MSc Electronic Information (at ZJUT, China)

1 Year On Campus Masters Program

University of Exeter

Program Overview

The MSc Electronic Information at the University of Exeter, delivered in partnership with Zhejiang University of Technology (ZJUT) in China, is designed for students who want to develop advanced knowledge in electronic systems, communication technologies, automation, robotics, and intelligent engineering solutions. The programme combines specialist technical learning with research skills and professional development, preparing graduates for careers in the rapidly evolving electronics, digital technology, and engineering sectors.

Curriculum Structure

Year 1

Throughout the programme, students develop advanced expertise in electronic information engineering through modules such as Data Analysis, Probability Theory, Signal Processing, Multivariable State-Space Control, Robotics and Automation, and Communication Engineering. These subjects help students understand how modern electronic systems work, develop analytical skills, and apply engineering principles to areas including automation, communication networks, and intelligent technologies.

Students also explore Ethics, Commercial and Professional Skill Development, which helps them understand the responsibilities of engineers and the importance of applying technology effectively in professional environments. The programme concludes with a Dissertation, where students carry out independent research on a specialist topic within electronic information engineering, allowing them to apply their technical knowledge to real-world challenges.

Focus Areas

Electronic information systems, signal processing, communication engineering, robotics and automation, control systems, data analysis, intelligent technologies, professional engineering skills, and advanced research in electronic information engineering.

Learning Outcomes

Graduates will gain the ability to analyse, design, and develop modern electronic information systems while building advanced knowledge in communication technologies, automation, robotics, and signal processing. Students will develop technical, analytical, research, and problem-solving skills needed to contribute to innovation across technology and engineering industries.

Professional Alignment (Accreditation)

The MSc Electronic Information is designed to develop the skills required for careers in the global electronics and information technology sectors. Through advanced engineering modules, research activities, and professional skills development, students gain knowledge relevant to industries such as telecommunications, automation, robotics, digital systems, and electronic engineering.

Reputation (Employability Rankings)

The programme benefits from the academic strengths of both the University of Exeter and Zhejiang University of Technology, providing students with an international learning experience and exposure to different engineering perspectives. Students graduate with a University of Exeter degree while studying in China, gaining a qualification that supports career opportunities in global technology and engineering industries.

Experiential Learning (Research, Projects, Internships etc.)

The MSc Electronic Information at the University of Exeter, delivered in partnership with Zhejiang University of Technology (ZJUT) in China, provides students with practical experience in advanced electronic systems, communication technologies, automation, robotics, and signal processing. Through research-led teaching, technical activities, and independent project work, students develop the ability to apply engineering concepts from modules such as Signal Processing, Robotics and Automation, Communication Engineering, Data Analysis, and Multivariable State-Space Control to real-world technology challenges.

The programme combines theoretical knowledge with practical learning opportunities, allowing students to explore modern engineering methods, digital tools, and research approaches used in electronic information industries. Students benefit from the academic expertise and facilities of both institutions, gaining valuable experience for careers in areas such as electronics, telecommunications, automation, and intelligent technologies.

Students gain practical experience through:

Electronics laboratory facilities: Students have access to specialist electronics facilities that support practical learning in circuit design, testing, programming, and electronic system development using industry-relevant equipment.
Engineering software and digital tools: Students use technical software and modelling tools that support electronic design, simulation, programming, data analysis, and the development of engineering solutions.
Signal processing and communication systems practice: Through modules such as Signal Processing and Communication Engineering, students develop practical skills in analysing signals, understanding communication technologies, and applying electronic information principles.
Robotics and automation activities: The Robotics and Automation module gives students experience with intelligent systems, automation techniques, and control methods used in modern engineering applications.
Research project and dissertation experience: Students complete a Dissertation, allowing them to investigate a specialist area of electronic information engineering, apply research methods, and develop independent technical problem-solving skills.
Control systems and modelling experience: Through Multivariable State-Space Control, students learn advanced control techniques and modelling approaches used in complex electronic and automated systems.
Access to engineering research facilities: Students benefit from the wider engineering facilities at the University of Exeter, including specialist laboratories and research environments that support innovation in electronics and technology.
International collaborative learning environment: As a joint programme between the University of Exeter and Zhejiang University of Technology, students experience a global learning environment that combines UK engineering expertise with Chinese academic and research strengths.
Professional skills development: Through Ethics, Commercial and Professional Skill Development, students build awareness of professional engineering practice, responsible technology development, and the skills needed to succeed in technology-focused industries.

Progression & Future Opportunities

Graduates of the MSc Electronic Information at the University of Exeter are well prepared for careers in the rapidly evolving technology and engineering sectors. The programme develops advanced expertise in electronic systems, communication technologies, automation, robotics, and signal processing, helping graduates pursue roles such as Electronic Engineer, Communication Systems Engineer, Robotics Engineer, and Signal Processing Engineer.

Students benefit from Exeter’s career support, international learning environment, and research strengths, helping them successfully progress into professional careers:

Career support services: Students have access to the University of Exeter’s Career Zone, which offers personalised career advice, employability workshops, employer events, networking opportunities, and support with CV preparation, job applications, and interview skills. Graduates can continue using Career Zone services for three years after completing their studies.
Strong graduate outcomes: The University of Exeter has a strong reputation among employers, with graduates recognised for their skills, knowledge, and professional preparation. The university works with a wide range of employers to support students in developing career opportunities after graduation.
Industry-focused career preparation: The programme equips graduates with skills relevant to industries such as electronics, telecommunications, robotics, automation, and digital technologies, where demand for specialists in electronic information engineering continues to grow.
University–industry connections: Students benefit from Exeter’s links with industry through employer engagement activities, networking opportunities, and career development initiatives that help them understand professional expectations and explore employment pathways.
International career opportunities: As a joint programme between the University of Exeter and Zhejiang University of Technology, students gain international academic experience that supports career opportunities across global technology markets, including China and other major innovation hubs.
Research and innovation opportunities: The dissertation project allows students to develop advanced research skills, investigate specialist topics in electronic information engineering, and prepare for careers in research, development, and technology innovation.
Long-term career value: With growing demand for intelligent systems, advanced communication networks, automation, and electronic technologies, graduates with expertise in electronic information engineering are well positioned for long-term career growth in the technology sector.

Further Academic Progression:
After completing the MSc Electronic Information, graduates can continue their studies through PhD programmes in areas such as Electronic Engineering, Communication Systems, Robotics, Signal Processing, Artificial Intelligence, and Control Engineering. The research experience gained through the dissertation provides a strong foundation for students who wish to pursue advanced research careers or specialist technical positions in emerging technology fields.