Electric Vehicle Control System
This master-level curriculum provides a comprehensive engineering pathway for electric vehicle control systems, connecting control theory, E/E architectures, embedded software, power electronics, battery management, vehicle control units, diagnostics, functional safety, and HIL validation. Students develop control strategies for EV and hybrid systems, including open- and closed-loop control, PID, MPC, motor control, FOC, field weakening, MTPA, regenerative braking, and charging control. The program integrates battery plant modeling, SoX estimation, cell monitoring, BMS safety controls, VCU coordination, AUTOSAR and model-based development, CAN/CAN FD and UDS diagnostics, and sensor/actuator instrumentation. By progressing from transduction and controller hardware to embedded implementation, fault management, and automated SIL/HIL verification, learners build the capability to engineer, calibrate, validate, and diagnose production-oriented EV control architectures.
Course Instructor:
Vikrant Vaidya
$229.00 $279.00 18% OFF
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Course Overview
The course covers automotive control, EV powertrain, battery systems, embedded software, diagnostics, and functional safety through progressive modules.
✓ Master automotive controller fundamentals, control theory, system dynamics, E/E architectures, sensors and actuators, and the transition from manual coding to Model-Based Design (MBD).
✓ Develop advanced EV and hybrid control strategies using open- and closed-loop architectures, PID, MPC, adaptive control, motor feedback loops, calibration mapping, and control-strategy trade-off analysis.
✓ Engineer battery and charging control systems through plant modeling, Coulomb counting, sensor compensation, transient voltage simulation, CCCV charging control, state switching, SoC estimation, cell balancing, and dynamic safety limits.
✓ Design EV powertrain and motor-control systems covering traction inverters, MOSFET/IGBT selection, PWM, FOC, field weakening, MTPA, DTC, regenerative braking, BLDC commutation, and position/sensorless feedback architectures.
✓ Develop VCU, ECU, and embedded automotive software architectures using state machines, multi-mode calibration, actuator coordination, AUTOSAR, embedded C/code generation, high-voltage sequencing, functional safety, and production-oriented validation.
✓ Integrate automotive sensing, networking, diagnostics, and functional-safety engineering through CAN/CAN FD, UDS, ISO-TP, ASIL analysis, fault containment, onboard monitoring, diagnostic calibration, FIU, SIL/HIL testing, and automated fault validation.
Skills You Will Gain
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Course Curriculum
4 Subjects
Course 01 - Advanced EV Control & Software Architectures
36 Exercises • 41 Learning Materials
Module 01: Control Systems Engineering and E/E Architectures
[Learning Session] Introduction to Automotive Controllers
Video
00:06:31
[Quick Knowledge Check] Introduction to Automotive Controllers
Exercise
[Learning Session] Control Theory & System Dynamics
Video
00:06:15
[Quick Knowledge Check] Control Theory & System Dynamics
Exercise
[Learning Session] Controller Hardware: Sensors and Actuators
Video
00:18:04
[Quick Knowledge Check] Controller Hardware: Sensors and Actuators
Exercise
[Learning Session] Software Architecture & Standardization
Video
00:11:17
[Quick Knowledge Check] Software Architecture & Standardization
Exercise
[Learning Session] Development Methodologies: Manual Coding vs. MBD
Video
00:11:46
[Quick Knowledge Check] Development Methodologies: Manual Coding vs. MBD
Exercise
[Learning Session] Future Trends: Centralization & Zonal Control
Video
00:06:18
[Quick Knowledge Check] Future Trends: Centralization & Zonal Control
Exercise
Summary - Control Systems Engineering and E/E Architectures
