Miller Knight apprentice academy: passive fire protection lessons for project teams
Reviewed by Tom Sullivan
First reported on The Construction Index
30 Second Briefing
Miller Knight has expanded its Mansfield-based apprentice training academy to run four to six intensive courses a year, taking 12 apprentices per intake and targeting 27 programme completions annually, focused on passive fire protection installations. Each training week combines two days of theory with three days of practical work, followed by six site-based modules over roughly six months, covering tasks such as installing basic fire-stopping seals to tested detail drawings within a set timeframe. The structure gives the contractor a controlled route to build in-house competence in fire-stopping standards and installation quality.
Technical Brief
- Practical assessment requires installing basic fire-stopping seals strictly to a tested detail drawing.
- Installations must achieve the required standard within a defined, time-limited test window.
- Theoretical content is formally examined, creating a documented competence check on passive fire protection knowledge.
- Training and development manager Colin Brown stresses deliberate intensity to embed complex technical information quickly.
- Mansfield office hosts dedicated training facilities, separating learning from live-site production pressures.
- Successful trainees transition directly from academy week onto live sites to complete structured modules.
- Programme expansion to 27 completions per year gives Miller Knight an internal pipeline of certified installers.
- Structured, exam-based fire-stopping training aligns with industry moves towards demonstrable competence for life-safety systems.
Our Take
A minimum of four training sessions per year plus dedicated theoretical days suggests Miller Knight is aligning its UK workforce development with more structured, competency-based safety regimes seen in larger civil contractors, which can reduce reliance on short-notice agency labour for critical site roles.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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