BMS Engineering Manager - Energy Optimisation & Smart Buildings
Are you ready to step into a leadership role where your technical expertise can shape the future of intelligent buildings?
A leading building technologies firm is looking for an experienced BMS Engineering Manager to take the reins of their design and applications engineering function. You'll be at the centre of energy optimisation, BMS strategy and intelligent system delivery for complex, high-profile environments.
This isn’t just another management role, it’s a chance to lead innovation in building automation and deliver genuine impact across a growing national project portfolio.
Tewkesbury
* £55,000 - £65,000
* Yearly Bonus
* Car or Car Allowance
* Private Healthcare
* Pension
* Remote Working
* Opportunity to lead a new division
Responsibilities:
* Oversee and mentor a team of BMS Design and Applications Engineers, supporting the delivery of technically robust, energy-efficient building control systems.
* Take the lead in developing advanced control strategies and architecture, from HVAC logic and plant sequencing to integration with third-party systems.
* Leverage your experience with BACnet, MQTT and IP-based architectures to drive best-in-class integration and smart building functionality.
* Support energy optimisation goals across commercial and critical environments, using data-driven strategies to reduce consumption and boost performance.
* Work hands-on with Tridium Niagara and related platforms to guide system architecture, application engineering, and scalable solutions.
Experience Required:
* Extensive knowledge of BMS control systems, including a deep understanding of HVAC systems, plant control and smart building technologies.
* Hands-on experience writing and reviewing control strategies for HVAC and energy systems, with a focus on efficiency and scalability.
* Strong familiarity with open protocols such as BACnet, MQTT and Modbus, including practical integration experience.
* Experience with Tridium Niagara or similar integration platforms (e.g., Trend, Distech, Siemens) – including graphics, logic and system architecture.
* Solid understanding of energy optimisation principles, including system analytics, fault detection and performance reporting.