PDF
Feedback Form - Control Systems Engineering and E/E Architectures
feedback_form
Module End Exam - Control Systems Engineering and E/E Architectures
Exercise
Module 02: Advanced Dynamics, Modeling, and Power Electronics
[Learning Session] Advanced Control Strategies for Electric & Hybrid Systems
Video
00:03:08
[Quick Knowledge Check] Advanced Control Strategies for Electric & Hybrid Systems
Exercise
[Learning Session] Open-Loop Control Architectures & Calibration Mapping
Video
00:04:26
[Quick Knowledge Check] Open-Loop Control Architectures & Calibration Mapping
Exercise
[Learning Session] Closed-Loop Dynamics & PID Controller Tuning
Video
00:14:32
[Quick Knowledge Check] Closed-Loop Dynamics & PID Controller Tuning
Exercise
[Learning Session] Motor Control Logic & Electromechanical Feedback Loops
Video
00:02:35
[Quick Knowledge Check] Motor Control Logic & Electromechanical Feedback Loops
Exercise
[Learning Session] Model Predictive Control (MPC) & Virtual Sensing Systems
Video
00:05:03
[Quick Knowledge Check] Model Predictive Control (MPC) & Virtual Sensing Systems
Exercise
[Learning Session] Adaptive Learning Controllers & AI-Driven Diagnostics
Video
00:04:59
[Quick Knowledge Check] Adaptive Learning Controllers & AI-Driven Diagnostics
Exercise
[Learning Session] Control Strategy Selection & Trade-off Analysis
Video
00:06:47
[Quick Knowledge Check] Control Strategy Selection & Trade-off Analysis
Exercise
[Learning Session] XEV Electrical Architectures & Power Electronics
Video
00:15:10
[Quick Knowledge Check] XEV Electrical Architectures & Power Electronics
Exercise
[Learning Session] System Modeling & Controller Design Frameworks
Video
00:07:13
[Quick Knowledge Check] System Modeling & Controller Design Frameworks
Exercise
Summary - Advanced Dynamics, Modeling, and Power Electronics
PDF
Feedback Form - Advanced Dynamics, Modeling, and Power Electronics
feedback_form
Module End Exam - Advanced Dynamics, Modeling, and Power Electronics
Exercise
Module 03: Battery Systems & Charging Control
[Learning Session] Fundamentals of Plant Modeling & BMS Architectures
Video
00:14:13
[Quick Knowledge Check] Fundamentals of Plant Modeling & BMS Architectures
Exercise
[Learning Session] Mathematical Modeling of Coulomb Counting & Sensor Compensation
Video
00:11:37
[Quick Knowledge Check] Mathematical Modeling of Coulomb Counting & Sensor Compensation
Exercise
[Learning Session] Battery Plant Modeling & Transient Voltage Response Simulation
Video
00:16:19
[Quick Knowledge Check] Battery Plant Modeling & Transient Voltage Response Simulation
Exercise
[Learning Session] Charging Dynamics & Constant Current Constant Voltage (CCCV) Principles
Video
00:09:34
[Quick Knowledge Check] Charging Dynamics & Constant Current Constant Voltage (CCCV) Principles
Exercise
[Learning Session] Closed-Loop CCCV Controller Design, PID Modeling, and State-Switching Stability
Video
00:11:14
[Quick Knowledge Check] Closed-Loop CCCV Controller Design, PID Modeling, and State-Switching
Exercise
Summary - Battery Systems & Charging Control
PDF
Feedback Form - Battery Systems & Charging Control
feedback_form
Module End Exam - Battery Systems & Charging Control
Exercise
Module 04: Automotive Computing and Networking
[Learning Session] Silicon Foundations & Hardware-Software Co-Design in Automotive ECUs
Video
00:13:03
[Quick Knowledge Check] Silicon Foundations & Hardware-Software Co-Design in Automotive ECUs
Exercise
[Learning Session] Network Topologies & Distributed Electronic Control Unit Domains
Video
00:07:23
[Quick Knowledge Check] Network Topologies & Distributed Electronic Control Unit Domains
Exercise
[Learning Session] Input-Process-Output Pipelines & Multiplexed Protocol Architectures
Video
00:07:13
[Quick Knowledge Check] Input-Process-Output Pipelines & Multiplexed Protocol Architectures
Exercise
