Programming Engineer - Market Harborough | £55,000 per annum, 12% Pension, 27 days Holiday
A global innovator in combustion technology is searching for a PLC Programming Engineer to lead the design and programming of control systems that drive the next generation of clean energy technology.
From Burner Management Systems to Flare Gas Recovery, your code won’t just control equipment — it’ll power industry-wide transformation.
This role comes with a substantial benefits package including an Annual Bonus +12% Pension + 27 Days Holiday (exl. PH), BUPA Healthcare, Life Insurance, Christmas Bonus and Regular Team Events
About the Company
This is where cutting-edge meets mission-critical. As a world leader in combustion and environmental solutions, the company delivers breakthrough technologies for oil and gas, petrochemical, and power generation sectors.
Their systems improve safety, efficiency, and environmental compliance across some of the most demanding operations on the planet.
With a global footprint and a culture that thrives on excellence, this team offers unmatched opportunities to shape the future of energy infrastructure.
About the Software Programming Engineer Role
In this technically complex and commercially influential role, the Software Programming Engineer will design, program, and test PLC, HMI, and SCADA software for bespoke systems in burner control, flare ignition, vapour recovery, and more.
Working closely with multi-disciplinary teams and global clients, you’ll ensure the systems are safe, functional, and compliant with the world’s most rigorous standards (EN-746-2, NFPA-85, IEC 61508, etc.).
You’ll get to see your work in action — from programming to commissioning and play a hands-on role in global energy projects.
Key Responsibilities – Software Programming Engineer
Design, program, and test PLC/HMI/SCADA software for Burner Management Systems and environmental systems
Develop User Defined Specifications (UDS) and Functional Design Specifications (FDS)
Prepare and interpret Cause & Effect matrices
Participate in HAZOP, LOPA, and SIL reviews for critical safety systems
Support commissioning teams on-site and provide troubleshooting guidance
Integrate systems with third-party equipment via communication protocols including Modbus, TCP/IP, Profibus, and Profinet
Collaborate with design, electrical, and mechanical engineering teams across global locations
Maintain adherence to standards such as IEC 61508, IEC 61511, and ATEX
What We’re Looking For – Software Programming Engineer
5+ years of experience in control system programming (e.g. Siemens TIA, S7-300/400/1500 BMS, Rockwell Automation, HIMA, or Honeywell)
Degree or HND in Electrical, Electronics, or Instrumentation Engineering
Hands-on experience in electrical panel design, PLC systems, and industrial automation
Confident in working with P&IDs, hardwired logic, relay and timer circuits
Familiarity with safety-critical programming standards (SIL, IEC 61508/61511)
TUV or similar functional safety certification is highly desirable
Knowledge of hazardous area standards (e.g., ATEX) and combustion control systems
Willingness to travel internationally via car, air, or helicopter
Must hold a valid UK driving licence and live within commuting distance to Stamford
Benefits
£55,000 salary (DOE)
Work with a global leader in combustion systems engineering
Access to international projects and client sites
Work in a multidisciplinary environment with world-class engineering talent
Opportunities for technical training, certifications, and continuous development
Collaborative, innovative culture with strong leadership and technical mentorship
Why Join as a Controls Engineer – Software Programming Engineer?
You won’t be stuck behind a desk. You’ll be hands-on with breakthrough systems used by the most advanced energy companies in the world. From software development to live commissioning and global client interaction — this is where complex code meets real-world impact.
Apply now and take the lead as a Controls Engineer – Software Programming Engineer shaping the energy systems of tomorrow.
