MSc Embedded Systems and IC Design

2 Years On Campus Masters Program

Liverpool John Moores University

Program Overview

The MSc Embedded Systems and IC Design at Liverpool John Moores University equips you with advanced skills in both hardware and software aspects of embedded and integrated circuit systems. It’s designed for engineering and physical science graduates who want to become specialists in microelectronics, embedded control, or chip design—fields that drive today’s technological innovation in everything from autonomous systems to smart devices.

Curriculum Structure

Year 1 (Full-time, 12 months)
The first year develops your core expertise through modules like Embedded Systems and IC System Design, where you’ll explore the theory, tools, and practical techniques used to design modern embedded devices and digital integrated circuits. You’ll also study Nano Devices, Fabrication and Testing, which gives you insight into semiconductor materials, microfabrication processes, and device characterization used in the electronics industry.

Complementary modules such as Modelling and Simulation and Digital Design and Test strengthen your ability to analyse circuits and systems using simulation tools and testing frameworks. You’ll also complete Research Skills and Professional and Leadership Skills, preparing you for independent research and technical management roles. The year culminates in an extensive MSc Dissertation—an opportunity to apply your learning to a specialist topic, often linked to cutting-edge projects within LJMU’s engineering research groups.

Extended (20-month) Route
For students opting for the extended pathway, the additional semester includes a Group Design Project or placement, allowing you to collaborate on real-world challenges and further develop your technical and teamwork capabilities before undertaking your dissertation.

Focus Areas

Embedded systems architecture and design; digital IC system development; nano-device fabrication and testing; modelling and simulation of electronic systems; leadership and professional practice in engineering.

Learning Outcomes

Graduates will be able to design, implement, and evaluate complex embedded and integrated circuit systems using advanced simulation and development tools. You’ll gain practical experience in semiconductor technologies, system modelling, and testing, along with professional and leadership skills essential for working in high-tech design environments or progressing into research and development roles.

Professional Alignment (Accreditation)

The programme follows engineering education frameworks aligned with the UK Engineering Council’s standards for advanced technical learning. While it is not currently listed as professionally accredited, the course content and outcomes support progression toward professional recognition such as Chartered Engineer status through further experience and membership with relevant engineering institutions.

Reputation (Employability Rankings)

Liverpool John Moores University has a strong employability record, with 94% of postgraduates in work or further study within 15 months of graduation. The Faculty of Engineering and Technology is known for its applied research and close connections with the electronics, semiconductor, and embedded systems industries—helping graduates transition smoothly into professional engineering roles worldwide.

Experiential Learning (Research, Projects, Internships etc.)

The MSc Embedded Systems and IC Design at Liverpool John Moores University is built on hands-on experience and real-world application. From your first term, you’ll work directly with the tools, techniques, and technologies used by professional engineers. The programme’s teaching takes place within the School of Engineering’s state-of-the-art facilities at Byrom Street, giving you access to electronics laboratories, digital design suites, and hardware prototyping spaces. You’ll develop advanced design and testing skills through both individual and group projects — preparing you for technical roles in embedded systems, IC design, and semiconductor technology.

Here’s how this experiential learning takes shape:

Specialised laboratories and computer suites with access to industry-standard software such as MATLAB, Simulink, and design tools for integrated circuit (IC) layout, simulation, and testing.
Practical modules like Embedded Systems, IC System Design, and Nano Devices, Fabrication and Testing — giving you hands-on experience in embedded hardware, VLSI design, and semiconductor device testing.
A major independent dissertation project (60 credits) where you conduct in-depth research or create a working prototype that demonstrates your technical ability and innovation.
Optional group design project or industrial placement for extended-study students, providing valuable team experience and exposure to professional engineering environments.
Activity-based learning and project-driven teaching, including case studies, lab-based assignments, and collaborative problem-solving tasks designed to mirror real engineering practice.
Access to advanced engineering workshops, including electronic circuit fabrication areas, nano-device testing labs, and prototyping facilities.
Support from the Electrical and Electronic Engineering Research Centre, where postgraduate students engage with active research in areas like digital microelectronics, embedded controllers, and sensor systems.
Comprehensive library and digital resources, ensuring you can access technical literature, research journals, and data repositories to support your coursework and research.

This blend of rigorous academic study and applied practice ensures you graduate not only with a solid understanding of embedded and IC technologies but also the practical engineering experience to design, test, and deliver complex electronic systems confidently.

Progression & Future Opportunities

If you’re passionate about electronics, innovation, and next-generation technology, the MSc Embedded Systems and IC Design at Liverpool John Moores University (LJMU) is a powerful step toward a high-impact engineering career. Graduates typically progress into roles such as Embedded Systems Engineer, IC Design Engineer, FPGA/ASIC Engineer, or Hardware Systems Architect — all vital in industries shaping the future of computing, communications, and automation. So: here’s how LJMU helps you get there, and what you can expect after graduation.

Progression & Future Opportunities

This MSc prepares you for advanced technical and design positions in embedded systems, integrated circuits, and micro-electronics — from concept and simulation to testing and production.
Typical job roles include:
- Embedded Systems Engineer
- IC (Integrated Circuit) Design Engineer
- FPGA/ASIC Engineer
- Hardware Systems Architect

How LJMU supports your career:

Specialist employability support: LJMU’s Student Futures careers team offers targeted assistance for engineering postgraduates — including CV and portfolio guidance, employer networking, and support in securing placements or graduate roles within the electronics and semiconductor industries.
Employment outcomes: Approximately 94% of LJMU postgraduates are employed or in further study within 15 months of graduation, reflecting strong employer confidence in LJMU’s technical programs.
Industry connections: The university collaborates closely with regional and national technology partners through the Liverpool City Region Manufacturing and Engineering Network, giving students access to applied projects, industrial research, and design-led innovation.
High-value expertise: The program is delivered by the School of Engineering, renowned for its research in Microelectronics, Embedded Systems, and VLSI Design. This ensures graduates gain the analytical and practical skills employers are seeking.
Graduate outcomes: Core modules such as Embedded Systems Design, IC System Design, and Nano Devices, Fabrication & Testing build mastery in simulation tools, circuit development, and system integration — preparing you for leadership or R&D roles in electronics, IoT, and semiconductor sectors.

Further Academic Progression:

After completing this MSc, you can advance to a PhD in Microelectronics, Embedded Systems, or Nano-Device Engineering, deepening your expertise in areas such as advanced IC architecture, VLSI systems, or embedded AI applications. Alternatively, you can work toward professional chartership as a Chartered Engineer (CEng) — combining your master’s qualification with industrial experience to achieve internationally recognised engineering status.