8. Why study Mechanical Engineering?
Creativity and Innovation:
Build and design groundbreaking technologies
Job Security and Versatility:
Mechanical engineering skills apply across industries
Global Impact:
Contribute to solving pressing global challenges
Personal Growth:
Develop problem-solving, leadership, and technical
expertise
9. Technical Skills:
Design and manufacturing
Problem-solving in engineering
Proficiency in CAD software
Soft Skills:
Teamwork and collaboration
Project management
Communication skills
Skills Development
10. Development of transportation systems (cars,
planes, trains).
Advancements in manufacturing (mass
production, automation).
Energy systems (renewable energy, power plants).
Healthcare innovations (prosthetics, medical
devices).
Impact on Society
11. Transforming Home and Workplace
W Development of household appliances (washing machines,
refrigerators, HVAC systems) for convenience and efficiency.
W Ergonomic office furniture and tools for a healthier work
environment.
W Automation in workplaces for higher productivity and reduced
human strain.
Enhancing the quality of life
12. Challenges:
Balancing innovation with sustainability.
Addressing skills gaps in modern engineering fields.
Managing ethical implications of automation and robotics.
Opportunities:
Growth of smart technologies (IoT, robotics).
Sustainable engineering for climate change solutions.
Advancing space exploration and infrastructure.
Challenges and Future Opportunities
14. Diverse Fields:
Automotive
Aerospace
Renewable Energy
Manufacturing
Robotics
Research and Development (R&D)
Job Roles:
Mechanical Engineer
Design Engineer
Automation Specialist
Project Manager
Growth and Demand:
High demand globally for skilled engineers
Competitive salaries and advancement opportunities
Career Opportunities
15. City & Guild Mechanical Engineering Diploma Level (3)
Manufacturing Engineering Diploma 6 Months
Maintenance Engineering Diploma 6 Months
City & Guild Mechanical Engineering Diploma Level (4) 1 Year
City & Guild Mechanical Engineering Diploma Level (5) 1 Year
16. Level - 3 Level - 4 Level - 5
(I) Manufacturing
Engineering Diploma (2850 89)
301 Engineering Health and Safety
(Online Test)
302 Engineering Principles
(Online Test)
357 Principles of Mechanical Manufacturing
(Written Test)
323 Machining Materials by Turning
(Assignment Test)
330 Organizing and Managing Engineering
Operations
(Assignment Test)
322 Power generation system and ancillary
equipment
(Assignment Test)
(II) Maintenance
Engineering Diploma (2850 88)
356 Principles of Engineering Maintenance , Installation
and Commissioning
(Written Test)
317 Maintenance of Machine System
(Assignment Test)
301, 302, 330, 322
401 Engineering Mathematics
(Written Test)
428 Electrical Principles for Mechanical Engineering
(Written Test)
429 Principles of Mechanical Engineering
(Written Test)
430 Engineering Fluid Mechanics and Thermodynamics
(Assignment Test)
407 Computer Aided Design for Manufacture
(Assignment Test)
422 Personal and Professional Development
(Assignment Test)
424 Engineering Procurement
(Assignment Test)
436 Metal Fabrication Technology
(Assignment Test)
437 Welding Technology and Practice
(Assignment Test)
433 Automated Machining of materials
(Assignment Test)
438 Quality Assurance and Testing of Welding Joint
(Assignment Test)
503 Engineering Project
(Assignment Test)
504 Project Management
(Assignment Test)
513 - Advanced Engineering Mathematics
(Written Test)
514 Analysis of the Mechanics Fluids
(Written Test)
515 Applied Thermodynamics
(Written Test)
516 Mechanics of Solids
(Written Test)
517 Properties of Materials for Engineering Applications
(Written Test)
518 Dynamics of Machine Systems
(Written Test)
Mechanical Engineering Diploma
22. Summary:
Mechanical engineering has a profound and positive impact on society, improving quality of life and driving
innovation.
Its future lies in balancing progress with sustainability.
Call to Action:
Join the movement: Be part of shaping the future through mechanical engineering.
Conclusion and Call to Action
