Advance Your Career with Expert Engineering Skills
Explore the key advantages and distin ct value offered by our Mechanical Engineering Technician Programme.
Comprehensive Industry-Relevant Training
Gain practical knowledge in mechanical systems, hydraulics, and pneumatics to confidently handle real-world engineering challenges.
Hands-On Learning Experience
Engage in live online classes and workshops that foster practical skills and deepen understanding through real industry projects.
Professional Certification & Career Support
Complete your studies with a capstone project and earn certifications that enhance job prospects across multiple engineering sectors.
Programme Overview
The Mechanical Engineering Technician Programme is designed to equip learners with the practical and technical skills required to install, maintain, troubleshoot, and improve mechanical systems used in modern industries.
This programme covers mechanical engineering fundamentals, engineering drawings, mechanical systems, hydraulics, pneumatics, rotating equipment, maintenance engineering, reliability engineering, health and safety, and industrial operations.
Students will gain hands-on knowledge through practical projects, simulations, industry case studies, and technical workshops.
Graduates will be prepared for careers in:
- Manufacturing
- Industrial Maintenance
- Utilities
- Renewable Energy
- Oil & Gas
- Mining
- Construction
- Facilities Management
Duration
12 Weeks (3 Months)
Study Commitment
- 2 Live Sessions Per Week
- Practical Workshops
- Industry Projects
- Technical Assignments
Delivery Mode
✅ Live Online Classes
✅ Practical Engineering Workshops
✅ Industry Case Studies
✅ Project-Based Learning
Programme Fee
Standard Tuition Fee
£1,850
Early Bird Fee
£1,650
Registration Fee
£50
Flexible Payment Plan
- £500 Deposit
- Balance payable in 3 monthly installments
Course Structure
Module 1: Introduction to Mechanical Engineering
Week 1
Topics Covered
- Introduction to Mechanical Engineering
- Engineering Disciplines
- Engineering Materials
- Mechanical Systems Overview
- Engineering Standards
- Career Opportunities
Practical Exercise
Mechanical Engineering Industry Research Project
Learning Outcome
Understand the role of mechanical engineering technicians in industry.
Module 2: Engineering Mathematics & Technical Drawings
Week 2
Topics Covered
- Engineering Calculations
- Measurements & Units
- Technical Sketching
- Reading Engineering Drawings
- Engineering Symbols
- Introduction to CAD
Practical Workshop
Engineering Drawing Interpretation
Learning Outcome
Read and interpret engineering drawings and technical documentation.
Module 3: Mechanical Components & Systems
Weeks 3 – 4
Topics Covered
- Bearings
- Shafts
- Gears
- Couplings
- Belt Drives
- Chain Drives
Practical Workshop
Mechanical Component Assembly
Practical Project
Mechanical System Inspection
Learning Outcome
Understand the operation and maintenance of mechanical components.
Module 4: Hydraulics & Pneumatics
Week 5
Topics Covered
- Hydraulic Systems
- Hydraulic Components
- Pneumatic Systems
- Compressors
- Valves & Actuators
- Fluid Power Systems
Practical Workshop
Hydraulic & Pneumatic Circuit Analysis
Learning Outcome
Understand fluid power systems used in industrial applications.
Module 5: Pumps, Compressors & Rotating Equipment
Week 6
Topics Covered
- Pump Types & Applications
- Compressor Systems
- Fans & Blowers
- Rotating Equipment Fundamentals
- Performance Monitoring
- Maintenance Procedures
Practical Project
Pump Performance Assessment
Learning Outcome
Operate and maintain rotating machinery effectively.
Module 6: Industrial Maintenance Engineering
Week 7
Topics Covered
- Preventive Maintenance
- Predictive Maintenance
- Maintenance Planning
- Equipment Inspection
- Lubrication Systems
- Maintenance Documentation
Practical Workshop
Maintenance Planning Exercise
Learning Outcome
Develop maintenance strategies to improve equipment reliability.
Module 7: Reliability Engineering & Fault Diagnosis
Week 8
Topics Covered
- Reliability Fundamentals
- Root Cause Analysis
- Equipment Failure Modes
- Troubleshooting Techniques
- Performance Monitoring
- Continuous Improvement
Practical Workshop
Fault Diagnosis Simulation
Learning Outcome
Identify and resolve mechanical equipment failures.
Module 8: Manufacturing Processes & Quality Control
Week 9
Topics Covered
- Manufacturing Processes
- Machining Operations
- Welding Fundamentals
- Fabrication Techniques
- Quality Assurance
- Quality Control Methods
Practical Activity
Manufacturing Quality Assessment
Learning Outcome
Understand production processes and quality management systems.
