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Automotive Engineering Course

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Automotive Engineering Course

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Automotive Engineering Course

Name: Automotive Engineering Course
Price: 222 USD

Master the full spectrum of automotive engineering — from internal combustion engines and chassis dynamics to electric powertrains and advanced driver assistance systems. This course delivers the technical depth and practical knowledge that modern automotive engineers need to design, analyze, and optimize today's vehicles. Whether you're entering the industry or advancing your career, this is the comprehensive foundation you've been looking for.

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What you will learn:

You will build a thorough understanding of vehicle architecture, materials, and manufacturing processes used across the automotive industry. The course covers internal combustion engine thermodynamics, transmission systems, and driveline components in precise technical detail. You will study chassis design, suspension geometry, braking systems, and vehicle dynamics to understand how engineers balance ride comfort with handling performance. Electrical and electronic systems — including CAN networks, ECUs, and diagnostics — are covered alongside battery technology, electric motors, and hybrid architectures. You will also explore aerodynamics, ADAS technologies, cybersecurity, sustainability, and the project management skills that drive successful vehicle programs.

How you study in practice Automotive Engineering Course

How you practice Automotive Engineering Course

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Course Content

8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of Automotive Engineering

Lesson 1 • History and Industry Overview
Traces automotive development from early combustion vehicles to modern platforms. Provides context for understanding why current engineering standards exist.
Lesson 2 • Core Engineering Disciplines in Automotive
Maps mechanical, electrical, and software disciplines to vehicle subsystems. Shows how multidisciplinary collaboration drives modern vehicle development.
Lesson 3 • Vehicle Architecture and Classification
Defines body styles, platform types, and drivetrain layouts. Connects classification to engineering trade-offs in design and performance.
Lesson 4 • Engineering Standards and Safety Regulations
Introduces functional safety, emissions, and crashworthiness standards. Explains how compliance shapes design decisions throughout development.

Chapter 2See details

Automotive Materials and Manufacturing

Lesson 1 • Assembly and Joining Technologies
Covers welding, adhesive bonding, and mechanical fastening in body assembly. Highlights how joining method affects structural integrity and repairability.
Lesson 2 • Metals Used in Vehicle Construction
Examines steel, aluminum, and high-strength alloys for structural and body applications. Links material properties to weight, cost, and safety outcomes.
Lesson 3 • Quality Control in Manufacturing
Applies statistical process control and inspection methods to automotive production lines. Connects quality metrics to warranty cost and customer satisfaction.
Lesson 4 • Polymers and Composite Materials
Introduces plastics, fiber-reinforced composites, and elastomers used in interiors and structures. Connects lightweight composites to fuel efficiency goals.
Lesson 5 • Stamping, Casting, and Forming Processes
Details sheet metal stamping, die casting, and forging used in body and powertrain parts. Explains process selection based on volume, geometry, and material.

Chapter 3See details

Internal Combustion Engine Systems

Lesson 1 • Engine Cooling and Exhaust Systems
Examines liquid and air cooling circuits, exhaust manifold design, and after-treatment systems. Explains thermal management's role in reliability and emissions compliance.
Lesson 2 • Engine Fundamentals and Thermodynamics
Explains four-stroke and two-stroke cycles, combustion chemistry, and thermal efficiency. Grounds engine analysis in thermodynamic principles.
Lesson 3 • Engine Performance and Calibration
Introduces engine mapping, torque and power curves, and calibration tools. Connects calibration decisions to fuel economy, emissions, and drivability targets.
Lesson 4 • Engine Components and Design
Details cylinder block, crankshaft, valvetrain, and lubrication system design. Connects component geometry to power output and durability.
Lesson 5 • Fuel Delivery and Induction Systems
Covers port and direct fuel injection, turbocharging, and intake manifold design. Links induction system choices to power density and emissions.

Chapter 4See details

Transmission and Driveline Systems

Lesson 1 • Continuously Variable Transmissions
Details belt-and-pulley and toroidal CVT designs and their control strategies. Links CVT ratio spread to fuel efficiency and performance trade-offs.
Lesson 2 • Automatic and Dual-Clutch Transmissions
Examines planetary gearsets, torque converters, and dual-clutch architecture. Connects shift logic and hydraulic control to driver experience.
Lesson 3 • Driveshafts, Differentials, and Axles
Covers constant-velocity joints, open and limited-slip differentials, and axle shaft design. Explains torque distribution effects on traction and handling.
Lesson 4 • All-Wheel Drive and Transfer Cases
Analyzes full-time and part-time AWD systems, transfer case design, and torque vectoring. Connects AWD architecture to traction and stability outcomes.
Lesson 5 • Manual Transmission Design and Operation
Covers gear ratios, synchronizer function, and clutch system design. Explains how gear selection affects vehicle acceleration and fuel economy.

