Mechanical Engineering with Nuclear Engineering MEng

Program Overview

Emphasizing hands-on learning through workshops and projects, the program equips graduates with the practical skills and specialized knowledge sought by employers in various sectors, including nuclear engineering, simulation engineering, and medical industry. Accredited by the Institution of Mechanical Engineers, the program provides international recognition and enhanced career prospects for graduates.

Program Outline

Degree Overview:

This four-year Master's degree program is professionally accredited by the Institution of Mechanical Engineers (IMechE) and provides a comprehensive understanding of both mechanical and nuclear engineering principles.

• Specialize in nuclear engineering: The program includes a series of specialized modules focusing on nuclear energy, thermodynamics, and nuclear reactor physics.
• Develop practical skills: Hands-on workshops and individual/group projects provide practical experience in manufacturing, design, and problem-solving.
• Enhance professional skills: Students will develop transferable skills essential for careers in nuclear or related industries.

Outline:

Year 1:

• Core Modules:
• Mathematics and Computing 1: Develop fundamental mathematical and computational skills.
• Professional Engineering Skills 1: Acquire essential skills for professional engineers.
• Stress Analysis 1: Understand the principles of stress analysis and its physical significance.
• Materials 1: Discover important mechanical properties and materials selection practices.
• Fluid Mechanics 1: Explore fundamental fluid dynamics mechanisms and forces.
• Thermodynamics 1: Study the inter-conversion of energy forms and distinguish between reversible and irreversible processes.
• Mechatronics 1: Understand mechatronics as a concept for modeling and designing machine systems.
• Design and Manufacture 1: Learn the design process from brief to manufacture, including product design specification.

Year 2:

• Core Modules:
• Mathematics and Computing 2: Continue developing key mathematical and computational skills.
• Professional Engineering Skills 2: Demonstrate skills in data collection, recording, and technical report writing.
• Stress Analysis 2: Build upon existing knowledge to understand stress variations and combinations.
• Dynamics: Master essential topics in vibrations and dynamics, understanding the dynamical behavior of systems.
• Materials 2: Acquire tools for predicting component failures and identifying failure mechanisms.
• Fluid Mechanics 2: Further knowledge of engineering fluid mechanics, including dimensional analysis.
• Mechatronics 2: Gain hands-on experience building electronic systems and analyzing their behavior.
• Design and Manufacture 2: Carry out two major engineering projects and develop design knowledge.

Year 3:

• Core Modules:
• Professional Engineering Skills 3: Gain a deeper understanding of professional engineering roles, responsibilities, and ethics.
• Design, Make and Test Project: Work in a realistic engineering project environment and develop transferable skills.
• I-Explore: Choose from a range of subjects outside the department, including business, management, and more.
• Optional Modules:
• Group A:
Stress Analysis 3A, Fracture Mechanics A, Thermodynamics 3A, Fluid Mechanics 3A
• Group B:
Mechatronics 3A, Machine Dynamics and Vibrations A
• Group C:
Embedded C for Microcontrollers A, Design, Art and Creativity A, System Design and Optimisation A, Structure, Properties and Application of Polymers A, Computational Continuum Mechanics A, Finite Element Analysis and Applications A, Manufacturing Technology and Management A, Introduction to Nuclear Energy, Tribology A, Mathematics A, Statistics A, Automotive Design with Motorsport
• Group D:
Choose three modules from Groups A-D.

Year 4:

• Core Modules:
• Optional Modules:
• Group A:
Aircraft Engine Technology, Metal Processing Technology, Future Clean Transport Technology, Mechanical Transmissions Technology
• Group B:
Advanced Control, Advanced Stress Analysis, Applied Vibration Engineering, Combustion, Computational Fluid Dynamics, Interfacing and Data Processing, Nuclear Reactor Physics, Nuclear Thermal Hydraulics, Design, Art and Creativity B, Stress Analysis 3B, Fracture Mechanics B, Fluid Mechanics 3B, Embedded C for Microcontrollers B, System Design and Optimisation B, Computational Continuum Mechanics B, Finite Element Analysis and Applications B, Machine Learning, Energy Systems, Environmental and Applied Fluid Dynamics
• Group C:
Inter Departmental Exchange (IDX) modules: Choose from modules offered by other departments.
• Group D: Choose one module from Group A and five modules in total from Groups B and C.

Assessment:

• Year 1 & 2: 20% coursework, 5% practical, 75% exams.
• Year 3: 40% coursework, 5% practical, 55% exams.
• Year 4: 45% coursework, 5% practical, 50% exams.

Assessment Methods:

• Examinations
• Progress tests
• Report writing
• Online assignments, quizzes, and tests
• Peer assessment
• Laboratory/workshop practicals
• Programming tests
• CAD & simulation tool tests
• Oral presentations
• Poster presentations
• Group presentations
• Design exhibitions

Teaching:

• Teaching Methods: Lectures, problem sheets, tutorials, workshops, laboratory work, group practical exercises, research projects, group design projects, virtual learning environment.
• Faculty: The program is delivered by the Department of Mechanical Engineering.
• Unique Approaches: The program emphasizes hands-on learning through workshops and projects, allowing students to apply theoretical knowledge to real-world scenarios.

Careers:

• Potential Career Paths:
• Formula One and related industries
• European Space Agency
• Nuclear engineering
• Simulation engineering
• Wind engineering
• Medical industry
• Finance, consulting, and project management
• Opportunities: Graduates are highly sought after in a range of sectors due to their specialized knowledge and practical skills.
This accreditation demonstrates industry-recognized competency and provides international recognition of qualifications.
• Associateship: Upon completion of the program, students receive the Associateship of the City and Guilds of London Institute (ACGI).
• Transfer Options: Students can transfer to other courses within the Department of Mechanical Engineering, including MEng Mechanical Engineering with a Year Abroad, MEng Mechanical Engineering with a Year in Industry, and MEng Mechanical Engineering with a Year in Industry and a Year Abroad.
• Year Abroad/Year in Industry: The program offers a Year in Industry option, providing students with paid industrial placement experience.
The Year Abroad option allows students to study at a partner university abroad.