MEng Computer Systems Engineering

Computer Systems Engineering at Warwick is specifically designed for students who don’t just want to learn theory—they want to build, create, and solve real-world problems with their hands. From day one, you’ll be immersed in world-class facilities, gaining practical experience with the same tools and technologies used by leading engineers in industry. This program is all about turning ideas into functional, cutting-edge systems.

Our approach is hands-on and integrated, connecting lecture-based learning directly to labs and project spaces. You’ll develop a deep, practical understanding of how hardware and software integrate by working on a progression of challenging, rewarding projects. This is where you truly learn the craft of engineering.

Specialist Software & Digital Tools
You’ll gain proficiency in industry-standard electronic design automation (EDA) tools like Xilinx Vivado for FPGA programming, alongside programming environments for C/C++ and Python, which are essential for embedded systems development.

Dedicated Laboratory Spaces
You will spend significant time in well-equipped Electrical and Electronic Engineering laboratories, purpose-built for designing and testing digital systems. These include oscilloscopes, signal generators, and soldering stations for prototyping your own PCBs.

Substantial Group & Individual Projects
The curriculum is built around project-based learning. A major highlight is the third-year individual project, where you’ll tackle a substantial piece of work from conception to completion, often involving the design and implementation of a complex computer system. You’ll also collaborate on group projects that mirror professional engineering teams.

Industry-Standard Hardware
Get hands-on with the actual hardware you’re designing for, including ARM-based microcontrollers and FPGA development boards, enabling you to create and test sophisticated digital logic designs.

Research-Led Facilities
The School of Engineering has strong links with research groups, and as you progress, you may have the opportunity to use more advanced facilities connected to research in areas like intelligent systems and high-performance computing.

Graduates of the University of Warwick’s MEng Computer Systems Engineering are highly employable, moving into roles such as senior systems architect, lead embedded systems engineer, R&D project manager, automation solutions specialist, and technology consultant. Many alumni also pursue further study at PhD level in artificial intelligence, robotics, cybersecurity, or related fields, or work in leadership positions across sectors including autonomous vehicles, aerospace, telecommunications, and advanced manufacturing.

Career Services & Experiential Learning
The integrated master’s program includes a significant industrial placement year, providing extended professional experience at an advanced level with leading global technology firms. Teaching combines advanced lectures, specialist laboratory work, complex team design projects, and a major individual research project in the final year, with a strong emphasis on innovation, leadership, and strategic systems thinking. The University’s dedicated Student Opportunity and Careers team provides master’s-level support, including leadership development programmes, executive networking events, and connections to graduate schemes with major engineering employers.

Industry Partnerships & Research
The School of Engineering maintains deep research collaborations and industry partnerships, with access to world-class facilities including the National Automotive Innovation Centre, advanced robotics labs, and secure systems testbeds. Students benefit from research-intensive teaching in cutting-edge areas such as autonomous systems, high-performance computing, machine intelligence, and cyber-physical security. The MEng curriculum is shaped by industry leaders and research excellence, ensuring graduates possess the advanced technical knowledge and managerial capabilities required for senior engineering roles.

Graduate Outcomes
Students graduate with a master’s-level understanding of complex systems integration, advanced software engineering, strategic project leadership, and innovative design, demonstrated through a substantial final-year project and extended industrial experience. These advanced competencies are in high demand for leadership and R&D positions in technology-driven industries.

Further Academic Progression
After your MEng at Warwick, you can progress directly to PhD research, enter senior technical or R&D leadership roles in industry, or pursue executive pathways in engineering management and technology consultancy, supported by the program’s full CEng accreditation and world-class research reputation.