BEng Hons Electronic Engineering and Internet of Things (including foundation year)

From day one, this course emphasizes learning by doing—it's not just about theory. You’ll work in specialised laboratories dedicated to general electronics, IoT, high-frequency communications, CAD/design, embedded and digital systems, and opto-electronics. These spaces provide a hands-on environment where you’ll design, test, and refine electronic and communication systems using industry-standard simulation software and tools, both individually and in teams.

Key experiential components include:

Specialised Laboratories and Digital Tools:
You’ll have access to dedicated labs for general electronics, IoT, high-frequency communications, CAD, embedded systems, digital systems, and opto-electronics. In these facilities, you’ll design, implement, test, and document real-world electronic and communication systems with the support of professional-grade simulation software.

Structured Group and Individual Lab Work:
Coursework involves extensive practical lab sessions, combining individual projects with team-based tasks. This balance helps you develop both technical proficiency and strong interpersonal skills valued by employers.

Work-Related Learning and Placements:
At Level 5 (typically Year 2), you’ll complete a Work-Related Learning module, either through a professional placement or a project with real clients. London Met’s Careers and Employability team provides CV support, application guidance, and interview preparation, while the Employment Outcomes Team connects you with industry-linked opportunities. You can also choose a sandwich year after Level 5 for deeper professional immersion.

Project-Based Modules:
Modules such as Advanced Electronics Systems require you to complete group design case studies, progressing through every stage of engineering—from research and systems analysis to simulation, PCB prototyping, soldering, and testing.

Diverse Final-Year Projects:
Students have completed innovative projects including FPGA-based ultrasonic distance measurement systems, IoT-enabled horticultural monitoring setups, and communication jamming systems. These projects demonstrate the program’s emphasis on creativity and practical depth.

Robotics and IoT Training:
The Introduction to Robotics and Internet of Things module equips you with essential foundational skills such as breadboarding, working with sensors and actuators, voltage/current measurement, and simulation. It also introduces ethical and professional responsibilities in engineering practice.

Digital Infrastructure and Software Support:
Learning is supported by blended teaching through the university’s virtual learning environment, where you’ll access lecture notes, workshop exercises, tutorials, logbooks, and feedback—reinforcing the skills gained in labs and workshops.

Graduates of London Metropolitan University’s BEng (Hons) Electronic Engineering and Internet of Things are highly employable, moving into roles such as IoT solutions architect, embedded systems engineer, network specialist, electronics designer, and automation engineer. Many alumni also pursue further study in IoT, artificial intelligence, telecommunications, or related fields, or work in sectors including smart cities, healthcare technology, industrial automation, and consumer electronics.

Here’s how London Metropolitan University specifically supports your future:

Career Services & Experiential Learning:
The program integrates real-world projects and industry placements, giving you hands-on experience in IoT system design, sensor networks, and cloud computing. Learning is delivered through a mix of lab sessions, workshops, and collaborative projects, with a focus on practical skills in electronics, wireless communication, and IoT security. The university’s career services offer tailored guidance, including industry networking events, hackathons, and CV-building workshops, to enhance your employability throughout your degree.

Industry Partnerships & Research:
The School of Computing and Digital Media collaborates with leading tech firms and IoT innovators, ensuring the curriculum aligns with industry demands. Students engage with cutting-edge research in areas such as edge computing, cyber-physical systems, and smart infrastructure. The university’s facilities include dedicated IoT labs, electronics prototyping spaces, and cloud computing platforms. Employers value the program’s emphasis on embedded programming (C/C++, Python), data analytics, and secure IoT deployment—skills critical for roles in Industry 4.0, smart manufacturing, and connected devices.

Graduate Outcomes:
Students graduate with expertise in IoT architecture, wireless protocols (LoRa, Zigbee), and embedded hardware-software integration, alongside problem-solving and teamwork skills that are highly valued by employers in tech-driven industries.

Further Academic Progression:
After your BEng (Hons) degree, you can pursue a master’s in IoT, AI, or robotics, or enter roles in IoT development, systems engineering, or R&D, supported by the program’s industry-aligned curriculum and research opportunities.