1. Develop a strong understanding of fundamental engineering principles.
2. Apply mathematical and scientific knowledge to solve engineering problems.
3. Enhance design, analysis, and manufacturing skills.
4. Cultivate critical thinking, problem-solving, and teamwork abilities.
5. Prepare for careers in various engineering industries.

1. Good grades in relevant subjects.
2. High school diploma with a focus on mathematics and physics.
3. English language proficiency as per university standards.
4. A willingness to think critically and challenge.
5. An open mind to different cultures and perspectives.
6. Satisfactory performance in standardized tests (e.g., SAT, ACT, or equivalent).

1. Electrical Electronic and Digital Principles
2. Statics
3. Analytical Methods for Engineers
4. Mechanical Workshop Practices
5. Basic Thermodynamics
6. Dynamics
7. Further Analytical Methods for Engineers
8. Mechanical Principles
9. Business Management Techniques for Engineers
10. Advanced Thermodynamics and Heat Engine
11. Materials Engineering
12. Strengths of Materials
13. Computer Aided Design and Manufacture
14. Health, Safety and Risk Assessment in Engineering
15. Fluid Mechanics
16. Mechanical Project Design
17. Manufacturing Process
18. Application of Machine Tools
19. Control and Instrumentation
20. Mechanical Applications
21. Mechanical Systems Modelling
22. Project Management
23. Individual Mechanical Project
24. Mechanical Industry and Professional Studies
25. Advanced Mathematics

1. Lectures
2. Seminars
3. Tutorials
4. Guest speakers
5. Workshops
6. Practical sessions
7. Practical projects
8. Case studies

1. Engineering Design Challenge
2. Fundamentals of Engineering
3. Mathematics for Engineers
4. Practical Skills for Engineers
5. Programming and Control
6. Thermofluids
7. Control Engineering
8. Stress Analysis and Dynamics of Mechanical Systems
9. Mathematics and Fluid Mechanics For Mechanical Engineers
10. Stress Analysis and Dynamics of Mechanical Systems
11. Materials and Manufacture
12. Business Management and Societal Engagement for Engineers
13. Mechanical Engineering Design and Finite Element Analysis
14. Thermofluids and Acoustics
15. Computer Aided Analysis and CADCAM
16. Materials Processing, Selection and the Environment

1. Formal examinations
2. Phase tests
3. Essays
4. Group work
5. Presentations
6. Reports
7. Projects
8. Coursework
9. Exams
10. Individual assignments

This programme may vary depending on the institutions and countries, but the general standard options in the UK are:

1. 03 (Full-time).

Applied Mechanical Engineering BSc (Hons) in the UK universities typically provide excellent facilities to support student learning and practical experience. These facilities may include:

1. Advanced Engineering Workshops
2. Materials Testing Laboratories
3. Fluid Dynamics Laboratories
4. Thermodynamics Laboratories
5. Robotics and Automation Laboratories
6. Computer Aided Design (CAD) Labs
7. High-Performance Computing Facilities
8. Wind Tunnels
9. Vibration and Acoustics Laboratories
10. Manufacturing Laboratories
11. Research Laboratories
12. Well-equipped Libraries
13. Collaborative Learning Spaces
14. Career Services
15. Industry Partnerships
16. Machine Shops
17. Electronics Workshops
18. Metallurgy Labs
19. Control Systems Labs
20. Mechatronics Labs
21. Biomechanics Labs
22. Nanotechnology Labs
23. Renewable Energy Labs
24. 3D Printing Labs
25. Virtual Reality Labs

1. Automotive Engineer
2. Aerospace Engineer
3. Mechanical Design Engineer
4. Manufacturing Engineer
5. Structural Engineer
6. Materials Engineer
7. Robotics Engineer
8. Control Systems Engineer
9. Biomedical Engineer
10. Energy Engineer
11. Consultant Engineer
12. Research Scientist
13. Academic Researcher
14. Technical Sales Engineer
15. Project Manager
16. Quality Assurance Engineer
17. Patent Attorney
18. Civil Service Engineer
19. Naval Architect
20. Offshore Engineer
21. Automotive Design Engineer
22. Product Design Engineer
23. Process Engineer
24. Maintenance Engineer
25. Technical Author

Tuition fees range between  £16,000 - £34,000 per year and may vary depending on the institution.

Scholarships, grants, and financial opportunities are available.

Government loan aid is available.

1. Higher Secondary Certificate with pass grades for IFY
2. Higher Secondary Certificate with good grades for IF1
3. Higher Secondary Certificate with a minimum GPA of 3.5 or the Equivalent to 65%
4. 5 GCSEs including English and Mathematics at Grade C/4 or above.
5. IELTS 6.0 overall with 5.5 in all skills.
6. Strong communication and interpersonal skills.
7. A strong academic record.

1. Internship opportunities: Internships at automotive companies can involve working on vehicle design, testing, or manufacturing processes.
2. Practical Experiences: Collaborating with industry partners on real-world projects, such as designing a new product or improving a manufacturing process.

1. Chartered Engineer (CEng)
2. Incorporated Engineer (IEng)
3. Certified SolidWorks Associate (CSWA)
4. Certified SolidWorks Professional (CSWP)
5. Certified SolidWorks Expert (CSWE)
6. Certified ANSYS User
7. Certified Six Sigma Black Belt
8. Project Management Professional (PMP)
9. Certified Safety Professional (CSP)
10. Certified Reliability Engineer (CRE)
11. Certified Welding Inspector (CWI)
12. Certified Mechanical Engineer (CME)
13. Certified Vibration Analyst (CVA)
14. Certified Fluid Power Specialist (CFPS)
15. Certified in Control Systems Engineering (CCSE)
16. Certified in Reliability Engineering (CRE)
17. Certified in Quality Engineering (CQE)
18. Certified in Maintenance and Reliability Professional (CMRP)
19. Certified in Facilities Management (CFM)
20. Certified in Energy Management (CEM)
21. Certified in Lean Six Sigma
22. Certified in Root Cause Analysis (RCA)
23. Certified in Failure Analysis (CFA)
24. Certified in Product Lifecycle Management (PLM)
25. Certified in Additive Manufacturing (CAM)

Typically, it takes twice a year (fall and spring), but may vary like:

1. Fall (September/October)
2. Spring (January/February)
3. Summer (May/June)

"I study how we can use neural networks and machine learning to better understand the mechanics of biological tissue and how the body works." Says - "Skyler St. Pierre,  PhD candidate, Mechanical Engineering."