Skip to main content
emobility.academy
Sign up
Learning Paths

Structured tracks. Fundamentals → Advanced.

11 curated learning paths · each takes you through 4–6 courses in order, from fundamentals to advanced.

  • ADAS & AUTOSAR

    4 courses · 33 hrs · 120-day track

    Automotive software: embedded C and model-based design, then driver-assistance systems and the AUTOSAR software architecture.

    • 1.Embedded Systems Certification Course: Embedded C, 8051, Arduino & Simulation
    • 2.Certification Course in MATLAB-SIMULINK, QSS & Advisor Toolbox for EV Design
    • 3.Certification Course in Advanced Driver Assistance Systems (ADAS) for EVs
    • + 1 more
    PathView path

  • Battery & BMS Engineering

    6 courses · 64 hrs · 120-day track

    From cell basics and the battery management system to pack design, BMS protection, and modelling, simulation and thermal analysis of packs.

    • 1.BMS Course
    • 2.Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology
    • 3.Certification Course in EV Battery Pack Design & BMS Protection Modeling
    • + 3 more
    PathView path

  • CAD / CAE Engineering

    4 courses · 14 hrs · 120-day track

    3D modelling and drafting in CATIA and SOLIDWORKS, then structural and advanced FEA in ANSYS for EV components.

    • 1.Certification Course in CATIA V5 – 3D Modeling & Drafting
    • 2.Certification Course in 2W & 4W EV Design & Modeling with SOLIDWORKS
    • 3.Certification Course in ANSYS: From Fundamentals to Structural Analysis
    • + 1 more
    PathView path

  • Charging, Hydrogen & Energy Systems

    5 courses · 45 hrs · 90-day track

    EV charging from standards to advanced charger technology, plus hydrogen fuel cells and solar power plants that feed the grid.

    • 1.Electric Vehicle Essentials 2: Motors, Electrification and Charging Systems
    • 2.EV Engineering Mastercourse Part 2 : Powertrain, BMS, Charging & System Standards
    • 3.Certification Course in Advanced EV Charging Technology
    • + 2 more
    PathView path

  • Electric Vehicle Technology

    6 courses · 56 hrs · 90-day track

    Start here. How an EV works end to end — the industry, batteries, motors, charging and system standards — then the numerical analysis behind EVs, HEVs and heavy vehicles.

    • 1.EV Engineering Mastercourse Part I: EV Fundamentals & Core Components
    • 2.Electric Vehicle Fundamentals Certification Program
    • 3.Electric Vehicle Essentials 1: Industry Ecosystem & Battery Technology
    • + 3 more
    PathView path

  • Embedded Systems & Electronics

    4 courses · 50 hrs · 120-day track

    Circuits first, then embedded C on 8051 and Arduino, STM32 / ARM Cortex-M firmware, and the communication protocols EV ECUs use.

    • 1.Certification Course in Electronics & Circuit Design for EV Applications
    • 2.Embedded Systems Certification Course: Embedded C, 8051, Arduino & Simulation
    • 3.Certification Course in Embedded Systems Design with STM32 & ARM Cortex-M
    • + 1 more
    PathView path

  • EV Modelling & Simulation

    5 courses · 41 hrs · 120-day track

    For electrical and electronics engineers: model a vehicle in MATLAB-Simulink, QSS and ADVISOR, simulate the EV, design its controls, and run numerical analysis.

    • 1.Certification Course in MATLAB-SIMULINK, QSS & Advisor Toolbox for EV Design
    • 2.Advanced Certification Course in EV Design & Simulation using MATLAB
    • 3.Basic Control Systems for EV: MATLAB for Design & Implementation
    • + 2 more
    PathView path

  • EV Service & Technician

    4 courses · 13 hrs · 60-day track

    Hands-on route into EV service: core components, diagnosing and servicing e-scooters and e-bikes, a project-based internship, and running an EV service business.

    • 1.EV Engineering Mastercourse Part I: EV Fundamentals & Core Components
    • 2.Electric 2-Wheeler (E-Scooter/E-Bike) Diagnosis and Service Certification
    • 3.Electric Vehicle Fundamentals & Project-Based Internship Certification Program
    • + 1 more
    PathView path

  • Motor Drives & Control Systems

    5 courses · 21 hrs · 90-day track

    Electric motors and drives for EVs, and the control systems that run them — designed and tested in MATLAB.

    • 1.Electric Vehicle Essentials 2: Motors, Electrification and Charging Systems
    • 2.Certification Course in Motor & Drive System for EVs: Design & Optimization
    • 3.Basic Control Systems for EV: MATLAB for Design & Implementation
    • + 2 more
    PathView path

  • Powertrain & Drivetrain

    5 courses · 53 hrs · 120-day track

    Motors, power electronics and drives, then simulating and developing a complete EV powertrain.

    • 1.Electric Vehicle Essentials 2: Motors, Electrification and Charging Systems
    • 2.Certification Course in Electronics & Circuit Design for EV Applications
    • 3.Certification Course in Motor & Drive System for EVs: Design & Optimization
    • + 2 more
    PathView path

  • Vehicle Design & Dynamics

    5 courses · 47 hrs · 120-day track

    For mechanical and automotive engineers: sketch and surface a vehicle, model a 2-wheeler in SOLIDWORKS, then learn how vehicles ride, steer and handle.

    • 1.Certification Course in Automotive Sketching and Drawing
    • 2.Autodesk Alias Certification Program
    • 3.Certification Course in 2W EV Design & Modeling with SOLIDWORKS
    • + 2 more
    PathView path