[Learning Session] Autonomous Perception Systems, Edge Computing, and Software-Defined Vehicle (SDV)
Video
00:15:10
[Quick Knowledge Check] Autonomous Perception Systems, Edge Computing, and Software-Defined Vehicle
Exercise
Summary - Automotive Computing and Networking
PDF
Feedback Form - Automotive Computing and Networking
feedback_form
Module End Exam - Automotive Computing and Networking
Exercise
Module 05: MBD, Code Gen, and AUTOSAR
[Learning Session] Model-Based Design (MBD), Embedded C Code Generation, and AUTOSAR Layered
Video
00:13:40
[Quick Knowledge Check] Model-Based Design, Embedded C Code Generation & AUTOSAR Architecture
Exercise
Summary - MBD, Code Gen, and AUTOSAR
PDF
Feedback Form - MBD, Code Gen, and AUTOSAR
feedback_form
Module End Exam - MBD, Code Gen, and AUTOSAR
Exercise
Module 06: Control Logic, Plant Modeling, and Firmware Verification
[Learning Session] Vehicle Intelligence & Controller Design Frameworks
Video
00:11:34
[Quick Knowledge Check] Vehicle Intelligence & Controller Design Frameworks
Exercise
[Learning Session] Embedded Firmware Development Lifecycles & Verification
Video
00:08:53
[Quick Knowledge Check] Embedded Firmware Development Lifecycles & Verification
Exercise
[Learning Session] Cross-Domain Plant Parameters & High-Voltage Topologies
Video
00:14:35
[Quick Knowledge Check] Cross-Domain Plant Parameters & High-Voltage Topologies
Exercise
[Learning Session] VCU Control Logic, Multi-Mode Calibration & Actuator Coordination
Video
00:11:47
[Quick Knowledge Check] VCU Control Logic, Multi-Mode Calibration & Actuator Coordination
Exercise
Summary - Control Logic, Plant Modeling, and Firmware Verification
PDF
Feedback Form - Control Logic, Plant Modeling, and Firmware Verification
feedback_form
Module End Exam - Control Logic, Plant Modeling, and Firmware Verification
Exercise
Course End Exam - Advanced EV Control & Software Architectures
Course End Exam - Advanced EV Control & Software Architectures
Exercise
Course 02 - Automotive E/E & Cyber-Physical Systems
28 Exercises • 33 Learning Materials
Module 01: Advanced Automotive Sensors & Driver Systems
[Learning Session] Transduction Fundamentals & Contact Thermal Instrumentation
Video
00:10:16
[Quick Knowledge Check] Transduction Fundamentals & Contact Thermal Instrumentation
Exercise
[Learning Session] Solid-State Thermistors, RTDs, and Isolated Voltage Sensing
Video
00:15:23
[Quick Knowledge Check] Solid-State Thermistors, RTDs, and Isolated Voltage Sensing
Exercise
[Learning Session] Solid-State Current Instrumentation & Kinematic Position Tracking
Video
00:16:35
[Quick Knowledge Check] Solid-State Current Instrumentation & Kinematic Position Tracking
Exercise
[Learning Session] Hall Effect Electrodynamics & Semiconductor Driver Stages
Video
00:07:16
[Quick Knowledge Check] Hall Effect Electrodynamics & Semiconductor Driver Stages
Exercise
Summary - Advanced Automotive Sensors & Driver Systems
PDF
Feedback Form - Advanced Automotive Sensors & Driver Systems
feedback_form
Module End Exam - Advanced Automotive Sensors & Driver Systems
Exercise
Module 02: Sensors, Actuators, and EV Subsystem Instrumentation
[Learning Session] Automotive Actuators and Electromechanical Control Systems
Video
00:10:18
[Quick Knowledge Check] Automotive Actuators and Electromechanical Control Systems
Exercise
[Learning Session] Variable Reluctance Speed Sensing & Foundations of Fluid Pressure Physics
Video
00:13:12
[Quick Knowledge Check] Variable Reluctance Speed Sensing & Foundations of Fluid Pressure Physics
Exercise
[Learning Session] Solid-State Sensing Technologies & Electric Vehicle Pressure Subsystems
Video
00:10:28
[Quick Knowledge Check] Solid-State Sensing Technologies & Electric Vehicle Pressure Subsystems
Exercise
Summary - Sensors, Actuators, and EV Subsystem Instrumentation
PDF
Feedback Form - Sensors, Actuators, and EV Subsystem Instrumentation
feedback_form
