
Explore the rise of automotive electronics and ecus, from abs and esp to engine management and driver assistance, and how open architectures and software shape safer, economical cars.
Explore how electronic diesel control enables precise fuel injection through sensors, actuators, and microcontroller systems, integrating direct injection, pre and secondary injections, and EGR for efficiency.
Explore automotive lighting technology, from gas discharge and halogen lamps to adaptive lighting systems, luminous intensity concepts, and dynamic leveling for safe, efficient vehicle illumination.
Explore how the electronic stability program integrates with abs and brake control to maintain vehicle stability during braking and cornering. Identify sensors, controllers, and the hydraulic modulator roles in ESP.
Explore adaptive cruise control as a driver-assist system that uses radar to measure distance to the vehicle ahead, maintain a safe time gap, and adjust speed automatically.
Explore occupant protection systems that use seat belts and pretensioners, airbags, and rollover protection system, guided by sensors and control units to optimize deployment and safety.
Explore basic networking principles for automotive electrics, including bus, star, ring, and mesh topologies; message oriented and subscriber oriented data exchange; bus access, real-time safety, and layered protocols.
Explore automotive networking that links electrical and electronic systems via CAN bus networks and gateways, enabling real-time cross-unit communication, data rates, diagnostics, and safety.
Explore automotive can bus systems, including topology, arbitration, data frames, and error checking, to enable real-time inter-component communication across vehicle domains from engine to comfort systems.
Explore the LIN bus standard for automotive body electronics, detailing master-slave communication, deterministic real-time data frames, and applications from climate control to window and mirror actuators.
A warm welcome to the Automotive Electrics and Automotive Electronics course by Uplatz.
Automotive electronics technologies such as autonomous driving, all-electric cars, and in-car infotainment are the new trends in the automotive industry. Automotive vehicles are transforming into the ultimate electronic devices. Automotive electronics are predicted to constitute near a third of the total cost of the entire car. The automotive transformations give rise to new features and challenges including autonomous driving, all-electric cars with extreme high power, and high-speed and secure communications and infotainment.
Automotive electrics refer to the electrical systems used in automobiles and comprises of a storage battery, generator, starting (cranking) motor, lighting system, ignition system, and various accessories and controls. Originally, the electrical system of the automobile was limited to the ignition equipment but in modern age vehicles the electrical systems span the entire ecosystem of the vehicles.
Automotive electronics are fundamentally the electronic systems used in vehicles, including engine management, ignition, radio, carputers, telematics, in-car entertainment systems, and others. Ignition, engine and transmission electronics are also found in trucks, motorcycles, off-road vehicles, and other internal combustion powered machinery such as forklifts, tractors and excavators. Related elements for control of relevant electrical systems are also found on hybrid vehicles and electric cars.
Automotive Electrics and Automotive Electronics - Course Curriculum
Electrical and Electronic Technology in Automobile
Electronic Diesel Control
Lighting Technology
Electronic Stability Program
Adaptive Cruise Control
Occupant Protection Systems
Basic Principles of Networking
Automotive Networking
Bus Systems
LIN Bus
MOST Bus
Bluetooth
FlexRay
Diagnosis Interfaces
Architecture of Electronic Systems
Mechatronics
Electronic Components in the Vehicle
Semiconductor Components
Manufacture of Semiconductor components and circuits
Control Units
Automotive Sensors
Sensor Measuring Principle
Gas Sensor and Concentration Sensors
Sensor Types 1
Sensor Types 2
Actuators
Hybrid Drives
Vehicle Electrical Systems
Starter Batteries
Battery Design
Battery Maintenance