| Program start date | Application deadline |
| 2023-09-19 | - |
| 2024-01-09 | 2023-11-04 |
| 2024-09-01 | - |
| 2025-01-01 | - |
Program Overview
The Electronic Engineering MSc program at De Montfort University equips students with advanced knowledge and skills in core electronic engineering disciplines, with a focus on power electronics and electromagnetic compatibility. The program emphasizes industry relevance and prepares graduates for a range of roles in the field, including control systems, embedded systems, and research and development.
Program Outline
Degree Overview:
Overview:
The Electronic Engineering MSc program at De Montfort University (DMU) is designed to equip students with advanced knowledge and skills in core electronic engineering disciplines, with a focus on traditionally underrepresented themes such as power electronics and electromagnetic compatibility. The program emphasizes industry relevance and prepares graduates for a range of roles in the field.
Objectives:
- Provide in-depth understanding of core electronic engineering principles.
- Develop skills in key areas, including power electronics, electromagnetic compatibility, embedded systems, and digital signal processing.
- Foster employability through industry-relevant content, professional placements, and research-informed teaching.
- Equip students for professional registration with the Institution of Engineering and Technology (IET).
Description:
The program uses a blended learning approach, incorporating lectures, tutorials, laboratory sessions, and an independent research project. Students learn from experienced staff with active research profiles, ensuring exposure to the latest developments in the field. The curriculum focuses on real-world applications and challenges, preparing graduates for successful careers in the industry.
Outline:
Program Content:
The program covers a wide range of topics, including:
- Semiconductor Fundamentals and Power Electronics
- Digital Signal Processing, Control, and Instrumentation
- Electromagnetic Compatibility and Embedded Systems
- Engineering Business Environment and Research Methods
- Individual Research Project
Course Schedule:
The program follows a modular structure, with each module typically lasting one semester. Students usually attend four hours of timetabled taught sessions per week for each module during the term. In addition to scheduled sessions, approximately 212 hours of independent study are expected for each 30-credit module.
Individual Modules:
- Semiconductor Fundamentals and Power Electronics: Explores the fundamentals of semiconductor devices and their applications in power electronics circuits.
- Digital Signal Processing, Control, and Instrumentation: Introduces concepts in digital signal processing, control systems, and instrumentation techniques.
- Electromagnetic Compatibility and Embedded Systems: Examines principles of electromagnetic compatibility (EMC) and their application in embedded systems design.
- Engineering Business Environment and Research Methods: Develops students' understanding of the business environment and research methodologies in engineering.
- Individual Research Project: Provides an opportunity to conduct research in a specific area of interest under the guidance of academic staff.
Assessment:
Assessment Methods:
A variety of assessment methods are used throughout the program, including:
- Examinations: Assess students' understanding of theoretical concepts.
- Coursework assignments: Evaluate students' ability to apply knowledge to practical problems and demonstrate critical thinking skills.
- Laboratory work: Assess students' practical skills and ability to design and conduct experiments. However, they typically assess the student's understanding of the subject matter, ability to apply knowledge and skills, critical thinking, problem-solving ability, communication skills, and presentation skills.
Teaching:
Teaching Methods:
- Lectures: Delivered by experienced academics to introduce key concepts and theoretical frameworks.
- Tutorials: Provide opportunity for interactive learning, clarification of doubts, and problem-solving practice.
- Laboratory sessions: Offer hands-on experience with electronic equipment and practical applications of theoretical concepts.
- Independent study: Encourages self-directed learning and deeper exploration of chosen areas of interest.
- Individual research project: Provides a platform for applying knowledge, developing research skills, and demonstrating originality.
Faculty:
- The program is taught by experienced academics with research expertise in various areas of electronic engineering, including emerging memory devices, nano-structures, and communications cabling.
- DMU's Centre for Electronic and Communications Engineering, associated with the program, offers expert solutions and innovative techniques in electronics, communications, healthcare, and entertainment.
Careers:
Potential Career Paths:
Graduates are prepared for diverse careers in electronic engineering, including:
- Control systems and embedded systems
- Engineering electronics design
- Biomedical monitoring
- Research and development in various industries
Career Opportunities:
Students have secured placements with renowned companies like Rolls Royce and Airbus. Graduates can pursue further research and advance to a Ph.D. degree.
UK
EU/International Programme code: H60071 Duration: 12 months (September start), 16 months (January start) Start date: September, January Fees and funding: 2023/24 full-time fees for UK students: £9,000 per year 2024/25 full-time fees for UK students: £9,500 per year How to apply Order a prospectus Book an Open Day Submit a study-related enquiry Programme code: H60071 Duration: 12 months (September start), 16 months (January start) Start date: September, January Fees and funding: 2023/24 full-time fees for EU and international students: £17,100 per year 2024/25 full-time fees for EU and international students: £17,600 per year How to apply Application guidance document Order a prospectus Submit a study-related enquiry