Module End Exam - Sensors, Actuators, and EV Subsystem Instrumentation
Exercise
Module 03: Advanced Vehicle Mechatronics, ISO 26262, and UDS Protocols
[Learning Session] Mechatronic Actuation & Vehicle Fluid/Power Regulation Systems
Video
00:16:18
[Quick Knowledge Check] Mechatronic Actuation & Vehicle Fluid/Power Regulation Systems
Exercise
[Learning Session] Variable Reluctance Speed Sensing & Fluid Static Physics
Video
00:14:35
[Quick Knowledge Check] Variable Reluctance Speed Sensing & Fluid Static Physics
Exercise
[Learning Session] Solid-State Transduction, Wheatstone Bridge Matrices, & EV Subsystem Integration
Video
00:12:50
[Quick Knowledge Check] Solid-State Transduction, Wheatstone Bridge & EV Subsystem Integration
Exercise
[Learning Session] Reliability Engineering, ASIL Hazard Classification & ISO 26262 Compliance
Video
00:16:58
[Quick Knowledge Check] Reliability Engineering, ASIL Hazard Classification & ISO 26262 Compliance
Exercise
[Learning Session] Automotive OSI Layer Architecture & Unified Diagnostic Services (UDS)
Video
00:13:07
[Quick Knowledge Check] Automotive OSI Layer Architecture & Unified Diagnostic Services (UDS)
Exercise
Summary - Advanced Vehicle Mechatronics, ISO 26262, and UDS Protocols
PDF
Feedback Form - Advanced Vehicle Mechatronics, ISO 26262, and UDS Protocols
feedback_form
Module End Exam - Advanced Vehicle Mechatronics, ISO 26262, and UDS Protocols
Exercise
Module 04: EV Diagnostic Calibration, Onboard Fault Monitoring, and Automated HIL Validation
[Learning Session] Onboard Signal Monitoring, Fault Detection Logic, and ISO 26262 Safe-State Archit
Video
00:11:24
[Quick Knowledge Check] Onboard Signal Monitoring, Fault Detection Logic, and ISO 26262 Safe-State
Exercise
[Learning Session] Diagnostic Calibration Strategies, Fault Insertion (FIU), and SIL/HIL Validation
Video
00:16:27
[Quick Knowledge Check] Diagnostic Calibration Strategies, Fault Insertion (FIU), and SIL/HIL
Exercise
Summary - EV Diagnostic Calibration, Onboard Fault Monitoring, and Automated HIL Validation
PDF
Feedback Form - EV Diagnostic Calibration, Onboard Fault Monitoring, and Automated HIL Validation
feedback_form
Module End Exam - EV Diagnostic Calibration, Onboard Fault Monitoring, and Automated HIL Validation
Exercise
Module 05: Automotive Systems Architecture: From Transduction Physics to CAN FD Diagnostics
[Learning Session] Controller Area Network (CAN) Fundamentals & Architecture
Video
00:11:34
[Quick Knowledge Check] Controller Area Network (CAN) Fundamentals & Architecture
Exercise
[Learning Session] Solid-State Transduction, ASIL Classification & Reliability Engineering
Video
00:09:34
[Quick Knowledge Check] Solid-State Transduction, ASIL Classification & Reliability Engineering
Exercise
[Learning Session] ISO 26262 Fault Containment Case Studies & Diagnostic Calibration
Video
00:08:00
[Quick Knowledge Check] ISO 26262 Fault Containment Case Studies & Diagnostic Calibration
Exercise
[Learning Session] AUTOSAR Diagnostic Layer Architecture & UDS Standard Mapping
Video
00:09:20
[Quick Knowledge Check] AUTOSAR Diagnostic Layer Architecture & UDS Standard Mapping
Exercise
[Learning Session] CAN/CAN FD Protocol Engineering, Network Topology & Powertrain Byte Logging
Video
00:09:41
[Quick Knowledge Check] CAN/CAN FD Protocol Engineering, Network Topology & Powertrain Byte Logging
Exercise
Summary - Automotive Systems Architecture: From Transduction Physics to CAN FD Diagnostics
PDF
Feedback Form - Automotive Systems Architecture: From Transduction Physics to CAN FD Diagnostics
feedback_form
Module End Exam - Automotive Systems Architecture: From Transduction Physics to CAN FD Diagnostics
Exercise
Module 06: Advanced EV Battery Systems: Chemistry Kinetics and BMS Design
[Learning Session] BMS Architecture, Chemistry Kinetics, & Thermal Safety Limits
Video
00:14:21