Chapter 5See details

Chassis, Suspension, and Steering Systems

Lesson 1 • Steering System Design and Dynamics
Covers rack-and-pinion, recirculating ball, and electric power steering systems. Explains steering ratio, feedback, and returnability in vehicle dynamics.
Lesson 2 • Chassis Structure and Body Engineering
Examines unibody and ladder frame stiffness, crash energy management, and NVH design. Links structural choices to safety ratings and ride quality.
Lesson 3 • Suspension System Types and Components
Compares MacPherson strut, double wishbone, multilink, and solid axle designs. Evaluates each system's packaging, cost, and performance characteristics.
Lesson 4 • Suspension Geometry and Kinematics
Defines camber, caster, toe, and roll center and their effects on handling. Connects geometry changes during wheel travel to tire contact patch behavior.
Lesson 5 • Braking Systems and Performance
Analyzes disc and drum brake design, brake bias, and anti-lock braking system operation. Connects braking force distribution to stopping distance and stability.

Chapter 6See details

Automotive Electrical and Electronic Systems

Lesson 1 • Vehicle Electrical Architecture
Covers 12V and 48V power distribution, grounding strategies, and wiring harness design. Links electrical architecture to reliability and electromagnetic compatibility.
Lesson 2 • Diagnostics and Fault Management
Introduces on-board diagnostics, fault code interpretation, and diagnostic communication protocols. Connects systematic fault isolation to reduced repair time.
Lesson 3 • Electronic Control Units and Software
Covers ECU hardware architecture, embedded software structure, and calibration workflows. Links software development processes to functional safety requirements.
Lesson 4 • Sensors and Actuators in Vehicles
Identifies common sensors for temperature, pressure, position, and speed measurement. Explains signal conditioning and how sensor data drives actuator commands.
Lesson 5 • In-Vehicle Communication Networks
Explains CAN, LIN, FlexRay, and Ethernet protocols used in vehicle networks. Connects network topology to data throughput, latency, and fault tolerance.

Chapter 7See details

Electric and Hybrid Powertrain Systems

Lesson 1 • Electric Motor Types and Control
Compares permanent magnet, induction, and switched reluctance motors for traction use. Explains inverter control strategies and their effect on efficiency and torque.
Lesson 2 • Energy Management and Regenerative Braking
Introduces energy management algorithms, regenerative braking torque blending, and range prediction. Connects control strategy to real-world efficiency and driver experience.
Lesson 3 • Hybrid System Architectures
Analyzes series, parallel, and power-split hybrid configurations and their operating modes. Links architecture choice to fuel savings potential and system complexity.
Lesson 4 • Battery Technology and Management
Examines lithium-ion cell chemistry, pack design, and battery management system functions. Connects cell selection to energy density, cycle life, and thermal safety.
Lesson 5 • Charging Systems and Infrastructure
Covers AC and DC charging standards, onboard charger design, and vehicle-to-grid concepts. Explains charging rate limits imposed by battery and thermal constraints.

Chapter 8See details

Vehicle Dynamics and Performance Engineering

Lesson 1 • Longitudinal Vehicle Dynamics
Analyzes acceleration, braking, and grade performance using force and energy methods. Links powertrain output and aerodynamic drag to real-world performance metrics.
Lesson 2 • Active Safety and Stability Control Systems
Examines electronic stability control, traction control, and active suspension algorithms. Connects sensor fusion and control logic to accident avoidance outcomes.
Lesson 3 • Ride Comfort and NVH Engineering
Covers vibration isolation, road input modeling, and noise path analysis. Explains how suspension tuning and damping rates affect passenger comfort.
Lesson 4 • Lateral Dynamics and Handling
Applies bicycle model and understeer/oversteer analysis to cornering behavior. Connects suspension tuning and weight distribution to handling balance.
Lesson 5 • Tire Mechanics and Grip Fundamentals
Models tire contact patch forces, slip angle, and the friction circle concept. Connects tire behavior to vehicle cornering limits and stability control design.

Certification

Your valid completion certificate

This course is for you:

Mechanical engineers: seeking to specialize in vehicle systems and powertrain design.
Electrical engineers: wanting to apply their skills within automotive ECU and network contexts.
Career changers: moving from aerospace, defense, or industrial sectors into automotive roles.
Automotive technicians: aiming to advance from hands-on repair into engineering-level understanding.
Product managers: needing technical fluency to collaborate with vehicle development teams.
Engineering students: building industry-ready knowledge before entering the job market.

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