Programme Overview

The Engineering Technician Bootcamp is an intensive, career-focused training programme designed to prepare students for entry-level and junior engineering roles across multiple industries.

The programme combines mechanical engineering, electrical engineering, maintenance engineering, engineering drawing, industrial safety, automation, and employability training into one comprehensive career pathway.

Students gain practical knowledge through simulations, engineering projects, technical workshops, and real-world case studies.

This programme is ideal for individuals seeking careers in:

• Mechanical Engineering
• Electrical Engineering
• Manufacturing
• Utilities
• Renewable Energy
• Industrial Maintenance
• Construction Engineering
• Engineering Operations

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Duration

16 Weeks (4 Months)

Study Mode

• Live Online Classes
• Practical Workshops
• Industry Projects
• Career Coaching Sessions

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Tuition Fee

Standard Tuition Fee

£2,450

Early Bird Fee

£2,150

Registration Fee

£100

Flexible Payment Plan

• £600 Deposit
• Balance payable over 3 monthly installments

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Programme Structure

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Module 1: Engineering Fundamentals

Weeks 1 – 2

Topics Covered

• Introduction to Engineering
• Engineering Disciplines
• Engineering Mathematics
• Engineering Science
• Measurement Systems
• Technical Calculations
• Problem Solving Techniques

Practical Activities

• Engineering Calculations
• Technical Measurement Exercises

Learning Outcome

Understand the core principles that underpin engineering practice.

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Module 2: Engineering Drawings & CAD

Weeks 3 – 4

Topics Covered

• Engineering Drawings
• Technical Sketching
• Reading Engineering Plans
• CAD Fundamentals
• AutoCAD Introduction
• Engineering Documentation

Practical Project

Create engineering drawings and technical documentation.

Learning Outcome

Interpret and create engineering drawings used in industry.

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Module 3: Mechanical Engineering Systems

Weeks 5 – 6

Topics Covered

• Mechanical Components
• Gears & Drives
• Bearings & Shafts
• Pumps & Compressors
• Hydraulics
• Pneumatics

Practical Workshop

Mechanical Systems Assembly & Troubleshooting

Learning Outcome

Understand the operation and maintenance of mechanical systems.

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Module 4: Electrical Engineering Systems

Weeks 7 – 8

Topics Covered

• Electrical Fundamentals
• Circuit Theory
• Electrical Installations
• Motors & Generators
• Power Distribution
• Industrial Electrical Systems

Practical Workshop

Electrical Circuit Testing and Diagnostics

Learning Outcome

Apply electrical principles in industrial and engineering environments.

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Module 5: Industrial Automation & PLC Systems

Weeks 9 – 10

Topics Covered

• Automation Fundamentals
• Sensors & Actuators
• PLC Programming Concepts
• Industrial Control Systems
• SCADA Overview
• Smart Manufacturing

Practical Project

Automation System Design Exercise

Learning Outcome

Understand modern industrial automation technologies.

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Module 6: Maintenance Engineering & Asset Management

Weeks 11 – 12

Topics Covered

• Preventive Maintenance
• Predictive Maintenance
• Reliability Engineering
• Equipment Inspection
• Asset Management
• Fault Diagnosis

Practical Workshop

Equipment Maintenance Planning

Learning Outcome

Develop maintenance strategies that improve operational performance.

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Module 7: Health, Safety & Environmental Management

Week 13

Topics Covered

• Workplace Safety
• Risk Assessments
• Hazard Identification
• Engineering Regulations
• Environmental Awareness
• Safe Working Procedures

Practical Exercise

Engineering Risk Assessment Project

Learning Outcome

Apply engineering health and safety standards.

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Module 8: Engineering Project Management

Week 14

Topics Covered

• Project Planning
• Scheduling
• Budgeting
• Resource Management
• Risk Management
• Engineering Project Lifecycle

Practical Project

Engineering Project Planning Simulation

Learning Outcome

Understand engineering project delivery processes.