[Quick Knowledge Check] BMS Architecture, Chemistry Kinetics, & Thermal Safety Limits
Exercise
[Learning Session] Electro-Chemical Cell Composition, Advanced Cathode Chemistries, Performance
Video
00:20:34
[Quick Knowledge Check] Electro-Chemical Cell Composition, Advanced Cathode Chemistries, Performance
Exercise
Summary - Advanced EV Battery Systems: Chemistry Kinetics and BMS Design
PDF
Feedback Form - Advanced EV Battery Systems: Chemistry Kinetics and BMS Design
feedback_form
Module End Exam - Advanced EV Battery Systems: Chemistry Kinetics and BMS Design
Exercise
Course End Exam - Automotive E/E & Cyber-Physical Systems
Course End Exam - Automotive E/E & Cyber-Physical Systems
Exercise
Course 03 - Automotive Electrification: Advanced BMS & Traction Inverter Systems
27 Exercises • 32 Learning Materials
Module 01 - Advanced BMS & ASIC Instrumentation
[Learning Session] Mathematical Foundations of SoX State Estimation
Video
00:17:35
[Quick Knowledge Check] Mathematical Foundations of SoX State Estimation
Exercise
[Learning Session] Cell Monitoring ASICs & Data Acquisition Infrastructure
Video
00:10:35
[Quick Knowledge Check] Cell Monitoring ASICs & Data Acquisition Infrastructure
Exercise
[Learning Session] Board-Level E/E Architecture & Functional Safety Integrity
Video
00:10:57
[Quick Knowledge Check] Board-Level E/E Architecture & Functional Safety Integrity
Exercise
Summary - Advanced BMS & ASIC Instrumentation
PDF
Feedback Form - Advanced BMS & ASIC Instrumentation
feedback_form
Module End Exam - Advanced BMS & ASIC Instrumentation
Exercise
Module 02 - BMS Algorithms & Safety Controls
[Learning Session] High-Resolution OCV-vs-SoC Mapping & Characterization
Video
00:15:47
[Quick Knowledge Check] High-Resolution OCV-vs-SoC Mapping & Characterization
Exercise
[Learning Session] Structural Fault Protection & High-Current Demarcation
Video
00:11:33
[Quick Knowledge Check] Structural Fault Protection & High-Current Demarcation
Exercise
[Learning Session] BMS Hardware Architecture, Cell Balancing Protocols, and Load Sequencing
Video
00:18:24
[Quick Knowledge Check] BMS Hardware Architecture, Cell Balancing Protocols, and Load Sequencing
Exercise
[Learning Session] Multi-Cell Statistical Tracking & Voltage Boundary Control
Video
00:15:44
[Quick Knowledge Check] Multi-Cell Statistical Tracking & Voltage Boundary Control
Exercise
[Learning Session] BMS State-of-Charge Calibration, Dynamic Boundary Limits, and Cell Voltage
Video
00:16:13
[Quick Knowledge Check] BMS State-of-Charge Calibration, Dynamic Boundary Limits, and Cell Voltage
Exercise
Summary - BMS Algorithms & Safety Controls
PDF
Feedback Form - BMS Algorithms & Safety Controls
feedback_form
Module End Exam - BMS Algorithms & Safety Controls
Exercise
Module 03 - Cloud BMS & HIL Validation
[Learning Session] Advanced State Estimation, Localized Optimization & Cloud Diagnostics
Video
00:17:09
[Quick Knowledge Check] Advanced State Estimation, Localized Optimization & Cloud Diagnostics
Exercise
[Learning Session] Industrial Testbed Architecture & Sensing Interfaces
Video
00:13:38
[Quick Knowledge Check] Industrial Testbed Architecture & Sensing Interfaces
Exercise
[Learning Session] Real-Time Verification, Configuration & Automated Fault Diagnostics
Video
00:15:03
[Quick Knowledge Check] Real-Time Verification, Configuration & Automated Fault Diagnostics
Exercise
Summary - Cloud BMS & HIL Validation
PDF
Feedback Form - Cloud BMS & HIL Validation
feedback_form
Module End Exam - Cloud BMS & HIL Validation
Exercise
Module 04 - Automotive BMS Development & Model-Based Engineering
[Learning Session] Foundations of Model-Based Design & Multi-Domain Simulation
Video
00:07:30
[Quick Knowledge Check] Foundations of Model-Based Design & Multi-Domain Simulation
Exercise
[Learning Session] MATLAB Environment Mechanics & Rapid Virtual Prototyping
Video
00:11:30