Module 9: Health, Safety & Environmental Management
Week 10
Topics Covered
- Workplace Safety
- Risk Assessments
- Hazard Identification
- Mechanical Safety Procedures
- Environmental Awareness
- Safe Systems of Work
Practical Workshop
Engineering Safety Audit
Learning Outcome
Apply health and safety standards in mechanical engineering environments.
Module 10: Mechanical Engineering in Energy & Infrastructure
Week 11
Topics Covered
- Mechanical Systems in Power Plants
- Renewable Energy Equipment
- Utility Infrastructure
- HVAC Systems
- Building Services Engineering
- Sustainable Engineering Technologies
Practical Project
Mechanical Systems Case Study
Learning Outcome
Understand how mechanical engineering supports energy and infrastructure industries.
Module 11: Employability & Professional Development
Week 12
Topics Covered
- Mechanical Engineering Career Pathways
- Professional Communication
- Technical Report Writing
- CV Development
- LinkedIn Optimization
- Interview Preparation
Practical Activity
Career Portfolio Development
Learning Outcome
Prepare for employment within mechanical engineering industries.
Capstone Project
Mechanical Engineering System Improvement Project
Students will design and present a solution to improve the performance, efficiency, or maintenance of an industrial mechanical system.
Project Deliverables
- Equipment Analysis
- Maintenance Plan
- Reliability Assessment
- Safety Review
- Improvement Recommendations
- Final Presentation
Final Assessment
- Technical Knowledge Examination
- Practical Project Evaluation
- Professional Presentation
Software & Tools Covered
Engineering Software
- AutoCAD Fundamentals
- Fusion 360 (Introduction)
- Microsoft Excel for Engineers
- Maintenance Planning Tools
Technical Equipment Awareness
- Vernier Calipers
- Micrometers
- Dial Indicators
- Vibration Monitoring Equipment
- Alignment Tools
- Hydraulic Test Equipment
Professional Certifications Awarded
Upon successful completion:
GDSL Professional Certificate in
Mechanical Engineering Technology
Additional Certificates
- Mechanical Systems & Components
- Hydraulics & Pneumatics
- Industrial Maintenance Engineering
- Reliability & Fault Diagnosis
- Mechanical Engineering Health & Safety
Career Opportunities
Graduates can pursue roles such as:
Mechanical Engineering Roles
- Mechanical Engineering Technician
- Mechanical Maintenance Technician
- Plant Technician
- Mechanical Fitter
Manufacturing Roles
- Production Technician
- Manufacturing Technician
- Maintenance Planner
Utilities & Energy Roles
- Utility Maintenance Technician
- Renewable Energy Maintenance Technician
- Facilities Technician
Infrastructure Roles
- Building Services Technician
- HVAC Maintenance Technician
- Infrastructure Maintenance Technician
Entry Requirements
Suitable For
- High School Graduates
- Technical College Students
- Engineering Students
- Apprentices
- Maintenance Personnel
- Career Changers
No Previous Mechanical Engineering Experience Required
Programme Benefits
Every Student Receives
✅ Practical Mechanical Engineering Training
✅ Maintenance Engineering Skills
✅ Technical Project Portfolio
✅ Career Coaching
✅ CV & LinkedIn Development
✅ Interview Preparation
✅ Professional Certification
✅ Industry Case Studies
Why Choose GDSL?
⚙️ Industry-Focused Mechanical Engineering Curriculum
🔧 Practical Maintenance & Reliability Training
🏭 Exposure to Industrial Equipment & Systems
⚡ Applicable Across Manufacturing, Energy & Infrastructure
🎓 Professional Certification
💼 Employability & Career Support
🌍 Skills Relevant to Global Industry
Duration
12 Weeks
Tuition Fee
£1,850
Delivery Mode
Live Online + Practical Workshops
Next Intake
Monthly
Included
- Engineering Fundamentals
- Mechanical Systems & Components
- Hydraulics & Pneumatics
- Rotating Equipment
- Maintenance Engineering
- Reliability & Fault Diagnosis
- Health & Safety
- Career Development Support
Ideal Candidates
⚙️ Aspiring Mechanical Technicians
🏭 Manufacturing Workers
🔧 Maintenance Personnel
⚡ Energy Sector Workers
🎓 Engineering Students & Graduates
🔄 Career Changers
Recommended GDSL Career Pathway
Mechanical Engineering Technician → Engineering Technician Bootcamp → Data Analytics for Engineers → Project Management for Infrastructure & Energy
