Master's in Electronic Engineering

The Master's in Electronic Engineering program at Bangor University stands out as a premier choice for aspiring engineers aiming to deepen their knowledge and skills in the dynamic field of electronics. This comprehensive program is designed to empower students with a robust understanding of electronic principles and applications, equipping them for successful careers within the industry. Bangor University, consistently ranked among the top global universities, offers an enriching academic environment that combines innovative teaching methodologies and cutting-edge research opportunities.

The curriculum of the Master's program encompasses a wide range of subjects, including but not limited to digital systems design, signal processing, and embedded systems. Students can expect to engage with advanced topics such as microcontroller programming, power electronics, and telecommunications. The program aims to strike a balance between theoretical concepts and practical, hands-on experience, ensuring that graduates are not only knowledgeable but also industry-ready. Furthermore, students will have the chance to work on real-world projects, allowing them to apply their learning in practical settings.

At Bangor University, students benefit from a faculty that consists of highly qualified and experienced professionals who are committed to providing an exceptional educational experience. The teaching methodology employed emphasizes interactive learning, collaboration, and critical thinking. Faculty members are not only educators but also active researchers, which means that students can engage directly with ongoing research projects. This exposure allows students to contribute to innovative studies and gain valuable insights into emerging technologies and industry trends.

One of the unique features of the Master's in Electronic Engineering program is its focus on research opportunities. Bangor University boasts state-of-the-art laboratories and research facilities that are essential for conducting cutting-edge experiments. The university encourages students to take part in various research initiatives, thereby fostering an environment of inquiry and discovery. Students are provided with the resources necessary to explore their interests, collaborate with faculty on research projects, and potentially publish their findings in academic journals.

The program also places a strong emphasis on building connections with the industry, thereby facilitating internships and placement opportunities for students. The university has established partnerships with various organizations, providing students with invaluable networking opportunities that can lead to internships and professional engagements. Graduates of the program have gone on to find successful positions in reputable companies across sectors such as telecommunications, aerospace, automotive, and information technology, with a median base salary of approximately £55,000 per year.

The program curriculum is structured to ensure that students acquire a thorough understanding of both theoretical principles and practical applications. Key courses in the program include:

• Digital Communication Systems: Explore the fundamentals of modern communication technologies, including modulation schemes, signal processing, and the impact of noise on system performance.
• Control Systems Engineering: Study the principles of control theory, feedback systems, and how to design systems that maintain desired outputs in the face of external disturbances.
• Microprocessors and Embedded Systems: Delve into the design and programming of microcontrollers, and learn how to implement embedded systems in various applications.
• Power Electronics: Investigate the technology and applications of power conversion and control, including renewable energy systems and electric vehicles.

In terms of requirements, candidates looking to enroll in the Master’s program should possess a relevant undergraduate degree in engineering or a related field, alongside fulfilling the necessary English language proficiency criteria. Prospective students are required to submit a transcript, an academic letter of recommendation, and a resume as part of their application. The program also mandates standardized English language test scores, such as IELTS, TOEFL, or PTE, ensuring that international students meet the necessary communication standards.

With a diverse class size of around 25 students and an average age of 25, the program fosters a collaborative learning environment where students can share knowledge and experiences. The student international diversity rate of 24.54% further enhances the educational experience, creating a global perspective in the classroom.

Graduates of the program have found success in various roles, including positions like Test Engineer, Product Manager, and Embedded Systems Engineer. Many alumni have shared their positive experiences, highlighting how the program prepared them for their careers and helped them secure positions in leading companies worldwide.

Why Study Electronic Engineering at Bangor University

• A popular choice for international students with a diverse community, fostering a rich cultural exchange.
• Learn from the best faculty members who are not only educators but also active researchers, providing mentorship opportunities.
• Access to high-end labs and research facilities that facilitate in-depth learning and practical experience.
• Excellent placement programs and strong industry connections that enhance employability and career prospects post-graduation.

In conclusion, the Master's in Electronic Engineering at Bangor University offers a comprehensive and practical learning experience that prepares students for a successful career in the ever-evolving technology landscape. With its strong curriculum, esteemed faculty, and robust industry connections, this program is an ideal choice for those looking to excel in the field of electronic engineering.