Electrical and Electronic Engineering MEng (Hons) course
| Program start date | Application deadline |
| 2023-09-01 | 2023-07-09 |
| 2024-01-01 | 2023-11-26 |
| 2024-09-01 | - |
Program Overview
The Electrical and Electronic Engineering MEng (Hons) course at Teesside University equips students with the technical expertise and practical skills to excel in the dynamic field of electrical and electronic engineering. The program emphasizes theoretical and practical knowledge, enabling graduates to enter the workforce as highly qualified engineers with the ability to design, analyze, and implement sophisticated electrical and electronic systems. Graduates are well-positioned for successful and rewarding careers in various industries, including energy, manufacturing, transportation, communications, electronics, and healthcare.
Program Outline
Degree Overview
The Electrical and Electronic Engineering MEng (Hons) course at Teesside University prepares students for a career in the dynamic field of electrical and electronic engineering. The program aims to equip graduates with the technical expertise and practical skills needed to excel in this vital sector, driving innovation and shaping our daily lives.
Objectives:
The program's key objectives include:
- Providing a comprehensive understanding of electrical and electronic engineering principles, covering areas like analogue and digital electronics, microprocessors, embedded systems, design, modeling, coding, communication systems, electrical machines, and power systems.
- Equipping students with the ability to analyze, design, and implement electrical and electronic systems, fostering critical thinking and problem-solving skills.
- Cultivating practical skills through hands-on laboratory sessions, design projects, and industry placements, ensuring graduates are well-equipped for real-world challenges.
- Enabling students to apply their knowledge and technical expertise to real-world engineering problems, contributing to technological advancements and societal progress.
Program Description:
This integrated master's program combines three years of undergraduate study with one year of postgraduate study. It emphasizes theoretical and practical knowledge, enabling graduates to enter the workforce as highly qualified engineers with the ability to design, analyze, and implement sophisticated electrical and electronic systems.
Outline
Program Content:
The program curriculum delves into various aspects of electrical and electronic engineering, providing students with a holistic understanding of the field. Key areas covered include:
- Electrical Principles: Fundamentals of electricity, circuit analysis, and power systems.
- Electronic Principles: Analog and digital electronics, microprocessors, embedded systems.
- Engineering Mathematics: Essential mathematical tools applicable to engineering problems.
- Engineering Practice: Hands-on experience in design, fabrication, and testing procedures.
- Physics and Instrumentation: Instrumentation fundamentals, measurement techniques, and practical applications.
- PLCs and Embedded Systems: Programmable logic controllers, embedded system design, and applications.
- Industrial Communications: Digital and industrial communication protocols, practical implementation.
- Machines: Principles, analysis, and performance characteristics of electrical machines.
- Multidisciplinary Software and Systems: C++ programming, algorithms, data structures, and application development.
- Power Systems: Power system analysis, operation, design, and control methods.
- Sustainable Systems and Industry 4.0: Sustainability principles, industry automation, renewable energy integration, and data analytics.
- Industrial Electronics: Power electronic devices, converters, and applications in switched-mode power supply.
- Power Electronics for Energy Systems: In-depth knowledge of power electronic converters, design, and applications in various energy systems.
- Microgrids: Concept, benefits, load balancing, control strategies, and applications for communities and low-carbon energy.
- Smart Grids: Importance, flexibility, automation, and control requirements in power distribution networks.
Course Structure:
The program is divided into three years of undergraduate study and one year of postgraduate study. Each year comprises a balanced combination of core modules providing fundamental knowledge and elective modules enabling students to tailor their learning to specific areas of interest.
Year 1:
- Core Modules: Electrical Principles, Electronic Principles, Engineering Mathematics, Engineering Practice, Physics and Instrumentation, PLCs and Embedded Systems.
Year 2:
- Core Modules: Digital Electronics Design, Electrical Engineering, Industrial Communications, Integral Transforms and Matrices, Machines, Multidisciplinary Software and Systems.
Year 3:
- Core Modules: Electric Drives, Industrial Electronics, Integrated Masters Project, Power Systems, Sustainable Systems and Industry 4.0.
- Optional Work Placement: Students have the option to spend one year in industry gaining practical experience and developing professional skills.
Year 4 (Master's year):
- Core Modules: Digital Control, Design and Implementation, Integrated Masters Research Project, Power Conversion for Energy Systems, Sustainability (Interdisciplinary Group Project).
- Optional Modules: Future Energy Demand, Microgrids, Smart Grids.
Course Schedule:
The program follows a traditional academic year with lectures, seminars, tutorials, and laboratory sessions taking place throughout the semester. Specific timetables are available on the university website.
Individual Modules:
Each module within the program focuses on a specific area of electrical and electronic engineering, providing in-depth knowledge and practical skills. For detailed descriptions of individual modules, please refer to the program information on the university website.
Assessment
The program employs a variety of assessment methods to evaluate student learning and comprehension. These methods include:
- Coursework assignments: Regularly submitted written assignments requiring analysis, design, and problem-solving skills.
- Project reports: In-depth research and development projects culminating in comprehensive written reports.
- Formal examinations: End-of-module assessments covering theoretical and application knowledge.
- Presentations: Opportunities for students to showcase their learning and communication skills.
