University of Nottingham Ningbo China
MSc Electronic Communications and Computer Engineering
Ningbo, China
MSc
DURATION
12 years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
Sep 2026
TUITION FEES
STUDY FORMAT
On-Campus
Key information
Degree: MSc Electronic Communications and Computer Engineering
Types of study: Full-time
Duration: 12 months
Start date: September each year
Faculty: Electrical and Electronic Engineering / Faculty of Science and Engineering
Course Overview
The MSc in Electronic Communications and Computer Engineering (ECCE) combines the University of Nottingham’s academic excellence with strong industry relevance. The programme provides graduates with advanced expertise in 5G/6G mobile and satellite communications systems, AI-driven electronic communications, Internet of Things, embedded computing and digital signal processing. The curriculum is fully aligned with the UK Engineering Council’s AHEP4 standards.
Designed to shape the next generation of technology leaders, the MSc in ECCE equips graduates to drive innovation in next-generation communications, robotics, automation, and more, all while benefiting from China’s dynamic tech ecosystem and the world-class research environment at the University of Nottingham Ningbo China (UNNC).
The MSc in Electronic Communications and Computer Engineering is a 12-month full-time programme comprising 180 credits: 120 credits of taught modules delivered across the Autumn and Spring semesters, followed by a 60-credit summer research project. The curriculum includes core modules in Holistic Engineering Design (10 credits), Project Development (10 credits), and an industry-linked dissertation (60 credits). Students then select 80–100 credits of advanced electives such as 5G/6G Mobile Communications, AI Systems, Advanced Computing, and Digital Signal Processing. Students may take up to 20 credits of foundation modules such as IoT, embedded computing, and AI if these subjects have not been previously studied.
The programme emphasises not only technical mastery but also the development of professional skills in design, innovation, sustainability, and ethical engineering practice. Through hands-on laboratory work, interdisciplinary teamwork, and industry collaborations, students gain the practical expertise and professional competencies expected of future Engineers.