Automotive Electrical & Electronics

Understand the complex electrical systems in modern vehicles. Learn to diagnose wiring issues, service batteries and alternators, and work with electronic control units (ECUs) and CAN bus systems.

98 courses

Motor Starter Circuits and Control Logic

Learn to design and interpret power and control schematics for industrial motor systems, focusing on modern safety and protection standards.
★ 4.4 (976)

AC Circuit Analysis and Linear Systems

Master the principles of alternating current, impedance, and frequency response to solve complex electrical engineering problems through written theory and exercises.
★ 4.7 (771)

Electrical Transformer Testing and Diagnostics

Learn to safely perform, analyze, and interpret critical diagnostic tests on electrical power transformers to ensure system reliability and prevent equipment failures.
★ 4.0 (236)

Foundations of Unity Storage: Configuration and Management

Learn to configure, manage, and monitor Unity storage systems to optimize performance, manage storage pools, and implement data protection strategies.
★ 4.1 (94)

Automotive Electrical Systems and Diagnostics for Beginners

Learn how to safely troubleshoot, diagnose, and repair basic automotive electrical issues using a digital multimeter and modern circuit testing techniques.
★ 4.3 (80)

Industrial Power Systems Analysis and Stability Fundamentals

Gain foundational skills in analyzing and maintaining stable industrial electrical networks for reliable power distribution.
★ 4.5 (47)

Foundations of Automotive Embedded Systems

Learn the architecture, software frameworks, and communication protocols that power modern vehicle electronics and safety systems.
★ 4.5 (44)

Automotive Infotainment (IVI) Fundamentals for Beginners

Equip yourself with foundational knowledge of Automotive Infotainment (IVI) systems, understanding their architecture and impact on the modern driving experience.
★ 4.2 (32)

Electric Vehicle Electronics Fundamentals

Understand the core principles of power electronics that drive electric vehicles and their essential components.
★ 4.2 (32)

Electric Vehicle Systems: Operation and Diagnostic Fundamentals

Master the core principles of electric vehicle architecture and develop the technical skills required to diagnose and maintain modern EV systems.
★ 4.7 (22)

Industrial Electronics Foundations: Principles and Applications

Master the core concepts of power electronics, sensors, and motor control systems to understand and troubleshoot modern industrial equipment.
★ 4.6 (14)

Embedded Systems for Electric Vehicles: Foundations of EV Software

Learn the core principles of battery management systems, motor control, and in-vehicle communication protocols to start your journey in electric vehicle engineering.
★ 3.8 (11)

Electric Vehicle Software Systems and Diagnostics Fundamentals

Learn how EV control units, battery management systems, and diagnostic software work together to optimize performance and troubleshoot real-world electric vehicle issues.
★ 4.6 (11)

Marine Electrical Equipment Maintenance and Repair

Learn to safely inspect, troubleshoot, and maintain shipboard power, lighting, and control systems using modern diagnostic techniques.

Introduction to Marine Electrical Systems and Safety

Build a solid foundation in marine electrical engineering principles, safety protocols, and shipboard systems designed for aspiring marine technicians and enthusiasts.

Symmetrical Components: Analyze Unbalanced Three-Phase Systems

Gain the foundational knowledge to systematically analyze and solve problems in unbalanced three-phase electrical networks.

Marine Electrical Systems: Foundations and Maintenance

Learn to safely maintain, troubleshoot, and manage marine electrical networks and battery systems onboard vessels.

Four-Stroke and Auxiliary Engine Fundamentals

Master the core mechanics, camless designs, and diagnostic systems of modern marine and industrial diesel engines through clear written guides.

Reading Circuit Diagrams and Blueprints for Relays

Gain the foundational knowledge to accurately interpret electrical circuit diagrams and blueprints, specifically focusing on relay logic and power control components.

Foundational Electrical Technology

Learn the core principles of electricity and essential safety practices to confidently understand and interact with electrical systems.
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