Overview

Develop the skills that keep buildings running

Every building relies on complex systems to keep occupants safe, comfortable and productive. Building services engineers play a vital role in the performance, safety and sustainability of the built environment. From heating, ventilation, air conditioning, lighting and power to lifts, escalators and acoustics, they design, coordinate and maintain the systems that allow buildings to operate efficiently and responsibly. This online programme will help you develop practical, industry-relevant engineering knowledge to help further or launch your career in building services engineering.

About this programme

The details

This online CertHE Building Services Engineering is designed for people who want to start or progress a career in the technical systems that make buildings work. From electricity and lighting to heating, ventilation, water and fire safety systems, building services engineers play a critical role in how modern buildings perform.

Across the programme, you’ll build a strong foundation in building services engineering, developing knowledge of electrical building services and control systems, mechanical systems such as heating, ventilation and public health engineering, fire engineering and life-safety systems, and the integration and coordination of services using digital tools. You’ll also gain an understanding of professional practice, regulation and industry standards, alongside the principles of sustainable and low-carbon building services. Learning is practical, applied and closely aligned with real industry scenarios, helping you understand not just what building services systems do, but how and why they are designed, coordinated and delivered in practice.

Delivered fully online by the University of the Built Environment, this programme combines academic study with real-world application, making it ideal for those already working in construction, engineering or technical roles, or those looking to enter the profession.

Course accreditations

The University is also seeking accreditation for this programme from the Joint Board of Moderators (JBM).

Autumn Structure

Modules you will study

This is a part-time programme that consists of six modules.

Year 1

Building Services Fundamentals and Environmental Performance

Discover how buildings create comfortable, healthy, and efficient spaces. You’ll explore heat, light, air, sound, building fabrics, and energy use, while learning how mechanical, electrical and public health systems work together. Develop skills to interpret drawings and understand how design decisions shape building performance.

Mechanical and Public Health Engineering

Explore the systems that heat, ventilate and supply water to buildings, focusing on sustainability and compliance. Topics also include drainage and gas installations, low-carbon technologies, and design safety. You’ll apply thermodynamics and fluid flow principles to real scenarios and gain maths skills in pressure loss calculations, pipe-sizing formulas and flow rate analysis.

Electrical Building Services and Controls

Explore electrical systems and associated control technologies used in buildings. Learn key topics including low-voltage electrical distribution, lighting, fire detection, and ICT infrastructure, while developing skills in load calculations, safety principles and key standards. Understand how electrical systems integrate with wider building services. 

Fire Engineering

Discover how building services support fire safety and resilience. You’ll explore topics including fire dynamics, detection and alarm systems, safety measures, smoke control and suppression technologies, alongside escape design and key regulations. Through case studies, see how fire safety integrates with wider services in real buildings. 

Year 2

Systems Integration and Utility Coordination

Bring your learning together in a practical project, coordinating mechanical, electrical, fire and public health systems using BIM and spatial planning tools. Topics include utility intake planning, service zone design and installation sequencing, with applied numeracy embedded in scale interpretation, service zoning and spatial analysis for clash detection.

Professional Practice, Regulation and Industry Trends

Be prepared for industry challenges in the world of building services engineering. You’ll explore regulations, ethics, and health and safety while learning how engineers collaborate across disciplines. Discover how digitalisation, smart buildings, and decarbonisation are reshaping the industry, and learn how to interpret performance metrics and other data. 

Programme specifications

The module structure above is indicative for those beginning their studies in the autumn. For further information about programme content, or to see how modules are structured for those starting in spring, you can view the full CertHE Building Services Engineering programme specification, which sets out aims, intended learning outcomes and assessment methods.

Please note that modules are subject to change.

Programme leader

Programme leader

Jonathan Hubert

BSc(Hons) PG Cert (Research) AHEA ACIAT

Jon is the archetypal career-changer, having worked in the private sector for over 25 years prior to reading for a degree. He graduated in Architectural Technology from the University of West London (UWL). He is now a postgraduate researcher at the University of Portsmouth on the evaluation of building performance.

Online learning

The future of study

Flexible study

Balance your study, work and home commitments, all while working towards your career goals

e-Library access

Full access to a comprehensive and valuable e-library with a wealth of resources to support your studies

Interactive

Study using a diverse range of interactive, modern and dynamic learning resources

Expert-led

Learning activities that have been designed by University of the Built Environment lecturers and subject matter experts

Stay connected

Learn alongside a diverse community of students from all over the world

Time commitment and study breakdown

Studying two modules per semester requires an expected time commitment of 15-20 hours per week. If you study only one module per semester, the weekly time commitment will be less, depending on the module’s credit size. Most modules are typically 20 credits.

45

Directed study time (%)

25

Self-directed study time (%)

30

Assessment study time (%)

Careers

Where can it take you?

Completing this CertHE can help you progress into roles such as:

  • Building Services Engineering Technician
  • Electrical or Mechanical Services Technician
  • Facilities or Maintenance Engineering roles
  • Technical support roles in consultancies or contractors
  • Renewable Energy Engineer

Graduates work across sectors including:

  • Construction and engineering consultancies
  • Multidisciplinary contractors
  • Local authorities
  • Healthcare and education estates
  • Sustainable and renewable energy projects
Case Studies Slide 2
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Applications

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