Explore the Advanced Mechanical Engineering by Modular Study program at University of Strathclyde. This program is offered in GBR and provides an excellent learning opportunity in Masters studies.

The MSc in Advanced Mechanical Engineering by Modular Study at the University of Strathclyde offers a flexible learning framework designed for engineering professionals seeking to enhance their expertise. This program allows students to select from over 35 different modules, enabling them to tailor their studies to specific interests and career goals. The course can be pursued on campus in Glasgow or through distance learning, providing the freedom to choose the mode of study that best fits individual needs. Students can start with a single 10-credit module and progress towards a PG Certificate, PG Diploma, or MSc degree. The program emphasizes practical applications and includes a significant individual project for MSc candidates, allowing for in-depth exploration of advanced mechanical topics. With a focus on professional development, this program is ideal for those aiming to achieve chartered engineer status or deepen their technical knowledge in specialized areas of mechanical engineering.

Required Courses

• No required courses listed.

Elective Courses

• Aerodynamic Performance
• Introduction to Open Source Computational Fluid Dynamics
• Pressurised Systems
• Spaceflight Mechanics
• Engineering Plasticity
• Control Systems Design
• Energy Resources and Policy
• Energy Systems Analysis
• Electrical Power Systems
• Energy Modelling and Monitoring
• Introduction to Satellite Applications
• Introduction to Space Technologies for Satellite Applications
• Engineering Composites
• Aerodynamic Propulsion Systems
• Advanced Topics in Fluid Systems Engineering
• Spaceflight Systems
• Polymer and Polymer Composites
• Introduction to Engineering Optimisation
• Aerodynamics in C
• Industrial Metallurgy
• Engineering Artificial Environments
• Payloads
• Satellite Applications for Sustainable Development Goals
• Data Science for Satellite Applications
• Gas & Steam Turbines
• Nuclear Power Systems
• Boiler Thermal Hydraulics
• Structural Integrity