[Quick Knowledge Check] MATLAB Environment Mechanics & Rapid Virtual Prototyping
Exercise
[Learning Session] State Estimation Mathematics & Embedded Safety Systems
Video
00:09:46
[Quick Knowledge Check] State Estimation Mathematics & Embedded Safety Systems
Exercise
[Learning Session] Simulink System Architecture & Fault-Latch Diagnostics
Video
00:09:33
[Quick Knowledge Check] Simulink System Architecture & Fault-Latch Diagnostics
Exercise
[Learning Session] Interactive Simulation Lab: State Machines, Interlocks & Operational Testing
Video
00:08:14
[Quick Knowledge Check] Interactive Simulation Lab: State Machines, Interlocks & Operational Testing
Exercise
Summary - Automotive BMS Development & Model-Based Engineering
PDF
Feedback Form - Automotive BMS Development & Model-Based Engineering
feedback_form
Module End Exam - Automotive BMS Development & Model-Based Engineering
Exercise
Module 05 - MCU - 1
[Learning Session] Power Semiconductor Devices in EV Motor Controllers: MOSFETs vs. IGBTs
Video
00:15:44
[Quick Knowledge Check] Power Semiconductor Devices in EV Motor Controllers: MOSFETs vs. IGBTs
Exercise
Summary - MCU - 1
PDF
Feedback Form - MCU - 1
feedback_form
Module End Exam - MCU - 1
Exercise
Module 06 - EV Powertrain Engineering: Traction Inverters & Multi-Phase Motor Control
[Learning Session] Multi-Phase Machine Topologies & Advanced Power Semiconductor Technologies
Video
00:12:22
[Quick Knowledge Check] Multi-Phase Machine Topologies & Advanced Power Semiconductor Technologies
Exercise
[Learning Session] Mathematical Selection Metrics & Inverter System Losses
Video
00:13:38
[Quick Knowledge Check] Mathematical Selection Metrics & Inverter System Losses
Exercise
[Learning Session] Traction Inverter Integration, Diagnostics & System Control Governance
Video
00:11:05
[Quick Knowledge Check] Traction Inverter Integration, Diagnostics & System Control Governance
Exercise
Summary - EV Powertrain Engineering: Traction Inverters & Multi-Phase Motor Control
PDF
Feedback Form - EV Powertrain Engineering: Traction Inverters & Multi-Phase Motor Control
feedback_form
Module End Exam - EV Powertrain Engineering: Traction Inverters & Multi-Phase Motor Control
Exercise
Course End Exam - Automotive Electrification: Advanced BMS & Traction Inverter Systems
Course End Exam - Automotive Electrification: Advanced BMS & Traction Inverter Systems
Exercise
Course 04 - Mastering Electric Vehicle Control Units, Motor Drives, and Diagnostic Validation
35 Exercises • 40 Learning Materials
Module 01 - Electric Vehicle Powertrains: Motor Controllers, FOC Architectures, and Regenerative Braking System Design
[Learning Session] Motor Control Fundamentals, Load Sequencing, and Inverter PWM Dynamics
Video
00:12:47
[Quick Knowledge Check] Motor Control Fundamentals, Load Sequencing, and Inverter PWM Dynamics
Exercise
[Learning Session] Regenerative Braking Physics, Four-Quadrant Operation, and Line Regeneration Hard
Video
00:12:00
[Quick Knowledge Check] Regenerative Braking Physics, Four-Quadrant Operation, and Line Regeneration
Exercise
[Learning Session] Motor Controller Selection, BLDC Commutation, and Position Feedback Systems
Video
00:20:56
[Quick Knowledge Check] Motor Controller Selection, BLDC Commutation, and Position Feedback Systems
Exercise
[Learning Session] Field-Oriented Control (FOC), Mathematical Frame Transformations, and Closed-Loop
Video
00:15:29
[Quick Knowledge Check] Field-Oriented Control (FOC), Mathematical Frame Transformations, and Closed
Exercise
Summary - Electric Vehicle Powertrains: Motor Controllers, FOC Architectures, and Regenerative
PDF
Feedback Form - Electric Vehicle Powertrains: Motor Controllers, FOC Architectures, and Regenerativ
feedback_form
Module End Exam - Electric Vehicle Powertrains: Motor Controllers, FOC Architectures,
Exercise
Module 02 - Electric Vehicle Powertrains: Motor Control Architecture, Field-Oriented Dynamics, and Modulation Systems
