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Faculty of Engineering and Technology 3 Years

BEng (Hons) Electronic Systems Engineering

Design advanced smart electronics with a UK-validated Embedded Systems degree. Master IoT hardware, sensor integration, and industrial automation technologies.

Program Overview

This course is aimed at those who are looking to pursue a career in the area of electronics and embedded systems. It focuses on the emerging technologies used in the electronics sector, and well as providing an insight into the latest sensor and Internet of Things (IoT) hardware that is increasingly being used within automation.

🔌To develop a sound understanding of electronic systems and their applications
🔌To develop a critical understanding of the role that electronic sensors play within the industrial automation and embedded systems community
🔌To develop the knowledge, skills and abilities to specify, build, test and deploy electronic systems to a range of use cases
🔌QAP0226- To develop the professional behaviours expected of those who work within the electronics industry, including relevant health and safety requirements.

Career Pathways

Embedded Systems Engineer, Electronics Design Engineer, IoT Hardware Specialist, Automation Engineer, Firmware Developer, Robotics Control Engineer, Sensor Systems Architect, Electronics Test Engineer

Entry Requirements

Completion of the Diploma in Engineering (Electronic Systems) Level 4 and Advanced Diploma in Engineering (Electronic Systems) Level 5 (equivalent to HND) of the STIMU programme will allow entry onto the Level 6 award.

Holders of other Level 5 awards in a relevant engineering discipline will be considered for entry to Level 6

Applicants with relevant work experience may be considered on a case-by-case basis for Recognition of Prior Learning (RPL)

IELTS (5.5 overall, 5 individual) or equivalent qualifications

What You'll Learn

  • Design, build, and deploy custom electronic systems and embedded hardware for diverse industrial applications
  • Integrate modern sensor technologies and IoT devices into automated control systems
  • Evaluate the operational performance and reliability of electronic circuits within industrial environments
  • Apply health, safety, and professional standards required within the global electronics engineering industry.

Curriculum Structure

Units

1 year
Unit Code Level Credit Unit Name Core / Option
CIS013-3 6 30 Research methodologies and emerging technologies Core
NEW001 6 30 Electronic control, systems and sensors Core
CIS015-3 6 30 Social and Professional Project Management Core
CIS017-3 6 30 Undergraduate project Core

Duration

3 Years full-time

Intake

March, July

Awarding Body

University Of Bedfordshire

Tuition

Contact admissions for current fee schedule

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