Mechanical & Manufacturing Engineering

In recent years, the field of manufacturing engineering has evolved significantly, becoming more complex due to the rise of new materials and advanced processes. With the growing need to manage integrated supply chains and global networks, this course is designed to equip students with the skills and knowledge required to thrive in this dynamic environment.

The Mechanical and Manufacturing Engineering programme offers a comprehensive foundation in mechanical engineering, focusing on how this knowledge can be applied to manufacturing technologies and materials. Throughout the course, you will explore contemporary computer-aided design and manufacturing techniques, alongside essential numerical tools. This blend of theory and practical application prepares you for the challenges faced in today’s engineering landscape.

A key component of this programme is learning to create a competitive advantage through effective manufacturing planning and strategy. You will study how to implement quality control measures and design manufacturing processes that yield products meeting precise specifications. By understanding the relationship between project management and manufacturing, you will develop a systematic approach to tackling projects, enabling you to turn complex concepts into tangible outcomes.

In addition to technical skills, the course emphasizes the importance of being risk-conscious, cost-conscious, and value-conscious. You will learn to navigate the ethical, social, cultural, environmental, and health and safety responsibilities associated with the mechanical and manufacturing industry. This holistic understanding of your professional responsibilities is crucial in a world where manufacturing complexity often intertwines with global considerations.

The landscape of modern manufacturing engineering is characterised by a rapidly changing marketplace, challenging traditional impressions of the sector. This course will prepare you to adapt to these changes, ensuring that you are equipped to meet future demands.

Upon successful completion of the accredited BEng (Hons) programme, you will partially fulfil the academic requirements necessary for registration as a Chartered Engineer. Furthermore, you will need to undertake additional learning to meet the standards outlined by the UK Standard for Professional Engineering Competence (UK-SPEC). This pathway not only prepares you for immediate opportunities in the field but also sets the stage for long-term professional development.

Through project work, you will gain hands-on experience, enhancing your engineering skills while making significant contributions to the field. The knowledge and experience you acquire will empower you to play a vital role in shaping the future of manufacturing, where innovation and responsibility go hand in hand.

Our approach to learning and teaching emphasises practical application, critical thinking, and collaboration. Through a blend of theoretical knowledge and hands-on experience, you will develop the skills needed to excel in the mechanical and manufacturing engineering field.

Year 1

In your first year, you will gain a solid foundation in Electrical and Electronic Principles, Engineering Science, and Mathematics. You will also develop essential study skills, allowing you to approach engineering applications with confidence. This year sets the groundwork for understanding core concepts that are critical to your future studies.

Compulsory

Electrical and Electronic Principles (20 credits)
Engineering Science (20 credits)
Engineering Mathematics (20 credits)
Engineering Applications & Study Skills (20 credits)

Year 2

During your second year, you will engage in a Group Project, enhancing your teamwork and collaboration skills. You will study Engineering Design, focusing on creativity and problem-solving. Additionally, you will explore Management, Innovation, and Sustainability, along with Materials and Processing, and Manufacturing, Design & Technology, ensuring a comprehensive understanding of the industry’s demands.

Compulsory

Group Project (20 credits)
Engineering Design (20 credits)
Management, Innovation and Sustainability (20 credits)
Materials and Introduction to Processing (20 credits)
Manufacturing, Design & Technology (20 credits)

Year 3

In your third year, you will delve into advanced topics, including Six Sigma Green Belt for quality management and Thermofluids and Control. You will also study Stress Analysis & Dynamics and Advanced Processes & Materials, equipping you with the tools needed for real-world applications. Furthermore, you will explore Computational Methods, enhancing your analytical capabilities in engineering.

Compulsory

Six Sigma Green Belt (20 credits)
Thermofluids and Control (20 credits)
Stress Analysis & Dynamics (20 credits)
Advanced Processes & Materials (20 credits)
Computational Methods (20 credits)

Year 4

Your final year will culminate in an Independent Project, allowing you to showcase your knowledge and skills through practical application. You will also study Plant and Asset Engineering and Structural and Fluid Analysis, focusing on the complexities of engineering systems. This year prepares you for professional challenges, ensuring you are ready for a successful career in the field.

Compulsory

Independent Project (40 credits)
Plant and Asset Engineering (20 credits)
Structural and Fluid Analysis (20 credits)

The course is assessed by a mixture of coursework, phase tests, presentations, vivas and examinations.
Students are given the opportunity to undertake engineering projects in teams and as individuals, applying the content covered within the modules.