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BSc (Hons) Electronic Engineering

Bangor University - (Oxford Int Group), United Kingdom
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Course Overview

The BSc (Hons) Electronic Engineering degree at Bangor University - Oxford Int Group campus is designed to provide students with a comprehensive understanding of the principles and practices of electronic engineering. The course covers a wide range of topics, including analogue and digital circuits, microprocessors, programming, and communication systems. Students will also gain practical experience through laboratory sessions and project work. This course is ideal for those interested in pursuing a career in the field of electronics, including areas such as telecommunications, computing, and robotics.

Additional Information

The course is taught by experienced lecturers with industry experience, ensuring that students receive the latest knowledge and skills in electronic engineering. The university also has state-of-the-art facilities, including specialist labs and equipment, to support student learning. Graduates of this course can expect to find employment in a variety of fields, including software development, electronics manufacturing, and research and development.

Discover the Beauty and Excellence of Bangor University - Oxford Int Group Campus

Bangor University is a world-class institution with a reputation for excellence in teaching and research. The university's location in North Wales provides a beautiful and inspiring environment for students to learn and grow. The Oxford Int Group campus offers a unique opportunity for students to experience a diverse range of cultural and academic experiences, while still benefiting from the resources and expertise of Bangor University.

Why You Should Study This Course

We’ve designed this course to accommodate anyone without the usual qualifications in mathematics and physics. Meaning you can pursue your interest in electronics and electronic systems to a degree level. During the course, you will get a thorough grounding in all the latest techniques in analog and digital electronics, together with training in professional skills, project management techniques, and intensive preparation in maths and science for electronics. You will gain extensive practical experience to ensure that you develop sound practical skills as well as thorough theoretical knowledge.

General Eligibility

We accept students with a wide range of qualifications and backgrounds and consider each application individually.

All students need to have good basic skills and the University also values IT and communication skills.

As part of the University’s policy, we consider applications from prospective disabled students on the same grounds as all other students.

UCAS Code - H611

Part Time Work Details

The 20 hours is total hours. It is not per job. If you hold multiple part-time jobs then the total hours of all the work you are doing added together.

What You'll Study

1 Year 1

ICE-1001 Professional Perspectives (20) (Full Term)

ICE-1111 Imperative Programming Foundat (10) (Semester 1)

ICE-1501 Computer Architecture & OS (20) (Semester 1)

ICE-1301 OR ICC-1301

Students must take one module from either ICE-1301 (English version) OR ICC-1301 (Welsh version).

ICC-1301 Egwyddorion Trydan ac Electron Cymraeg (20) Core (Full Term)

ICE-1301 Electrical & Electronic Princi (20) Core (Full Term)

ICE-1302 OR ICC-1302

Students must take one module from either ICE-1302 (English version) OR ICC-1302 (Welsh version).

ICC-1302 Dylunio Cylchedau Cymraeg (20) Core (Full Term)

ICE-1302 Circuit Design (inc. Digital L (20) Core (Full Term)

ICE-1112 OR ICC-1112

Students must take one module from either ICE-1112 (English version) OR ICC-1112 (Welsh version).

ICE-1112 Intro to Embedded Systems (10) (Semester 2)

ICE-1212 OR ICE-1211

Students without A-Level Mathematics will complete ICE-1212, otherwise ICE-1211.

ICE-1211 Engineering Mathematics (20) Core (Full Term)

ICE-1212 Foundation Engineering Maths (20) Core (Full Term)

2 Year 2

Compulsory Modules

Semester 1

ICE-2001: Sustainable Project Plan & Mgt (20)

ICE-2003: Electronics Team Project (20)

ICE-2211: Math Methods & Linear Syst (20)

ICE-2301: VLSI & Digital Circuits (20)

ICE-2312: Microelectronics&Nanophotonics (20)

Semester 2

ICE-2003: Electronics Team Project

ICE-2211: Math Methods & Linear Syst

ICE-2301: VLSI & Digital Circuits

ICE-2312: Microelectronics&Nanophotonics

ICE-2321: Analog Circuit Design & Comms (20)

3 Year 3

Compulsory Modules

Semester 1

ICE-3001: Individual Project (30) Core

ICE-3002: Research Methods (10)

ICE-3011: Quality Management (20)

ICE-3302: Electromagnetics (20)

ICE-3321: Control Systems (20)

Semester 2

ICE-3001: Individual Project

ICE-3002: Research Methods

ICE-3011: Quality Management

Optional Modules

20 credits from:

ICE-3301: Signal Processing & Transducers (20) (Semester 2)

ICE-3303: Microwave Engineering (20) (Semester 2)

ICE-3311: Embedded Systems (20) (Semester 1)

ICE-3903: Enterprise by Design (20) (Semester 2)

Language Requirement

Bangor University also recognizes Non-SELT Tests and Online Tests as mentioned below for direct entry to its degree programs.  

Also, scores lower than the IELTS 6.0 equivalent in any of these non-SELT and Online tests.

Ready to get started?

For any enquiries or further details, please don't hesitate to contact us. Let's take the next step in your academic journey together.

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