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Module 9: Employability & Professional Development

Week 15

Topics Covered

• Engineering Career Pathways
• Professional Communication
• Technical Report Writing
• CV Development
• LinkedIn Optimization
• Interview Preparation

Practical Activity

Engineering Career Portfolio Development

Learning Outcome

Prepare for engineering employment opportunities.

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Module 10: Engineering Capstone Project

Week 16

Final Project

Students will work individually or in teams to design and present an engineering solution to a real-world industry challenge.

Projects may include:

• Renewable Energy Systems
• Manufacturing Process Improvement
• Industrial Automation Design
• Mechanical System Design
• Electrical Installation Projects

Final Assessment

• Technical Knowledge Examination
• Project Presentation
• Employability Assessment

Learning Outcome

Demonstrate technical competence and professional readiness.

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Software & Tools Covered

Students will gain exposure to:

Engineering Software

• AutoCAD
• Fusion 360
• PLC Simulation Software
• Microsoft Project
• Excel for Engineers

Engineering Tools

• Digital Multimeter
• Mechanical Measuring Instruments
• Engineering Drawing Equipment
• Diagnostic Tools

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Professional Certifications Awarded

Upon successful completion:

GDSL Professional Certificate in

Engineering Technology & Industrial Operations

Additional Certifications

• Engineering Fundamentals Certificate
• CAD & Technical Drawing Certificate
• Maintenance Engineering Certificate
• Engineering Health & Safety Certificate
• Engineering Project Management Certificate

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Career Opportunities

Graduates can pursue roles such as:

Engineering Roles

• Engineering Technician
• Mechanical Technician
• Electrical Technician
• Maintenance Technician
• Production Technician

Industrial Roles

• Manufacturing Technician
• Operations Technician
• Utilities Technician
• Plant Technician

Project Roles

• Junior Project Coordinator
• Engineering Assistant
• Technical Support Officer

Renewable Energy Roles

• Renewable Energy Technician
• Solar Installation Assistant
• Energy Operations Technician

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Entry Requirements

Suitable For

• High School Graduates
• Technical College Graduates
• University Students
• Engineering Graduates
• Apprentices
• Career Changers

No Prior Engineering Experience Required

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Programme Benefits

Every student receives:

✅ Engineering Career Coaching

✅ Technical CV Development

✅ LinkedIn Profile Optimization

✅ Interview Preparation

✅ Engineering Project Portfolio

✅ Practical Industry Case Studies

✅ Professional Certificate

✅ Networking Opportunities

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Why Choose GDSL?

⚙️ Industry-Relevant Engineering Curriculum

🔧 Practical Skills Development

🏭 Exposure to Industrial Systems

⚡ Mechanical & Electrical Training

📊 Project-Based Learning

🎓 Career-Focused Programme

💼 Employability Support

🌍 Pathway to Multiple Engineering Sectors

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Build practical engineering skills, gain hands-on experience, and prepare for exciting opportunities across engineering, manufacturing, energy, utilities, and infrastructure sectors.

Duration

16 Weeks

Tuition Fee

£2,450

Study Mode

In-Person + Practical Workshops

Next Intake

Every Quarter

Included

• Mechanical Engineering
• Electrical Engineering
• Industrial Automation
• Maintenance Engineering
• CAD & Technical Drawing
• Engineering Project Management
• Career Coaching

Ideal Target Audience

⚙️ Aspiring Engineering Technicians

🔧 Technical College Graduates

🏭 Manufacturing Professionals

⚡ Electrical & Mechanical Enthusiasts

🌱 Renewable Energy Career Seekers

🔄 Career Changers Seeking Technical Skills

This bootcamp serves as a direct pathway into engineering technician roles and can also act as a feeder programme into more specialized GDSL courses such as Renewable Energy, Electrical Engineering, Building Services Engineering, and Project Management.