A complete course on Turbocharging

4.7 ( 11 REVIEWS )
67 STUDENTS

Overview

Turbocharged engines can feel complex when boost pressure, turbo lag, intercoolers, A/R ratios, compressor maps, and field failures all connect. Britain produced 905,233 vehicles in 2024, so automotive knowledge still matters for learners aiming to understand modern engine technology.

A Complete Course on Turbocharging gives you a clear online route into turbocharger systems, forced induction, engine airflow, turbo mapping, intercooler functions, turbo classifications, field failures, and corrective actions. You will explore how turbocharged engines differ from naturally aspirated engines and how compressor maps support better technical judgement. Ideal for automotive learners, car enthusiasts, motorsport students, diagnostics staff, and engineering-minded beginners, this turbocharging course supports UK career interests in vehicle technology, mechanical engineering, motorsport support, automotive service, and repair pathways with flexible online study from home.

Key Benefits Included

► Accredited by CPD
► Instant Access
► 24/7 Learning Assistance
► Self-paced learning and laptop, tablet, smartphone-friendly
► Fully online, interactive course with audio voiceover
► Developed by qualified professionals in the field

Sneak Peek

Learning Outcomes

A Complete Course on Turbocharging builds knowledge of turbocharger operation, forced induction, intercooling, turbo matching, engine performance, and common failure awareness.

► Understand the basic working principles of turbochargers
► Explore the history and development of turbocharger systems
► Compare turbocharged engines with naturally aspirated engines
► Identify the main advantages of turbocharged engine systems
► Recognise different intercooler types and their functions
► Explain the meaning of A/R ratio in turbocharger behaviour

Who is This Course For?

This online turbocharging course is ideal for automotive learners, hobbyists, and beginners seeking flexible knowledge of turbocharged engines and forced induction. 

► Car enthusiasts who want to understand turbocharger systems
► Automotive learners interested in engine performance and forced induction
► Vehicle service staff building turbocharger knowledge
► Motorsport students exploring turbocharged engine behaviour
► Mechanical engineering learners interested in airflow and engine systems

Certification

CPD Certification

After successfully completing the assessment of this course, you can apply for the CPD accredited certificates.
PDF certificate: £9.99
Hardcopy certificate: £15.99

Career Opportunities

This course supports automotive, motorsport, vehicle service, and mechanical engineering learning. It does not qualify learners as mechanics or tuners without further training. 

► Vehicle Technician: £22,000–£42,000 per year
► Motor Mechanic: £22,000–£42,000 per year
► Automotive Technician: £24,000–£38,000 per year
► Motorsport Technician: £27,000–£45,000 per year
► Motorsport Engineer: £27,000–£60,000 per year

Course Curriculum

The course covers a wide range of essential topics, including:

► Trainer Introduction
► Brief history of Turbocharger & Basic Working
► Advantages of Turbocharged engines over Naturally Aspirated Engines
► Types of Intercoolers and their functions

► A/R ratio & Turbolag
► Classification of Turbochargers Part. A
► Classification of Turbochargers Part. B
► Classification of Turbochargers Part. C

► Turbo Mapping & reading compressor map
► Field Failures & Corrective Actions

Excellent

4.7 Average - 11 Reviews

★ Reviews
William Hartley
A clear and informative course for understanding turbocharged engines. The sections on intercoolers, turbo lag, A/R ratio, and compressor maps were especially useful.
Eleanor Whitfield
Well-structured and easy to follow. I liked how the course explained turbocharger types, turbo matching, field failures, and corrective actions in a simple technical way.

Course Curriculum

Introduction
Trainer Introduction 00:01:00
Brief history of Turbocharger & Basic Working 00:10:00
Advantages of Turbocharged engines over Naturally Aspirated Engines 00:13:00
Types of Intercoolers and their functions 00:12:00
Types of Turbochargers
A/R ratio & Turbolag 00:07:00
Classification of Turbochargers Part. A 00:11:00
Classification of Turbochargers Part. B 00:11:00
Classification of Turbochargers Part.C 00:04:00
Turbomatching & Turbofield failures
Turbo Mapping & reading compressor map 00:11:00
Field Failures & Corrective Actions 00:02:00
Assignment
Assignment -A complete course on Turbocharging 00:00:00

Certificate of Achievement

Upon completion, you will receive a CPD-accredited certificate recognised globally. Choose from:

Pdf Certificate & Transcript  £7.99
Hardcopy Certificate & Transcript  £17.99

This certification validates your knowledge and skills, boosting your employability in healthcare.

1. What is A Complete Course on Turbocharging? +

A Complete Course on Turbocharging is an online automotive course covering turbocharger basics, forced induction, intercoolers, A/R ratio, turbo lag, compressor maps, turbo matching, field failures, and corrective actions.

2. Is this turbocharging course suitable for beginners? +

Yes. This turbocharging course is suitable for learners interested in engines, vehicles, or automotive systems. It starts with turbocharger basics before moving into intercoolers, classifications, turbo lag, and compressor map reading.

3. What will I learn in this turbocharger course? +

You will learn turbocharger history, working principles, turbocharged engine advantages, intercooler functions, A/R ratio, turbo lag, turbocharger classifications, turbo mapping, compressor maps, and common field failure awareness.

4. Does this course explain turbo lag? +

Yes. The course covers turbo lag and A/R ratio, helping learners understand why turbo response can feel delayed and how turbocharger sizing and airflow behaviour affect engine performance.

5. Does the course cover intercoolers? +

Yes. The course includes intercooler types and their functions, helping learners understand how intercooling supports air temperature control, engine airflow, boost efficiency, and turbocharged engine performance.

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