Job Description

What you will do

In this role, you'll design and develop fire suppression systems--primarily deluge systems for transformer protection using HV, MV Tyco, and Wormald technologies. Working closely with Project Managers, you'll produce detailed design drawings, review specifications, and ensure timely delivery of design packages. You'll also support technical queries, liaise with clients, and help deliver innovative solutions that protect critical infrastructure.

What we offer

Competitive Salary:

Reflecting your skills and experience.

Bonus Plan:

Performance-based bonuses.

Flexible Hybrid Working:

Arrangements to suit your lifestyle.

Generous Leave:

25 days annual leave plus Bank Holidays and sick pay.

Holiday Purchase Scheme:

Buy up to 15 additional holidays, increasing your annual entitlement to up to 40 days.

Comprehensive Benefits:

Including pension plan (up to 7% employer contribution match), life assurance, employee assistance program, and referral scheme.

Exclusive Discounts:

With high street brands, cycle-to-work scheme, and discounts on Johnson Controls security products.

Career Development:

Extensive opportunities for growth and advancement.

How you will do it

Apply your expertise in mechanical fire protection design to deliver high-quality, compliant, and efficient solutions Use AutoCAD to produce accurate design drawings; Revit knowledge is a plus and training is available Perform or support hydraulic calculations (training provided if needed) Coordinate pipework design with other services and ensure compliance with LPCB rules, BS EN 12845, and relevant NFPA standards Design pipe supporting brackets and contribute to the development of gas suppression systems (training available if required) Utilize Microsoft Office tools for documentation and communication Work collaboratively with internal teams and external stakeholders to ensure successful project outcomes

What we look for

Required

Experience in designing mechanical fire protection systems, particularly deluge systems Proficiency in AutoCAD Strong understanding of pipework design and coordination Familiarity with LPCB, BS EN 12845, and NFPA standards Strong interpersonal and communication skills Proficiency in Microsoft Office suite

Preferred

Experience with hydraulic calculations Knowledge of Revit software Experience in gas suppression system design Experience designing pipe supporting brackets

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