Introduction to the MEng Engineering Program

The MEng Engineering program at Bangor University is a four-year integrated master's course that develops students beyond traditional engineering. The program focuses on low carbon energy, computer science, and electronic engineering, positioning students to design a sustainable digital future.

Course Overview

The MEng Engineering program is a broad-based, multidisciplinary curriculum that prepares students to be well-rounded professional engineers. The program combines knowledge across traditional and modern engineering, electronic engineering, and computer science, enabling students to create innovative solutions for a wide range of careers.

Course Structure

The program is divided into four years, with the first two years focusing on foundational engineering principles, including engineering materials, mechanical engineering, mathematics, and computer-aided design. The third and fourth years allow students to specialize in areas such as sustainable project planning, engineering thermodynamics, and advanced manufacturing.

Modules

The program includes a range of modules, including:

• Engineering Materials 1
• Introduction to Mechanical Engineering
• Computer Aided Manufacturing
• Advanced Mathematics for Engineering and Applied Sciences
• Imperative Programming Foundations
• Introduction to Embedded Systems
• Electrical and Electronic Principles
• Mathematical Methods and Linear Systems
• Quality Management
• Individual Project
• MEng Team Project

Assessment

Assessment methods vary by module but may include:

• Artifact
• Portfolio
• Presentation
• Laboratory practical
• Report
• Essay
• Exams and tests

Careers

The program prepares students for a variety of careers, including:

• Aerospace engineer
• Biomedical engineer
• Control and instrumentation engineer
• Design engineer
• Electronics engineer
• Environmental engineer
• Manufacturing engineer
• Materials engineer
• Mechanical engineer
• Nuclear engineer
• Production engineer
• Structural engineer

Entry Requirements

To be eligible for the program, students must meet the following requirements:

• GCSE: grade B/5 in Maths, higher tier
• A-levels: Including a minimum grade B in Maths and a minimum grade C in Physics
• BTEC National Extended Diploma in Engineering: DDM-DDD
• International Baccalaureate Diploma: Including H5 in Maths and Physics
• Welsh Baccalaureate is accepted
• Access: considered on a case-by-case basis
• T-levels: considered on a case-by-case basis
• EPQ: Points can include a relevant Extended Project (EPQ) but must include a minimum 2 full A-levels

Fees and Funding

Tuition fees for the program are:

• UK and Ireland: Ł9,790 (full-time), Ł1,958 (placement year)
• International: Ł21,000 (full-time)

Support for Welsh-Language Students

The university offers support for Welsh-language students, including:

• Welsh Language Support
• Study Skills Support
• Student Support
• Bilingual Community
• Scholarships and bursaries for studying through the medium of Welsh

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Engineering MEng

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Degree Overview:

• This program prepares students for a career as a professional engineer at the forefront of high-tech industry, in both technical and managerial roles.
• Students gain extensive practical experience and skills, as well as a thorough theoretical knowledge.
• They can choose to add a placement year to gain additional, relevant experience.
• The program allows students to keep their options open while equipping them with all the analytical, design, programming and computing skills required for an exciting engineering career.
• The first year provides a broad curriculum, and the final two years allow students to focus on areas aligned with the School's research interests.
• Goes well beyond traditional engineering courses by linking modules in low carbon energy, computer science, and electronic engineering.
• The program combines knowledge across these subject areas to enable students to create innovative solutions for careers in mechatronics, robotics, data science, low carbon energy, automotive engineering, as well as traditional roles in materials science and mechanical engineering.

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Outline:

• The first two years provide a broad curriculum, with more specialized options in Years 3 and 4 leading to a professional discipline.

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Assessment:

• Assessed through various methods such as unseen examinations, essays/coursework, class tests, reports, laboratory practicals, presentations, portfolios.

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Teaching:

• Utilizes a mix of lectures, seminars, tutorials, and lab work.
• Students work both as individuals and in groups, and undertake employment-based learning.

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Careers:

• Prepares students for a wide range of careers, grounding them in the fundamental aspects of mechanical engineering, materials science, thermodynamics, heat-transfer, electronics and computer science.
• Emphasizes the application of contemporary digital approaches to core engineering disciplines, equipping graduates with proficiency in simulation, modeling, data collection, manipulation, and analysis.
• Promotes meta cognitive learning, empowering students to draw on their deep knowledge of each discipline to provide creative solutions in a broad range of engineering careers.
• Prepares students for various career paths, including design engineer, automotive engineer, metallurgist, manufacturing engineer, process engineer, control and instrumentation, data-science, IT and software development, and research careers in academia.
• The program emphasizes environmentally and socially aware practices and prepares graduates for careers in the rapidly expanding low-carbon sector.

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Other:

• Students receive training in project planning, CV creation, interview practice, and career planning.
• They also undertake individual and group projects in the third and fourth years, requiring time management, project documentation, and collaborative working.
• Final year includes seminars delivered by successful engineers to showcase the breadth and diversity of engineering careers.

Bangor University

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Overview:

Bangor University is a public research university located in Bangor, Gwynedd, North Wales. It is one of the oldest and most prestigious degree awarding institutions in the UK, founded in 1884. The university is known for its commitment to academic excellence and its beautiful location surrounded by nature.

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Services Offered:

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Student Life and Campus Experience:

Bangor University offers a vibrant student life with a welcoming community. Students can enjoy a range of social activities, including free events and trips organized by the International Student Support Office. The university has a variety of clubs and societies, with over 200 to choose from, catering to diverse interests. Bangor's location between mountains and the sea provides unique opportunities for outdoor activities and sports.

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Key Reasons to Study There:

Academic Excellence:

Bangor University is recognized for its high-quality teaching and world-leading research.

Beautiful Location:

The university is situated in a picturesque location surrounded by stunning natural beauty.

Vibrant Student Life:

Bangor offers a diverse and welcoming community with a wide range of clubs, societies, and social events.

Strong Career Prospects:

The university provides resources and support to help students achieve their career ambitions.

Guaranteed Accommodation:

International students are guaranteed accommodation in the university's vibrant student villages.

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Academic Programs:

Bangor University offers a wide range of courses across the sciences, arts, business, humanities, and law. These include undergraduate, postgraduate taught, and postgraduate research programs.

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