[Learning Session] Motor Controller Dynamics, Scalar Control and Power Electronics Topologies
Video
00:17:37
[Quick Knowledge Check] Motor Controller Dynamics, Scalar Control and Power Electronics Topologies
Exercise
[Learning Session] Motor Control Strategies: Field Weakening, MTPA, and Direct Torque Control (DTC)
Video
00:13:13
[Quick Knowledge Check] Motor Control Strategies: Field Weakening, MTPA, and Direct Torque Control
Exercise
[Learning Session] PID Loop Tuning, Inverter Hardware Topologies, and Pulse-Width Modulation (PWM) S
Video
00:15:34
[Quick Knowledge Check] PID Loop Tuning, Inverter Hardware Topologies, and Pulse-Width Modulation
Exercise
Summary - Electric Vehicle Powertrains: Motor Control Architecture, Field-Oriented Dynamics, and
PDF
Feedback Form - Electric Vehicle Powertrains: Motor Control Architecture, Field-Oriented Dynamics,
feedback_form
Module End Exam - Electric Vehicle Powertrains: Motor Control Architecture, Field-Oriented Dynamics
Exercise
Module 03 - Electric Vehicle Motor Sensing Architectures: Position Encoders, Resolver Dynamics, and Sensorless Estimators
[Learning Session] Rotor Position Sensing Fundamentals, Commutation, and Hall Effect Dynamics
Video
00:10:14
[Quick Knowledge Check] Rotor Position Sensing Fundamentals, Commutation, and Hall Effect Dynamics
Exercise
[Quick Knowledge Check] Rotary Encoders: Quadrature Signal Decoding, Operating Principles
Exercise
[Learning Session] Linear vs. Rotary Kinematics and Absolute vs. Incremental Encoding Systems
Video
00:10:56
[Quick Knowledge Check] Linear vs. Rotary Kinematics and Absolute vs. Incremental Encoding Systems
Exercise
[Learning Session] Electromagnetic Resolvers, Comparative Sensor Trade-Offs & Sensorless Estimation
Video
00:09:06
[Quick Knowledge Check] Electromagnetic Resolvers, Comparative Sensor Trade-Offs & Sensorless
Exercise
Summary - Electric Vehicle Motor Sensing Architectures: Position Encoders, Resolver Dynamics, and
PDF
Feedback Form - Electric Vehicle Motor Sensing Architectures: Position Encoders, Resolver Dynamics,
feedback_form
Module End Exam - Electric Vehicle Motor Sensing Architectures: Position Encoders, Resolver Dynamic
Exercise
Module 04 - Vehicle Control Unit Engineering: Architecture, Dynamics, Embedded Software, and Control Strategies
[Learning Session] VCU Architecture and Subsystem Coordination
Video
00:09:28
[Quick Knowledge Check] VCU Architecture and Subsystem Coordination
Exercise
[Learning Session] Powertrain Control and Energy Dynamics
Video
00:13:40
[Quick Knowledge Check] Powertrain Control and Energy Dynamics
Exercise
[Learning Session] Embedded Software and Safety Systems
Video
00:06:04
[Quick Knowledge Check] Embedded Software and Safety Systems
Exercise
[Learning Session] State Machine and Brake Blending
Video
00:18:16
[Quick Knowledge Check] State Machine and Brake Blending
Exercise
Summary - Vehicle Control Unit Engineering: Architecture, Dynamics, Embedded Software, and Control
PDF
Feedback Form - Vehicle Control Unit Engineering: Architecture, Dynamics, Embedded Software, and Co
feedback_form
Module End Exam - Vehicle Control Unit Engineering: Architecture, Dynamics, Embedded Software
Exercise
Module 05 - Mastering EV Vehicle Control Units (VCU): Architecture, Model-Based Design & Production Testing
[Learning Session] Foundations of VCU Architecture and Powertrain Management
Video
00:13:56
[Quick Knowledge Check] Foundations of VCU Architecture and Powertrain Management
Exercise
[Learning Session] Pre-Charge Circuit Dynamics and High-Voltage Safety Sequencing
Video
00:11:31
[Quick Knowledge Check] Pre-Charge Circuit Dynamics and High-Voltage Safety Sequencing
Exercise
[Learning Session] Functional Safety (ISO 26262), V-Model Validation, and Limit Arbitration
Video
00:08:08
[Quick Knowledge Check] Functional Safety (ISO 26262), V-Model Validation, and Limit Arbitration
