificate of Completion
- Q&A Support
- Course Validity 6 Months
- On-Demand Videos
- Certificate of Completion
Ratings & Reviews by learners
Our learners have shared honest feedback about their learning experience with us.
Alex D
Course: Introduction to Automotive Embedded Systems MATLAB and Simulink
Very nice and for me totally new experience in automotive sector, recommendation for all future interested professional and students. This was top level practical-combined experiece, so thanks to organizers for making this friendly use course. 🙏👌👍
Ravi Raj
Course: Complete Automotive Model Based Development
Good course and interview content provided by MAE Learning.
Rushan Ahmed
Course: Complete Beginner Program in Automotive MBD and UDS
Great courses for professionals and freshers.
Vishnu Rachakonda
Course: Introduction to Model Based Development for Automotive
Content in course is great.
Shwetha
Course: Introduction to MATLAB Scripting for Automobile Engineering
For Beginner level it was well structured and informative.
Harshvardhan Uttam Aand
Course: Introduction to Model Based Development Using Simulink
Awesome course
Shubham Mishra
Course: Complete Automotive Model Based Development
Suvvada Veerababu
Course: Introduction to Model Based Development for Automotive
Shah Faisal
Course: Introduction to Model Based Development for Automotive
Rakesh Durthati
Course: Introduction To Battery Technology For Electric Vehicle
Samala Chandravadhan
Course: Introduction to Model Based Development Using Simulink
Charan S
Course: MATLAB Simulink and Scripting Foundations for Automotive MBD
Explore Latest Article
OBD2 DTC Converter & Lookup Tool: Diagnostic Trouble Codes Explained
Automotive Diagnostics OBD2 DTC Converter & Lookup Tool: Diagnostic Trouble Codes Explained Diagnostic Trouble Codes, or DTCs, are one of the first...
OBD2 PID Overview: Lookup, Converter, Table, CSV and DBC
Automotive Diagnostics OBD2 PID Overview: Lookup, Converter, Table, CSV and DBC Tools OBD2 Parameter IDs, or PIDs, provide standardized ways to request diagnostic...
CAN FD Calculator: Bit Timing, Frame Length and Bus Load
CAN FD Engineering Tool CAN FD Calculator: Bit Timing, Frame Length, Bus Load and Data Rate CAN FD calculations are useful when...
LIN Frame Structure, PID Calculator, Checksum and Error Handling
LIN Communication Protocol LIN Frame Structure, PID Calculator, Checksum Calculation and Error Handling LIN, or Local Interconnect Network, is a low-cost serial...
Bit Manipulation in Automotive Software: Embedded C, CAN and ECU
Automotive Embedded Software Bit Manipulation in Automotive Software Bit manipulation is a core technique in automotive embedded software. ECU software uses individual bits...
Embedded C Pointers in Automotive ECU Development: Practical Guide
Automotive Embedded C Embedded C Pointers in Automotive ECU Development Pointers are one of the most important features of C for automotive...
Endianness in Automotive Embedded Systems: Big-Endian vs Little-Endian
Automotive Embedded Systems Endianness in Automotive Embedded Systems Endianness defines how a multi-byte value is arranged across memory or a communication payload. In...
ECU Memory Mapping Explained: Flash, RAM, Linker and Memory Addresses
Automotive Embedded Systems ECU Memory Mapping Explained ECU memory mapping defines how a microcontroller's address space is organized for Flash, RAM, peripheral registers,...