Teaching
The program is delivered by a team of experienced and passionate academics, industry experts, and researchers. The teaching methods employed aim to create an engaging and interactive learning environment, promoting:
- Interactive lectures: Delivery of theoretical concepts through engaging presentations, discussions, and question-and-answer sessions.
- Hands-on laboratory sessions: Practical application of theoretical knowledge through experiments, design projects, and problem-solving activities.
- Small group tutorials: Personalized support and guidance in smaller groups for in-depth understanding and clarification of complex concepts.
- Project-based learning: Application of knowledge and skills through real-world engineering projects, fostering creativity, problem-solving, and teamwork abilities.
- Industry engagement: Guest lectures, industry visits, and project collaborations with industry professionals, providing insights into real-world challenges and career opportunities.
Careers
The program prepares graduates for a wide range of career paths within the electrical and electronic engineering sector. Potential career opportunities include:
- Electrical engineer: Designing, developing, and implementing electrical systems and devices for various applications.
- Electronics engineer: Designing and developing electronic circuits, systems, and products for use in various industries.
- Power systems engineer: Analyzing, designing, and optimizing power systems for efficient and reliable electricity distribution.
- Control systems engineer: Designing and developing control systems for machines, processes, and industrial applications.
- Embedded systems engineer: Designing and developing embedded systems for integration into various products and devices.
- Robotics engineer: Designing and developing robots and robotic systems for industrial, medical, and other applications.
- Research and development engineer: Conducting research and developing new technologies and solutions in various areas of electrical and electronic engineering. Graduates can find employment in various industries such as energy, manufacturing, transportation, communications, electronics, and healthcare. With the growing demand for skilled electrical and electronic engineers, graduates are well-positioned for successful and rewarding careers.
Tuition Fees and Payment Information:
- Fee for UK applicants: £9,250 a year
- Fee for international applicants: £17,000 a year
Teesside University
Overview:
Teesside University is a public university located in Middlesbrough, Tees Valley, England. It is known for its strong focus on student experience, research, and business partnerships. The university has invested heavily in its campus, offering modern facilities and a vibrant learning environment.
Services Offered:
Teesside University provides a wide range of services to its students, including:
Undergraduate and postgraduate study:
Offering a diverse selection of programs across various disciplines.Short courses and CPD:
Providing opportunities for professional development and upskilling.Online learning:
Delivering flexible and accessible learning options.International student support:
Providing dedicated services for international students.Career services:
Offering guidance and support for career planning and job searching.Student support services:
Providing academic, personal, and financial support to students.Library and IT facilities:
Offering access to extensive resources and technology.Accommodation services:
Providing on-campus and off-campus accommodation options.Sports and recreational facilities:
Offering a variety of sports and leisure activities.Student Life and Campus Experience:
Teesside University prides itself on its close-knit and supportive community. Students can expect a vibrant campus life with:
Social events and activities:
Offering opportunities to connect with fellow students and engage in extracurricular activities.Student societies and clubs:
Providing platforms for students to pursue their interests and develop their skills.Campus facilities:
Including a modern library, sports facilities, and a variety of dining options.A welcoming and inclusive environment:
Fostering a sense of belonging and diversity.Key Reasons to Study There:
Affordable excellence:
Offering a high-quality education at a competitive price.Gold rating in the Teaching Excellence Framework (TEF):
Recognized for its outstanding teaching and student experience.World-leading research:
Conducting impactful research across various fields.Strong industry partnerships:
Providing opportunities for students to gain practical experience and develop valuable connections.Vibrant and supportive community:
Offering a welcoming and inclusive environment for students to thrive.Academic Programs:
Teesside University offers a wide range of academic programs across six schools:
School of Arts & Creative Industries
School of Computing, Engineering & Digital Technologies
School of Health & Life Sciences
School of Social Sciences, Humanities & Law
Teesside University International Business School
University departments
Other:
Campus Masterplan:
Teesside University has invested £280 million in its campus to enhance the student experience and support the local community.Strong commitment to equality and diversity:
Recognized as a top employer for its commitment to inclusivity.Nationally recognized for its services to business:
Providing impactful partnerships with local and global organizations.Located in a vibrant and affordable region:
Offering a unique blend of urban and rural experiences.Entry requirements:
UK applicants:
- 112-128 points including maths, from any combination of acceptable Level 3 qualifications. Examples include A-level, BTEC, Access to HE Diplomas, Scottish and Irish Highers, T-Level, or the International Baccalaureate.
- We accept the following T-Levels:
- Design and Development for Engineering and Manufacturing
- Design, Surveying and Planning for Construction (specialism Civil Engineering)
- Maintenance, Installation and Repair for Engineering and Manufacturing from City & Guilds.
- Find out how many points your qualifications are worth using the UCAS tariff calculator.
- Accredited prior learning: You may be able to join onto year two or three if you’ve studied a HNC or HND. If you don’t have a qualification but have gained relevant credits at Level 4 in a related subject, then credit transfer may be possible.
- Alternative routes into this course are available if you have not met the entry requirements as listed.
Language Proficiency Requirements:
The University website does not explicitly state any language proficiency requirements for this course. However, it is likely that international applicants whose first language is not English will need to provide evidence of their English language ability. This could be in the form of a recognized English language test such as IELTS or TOEFL.