Exercise
[Learning Session] Model-Based Design (MBD) Pipelines and AUTOSAR Classic Standards
Video
00:14:22
[Quick Knowledge Check] Model-Based Design (MBD) Pipelines and AUTOSAR Classic Standards
Exercise
[Learning Session] VCU Hardware-in-the-Loop (HIL) Test Rig Simulation and Fault Induction
Video
00:07:39
[Quick Knowledge Check] VCU Hardware-in-the-Loop (HIL) Test Rig Simulation and Fault Induction
Exercise
Summary - Mastering EV Vehicle Control Units (VCU): Architecture, Model-Based Design & Production
PDF
Feedback Form - Mastering EV Vehicle Control Units (VCU): Architecture, Model-Based Design & Produc
feedback_form
Module End Exam - Mastering EV Vehicle Control Units (VCU): Architecture, Model-Based Design
Exercise
Module 06 - Automotive ECU Diagnostics, ISO 26262 Functional Safety, and UDS Network Protocols
[Learning Session] Automotive ECU Architectures, Signal Conditioning, and Control Processing
Video
00:18:48
[Quick Knowledge Check] Automotive ECU Architectures, Signal Conditioning, and Control Processing
Exercise
[Learning Session] Advanced ECU Self-Diagnostics, Fault Isolation, and Predictive Maintenance
Video
00:12:01
[Quick Knowledge Check] Advanced ECU Self-Diagnostics, Fault Isolation, and Predictive Maintenance
Exercise
[Learning Session] ISO 26262 Functional Safety, ASIL Hazard Analysis, and BMS Safety Engineering
Video
00:14:26
[Quick Knowledge Check] ISO 26262 Functional Safety, ASIL Hazard Analysis, and BMS Safety
Exercise
[Learning Session] EV Subsystem Diagnostics, AUTOSAR Software Architecture, and HIL/SIL Validation
Video
00:15:24
[Quick Knowledge Check] EV Subsystem Diagnostics, AUTOSAR Software Architecture, and HIL/SIL
Exercise
[Learning Session] OSI Diagnostic Protocol Layering, UDS (ISO 14229), and ISO-TP Communication Stand
Video
00:13:08
[Quick Knowledge Check] OSI Diagnostic Protocol Layering, UDS (ISO 14229), and ISO-TP Communication
Exercise
Summary - Automotive ECU Diagnostics, ISO 26262 Functional Safety, and UDS Network Protocols
PDF
Feedback Form - Automotive ECU Diagnostics, ISO 26262 Functional Safety, and UDS Network Protocols
feedback_form
Module End Exam - Automotive ECU Diagnostics, ISO 26262 Functional Safety, and UDS Network Protocol
Exercise
Module 07 - EV Onboard Diagnostics, Fault Management, and HIL Validation Engineering
[Learning Session] Onboard Signal Monitoring, Intelligent Fault Detection, and Safe-State Management
Video
00:11:24
[Quick Knowledge Check] Onboard Signal Monitoring, Intelligent Fault Detection, and Safe-State
Exercise
[Learning Session] Diagnostic Calibration Strategies, Fault Insertion, and HIL/SIL Testing
Video
00:16:22
[Quick Knowledge Check] Diagnostic Calibration Strategies, Fault Insertion, and HIL/SIL Testing
Exercise
Summary - EV Onboard Diagnostics, Fault Management, and HIL Validation Engineering
PDF
Feedback Form - EV Onboard Diagnostics, Fault Management, and HIL Validation Engineering
feedback_form
Module End Exam - EV Onboard Diagnostics, Fault Management, and HIL Validation Engineering
Exercise
Course End Exam - Mastering Electric Vehicle Control Units, Motor Drives, and Diagnostic Validation
Course End Exam - Mastering Electric Vehicle Control Units, Motor Drives, and Diagnostic Validation
Exercise
Course Instructor
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Vikrant Vaidya
1 Courses • 17 Students
24+ years’ experience in global automotive design and product development on multiple EVs and Hybrid vehicle platforms, specializing in model-based design, calibration, testing, and system integration; a Six-Sigma Green Belt with 3 inventions in battery & hybrid electric vehicles. He earned his Master's degree in Energy Systems Engineering from the University of Michigan and his Bachelor's in Mechanical Engineering from Nagpur University.
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