Hyperscale data centres
Sprinkler systems like pre-action system design for mission-critical white-space, pump rooms, and support facilities across multiple European sites.
Fire protection design for the buildings that should not burn

Mechanical engineer by training. Fire protection engineer by choice.
My path into fire protection engineering started with a mechanical design engineering degree at MIT Pune and early years at Thermax and Tata, learning how large industrial systems actually behave. When I moved into building services, it was a natural step: fire protection sits at the intersection of hydraulics, mechanical design, code compliance, and coordination with every other discipline on a project.
Over the last nine years, I have worked on fire protection system designs for over a hundred projects across the US and Europe. My experience spans critical infrastructure and landmark developments, including hyperscale data centres, Harlem's major healthcare campus, and the LaGuardia Airport redevelopment. From power plants and industrial warehouses to high-rise mixed-use, hospitality, and residential towers. Each of them has a fire protection strategy behind the walls that I helped design.
I moved to Ireland at the end of 2025 to lead fire protection design at Writech Industrial Services, working primarily on mission-critical facilities and complex infrastructure across Europe. I am building the next stretch of my practice around the projects I care about most: the buildings that people trust to keep working, and to keep them safe.
Leading fire protection design at Writech Industrial Services in Ireland — focused on hyperscale data centres, power generation, and mission-critical infrastructure across Europe.
Sectors that share the same brief: stay standing, stay serviceable, keep people safe.
Sprinkler systems like pre-action system design for mission-critical white-space, pump rooms, and support facilities across multiple European sites.
Deluge, water-mist, and foam suppression for turbine halls, transformer bays, and fuel handling — written to FM Global data sheets.
In-rack and ceiling-only ESFR sprinkler design for high-piled storage, sized to actual commodity classification and storage configuration.
Fire protection design for hospital campuses and healthcare developments, coordinated tightly with HVAC and complex compartmentation strategies.
Sprinkler design and standpipe systems for mid-rise offices across the US and Europe, coordinated in Revit and Navisworks.
Integrated sprinkler design for retail podiums and shopping centres, with tenant fit-out coordination baked in from the concept stage.
Fire protection design for hotels and hospitality projects, resolving suppression, standpipe, and finish coordination in the same package.
Sprinkler and hydrant design for institutional developments, sized and coordinated to project-specific occupancy and life-safety strategy.
Kitchen suppression, ceiling sprinkler layouts, and coordinated fit-out drawings for standalone restaurants and food-and-beverage tenants.
Domestic and residential sprinkler systems for apartment blocks and mixed developments across Ireland and the UK.
The systems I design, the codes I write to, the tools I work in, and how I coordinate with the rest of the design team.
The specialised packages I rely on for precise planning, analysis, hydraulic simulation, and multi-discipline coordination.






Every decision on a fire protection drawing has to work backwards from the same question — will this system perform the moment it matters. Coverage, density, response time, water supply, redundancy. If a design choice makes any of those weaker, it is not a good choice, no matter how elegant it looks on the model.
LOD 500 is not a badge; it is a promise to the installer. My models are meant to be built from, not admired. Sizing, hangers, offsets, and coordination clashes get resolved in the model — so the pipes go up in the field with fewer changes, less rework, and cleaner finishes.
Fire protection lives above ceilings, alongside HVAC, cable trays, and structure. The value I bring is not just the sprinkler design — it is the negotiation with every other discipline to make sure the design still works when they have all had their turn.
Leading fire protection design for hyperscale data centres, power generation, and mission-critical infrastructure across Europe. Promoted from Sr. Fire Protection Design Engineer (joined end of 2025) to Design Lead in June 2026.
Sprinkler, hydrant, and suppression design for large commercial, healthcare, and infrastructure projects across European clients. Coordinated construction packages and led delivery for a 20+ person team.
Plumbing and fire protection systems to NYC codes and NFPA — commercial and residential developments.
Early mechanical engineering experience on large industrial systems.
Automation and manufacturing exposure.
Fire protection design, hydraulic calculations, BIM coordination, standards review. Reach me on any of the below and I will answer within a day or two.