Mechanical Engineering with Robotics BEng

The BEng Mechanical Engineering with Robotics course at the University of Sussex provides a strong hands-on learning structure that combines theoretical knowledge with practical engineering expertise. 

Investigation and Project Tasks 

Personal Project: In your last year, you will engage in a comprehensive engineering project that covers the entire project cycle, including ideation, planning, administration, and sharing. This project requires imaginative thinking, self-management, research abilities, and collaboration with talented experts. Depending on your concentration, it might encompass the design, development, and testing of a system, building or prototyping for hardware initiatives, or software simulations and code creation for software endeavors. ​ 

Robot Design and Implementation Module: This module provides practical experience in creating and executing robotic systems. You will undertake around 150 hours of work, which consists of about 33 hours of contact hours and 117 hours of self-directed study. The module aims to equip learners with hands-on skills in building and programming robots. 

Year of Industrial Placement 

A voluntary industrial placement year provides you with the opportunity to acquire practical experience in a pertinent industry, utilizing your academic knowledge in a work environment. The university's committed careers team helps you locate an employer, write applications, get ready for interviews, and offers continual support during your placement. ​ 

Resources and Facilities 

You will learn in the university's Future Technologies Labs, which feature computer suites and advanced automation/robotics facilities. A specialized manufacturing lab is available, featuring advanced equipment like CNC machines and 3D printers. These resources facilitate various practical learning experiences and research opportunities. 

Graduates of the BEng Mechanical Engineering with Robotics course at the University of Sussex are highly equipped for numerous career options and advanced academic endeavors, due to the program's significant focus on hands-on experience and industry relationships. 

Job Prospects 

The program provides students with technical, collaboration, and design abilities relevant to fields like robotics, automation, automotive, aerospace, and energy. Graduates may seek positions such as:​ 

Sussex University 

Engineer in Robotics 

Automation Specialist 

Mechatronics Engineer 

Systems Control Engineer 

Engineer of Embedded Systems 

Self-Driving Car Engineer 

Aeronautics Engineer 

Production Engineer 

Product Development Specialist 

Engineer in Research and Development 

The University of Sussex has robust connections with firms such as Jaguar, IBM, Siemens, and Thales, offering students critical insights into potential employers and practical engineering problems. ​ 

Additional Education 

Graduates might opt to seek higher degrees to enhance their technical skills. Choices consist of:​ 

Master of Engineering (MEng) in Mechanical Engineering specializing in Robotics 

Master of Science (MSc) in Enhanced Mechanical Engineering 

Philosophy Doctor (PhD) in engineering or associated fields​ 

These graduate programs provide chances to participate in research that corresponds with the university's globally acknowledged research fields.