02/ALL WORK

Real projects. Real sites. Structural delivery that holds up under scrutiny.

This body of work moves across private residences, commercial construction, hostel development, and live EPS 3D slab installation. Every project below is drawn from built client work, not placeholder narratives.

Completed Kaputei residence with stone-clad columns, balcony glazing, and the signature arched feature window.

ResidentialDesign to BuildPrivate Residence

Kajiado North, Kaputei

Kaputei Residence

Intervention

The structural leadership team, with Kossy as a senior contributor, built the delivery plan around the design's defining elements from day one. The arched glazing, stone-clad columns, and balcony line each required coordinated structural detailing — light where the design needed to feel light, solid where load demanded it.

Challenge

Private residential clients invest deeply in their concept visuals. The challenge was to protect that design intent — the tall arched window, the stone cladding, the cantilevered balcony — without allowing structural compromises to flatten what made the design worth building.

Result

The completed Kaputei home matches its render with a precision rarely achieved in residential delivery. The proportions held, the materials landed, and the facade reads exactly as designed. For the structural leadership that guided this project, that outcome is the standard. For the industry, it remains exceptional.

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Workers laying EPS 3D LTD floor panels onto a prepared residential slab deck in Kwa Ndege, Tassis.

ResidentialEPS 3DFloor Panels

Kwa Ndege, Tassis, Nairobi

Tassis Residential Development

Intervention

The on-site installation team executed the full EPS 3D sequence at Tassis — deck preparation, reinforcement layout, panel staging, and active placement across the slab field. The EPS 3D LTD panels, visible with their branded markings, reduce structural dead load compared to a solid concrete slab, while the steel wire mesh faces and shotcrete fill deliver equivalent structural strength. Kossy, as General Manager of EPS Manufacturing & Supply Kenya, was among the senior leaders overseeing the technical delivery of this system.

Challenge

Conventional RC slab systems demand heavy formwork, dense propping, and long curing cycles that lock a residential site for weeks. The challenge was to demonstrate that EPS 3D delivers a structurally equivalent floor with significantly less material, less scaffolding, and a faster installation sequence.

Result

Tassis proves the EPS 3D case on the ground, not in a brochure. The system reduces slab dead load, cuts scaffolding requirements, and compresses the floor completion cycle. For residential developers managing material costs and build timelines, that is a competitive argument — and this is what it looks like in practice.

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Wide construction view of BBS Mall in Eastleigh with a crane, reinforced slab grid, and EPS slab elements visible across the deck.

CommercialEPS SlabUrban Build

Eastleigh, Nairobi

BBS Mall

Intervention

The structural leadership, with Kossy as a key technical voice, specified an EPS void-former flat slab system — where EPS blocks reduce the dead weight of each floor plate while maintaining the structural depth needed for commercial load spans. The result is a lighter slab requiring less reinforcement mass, reduced load transfer to columns and foundations, and a commercial floor grid that repeats across multiple levels without compounding structural weight.

Challenge

A multi-floor commercial slab in Eastleigh must carry significant live loads — retail footfall, goods movement, dynamic crowd loads — while managing construction logistics across a constrained urban site with active streets on all sides. Getting the slab strategy wrong means structural overdesign, excessive material costs, or inadequate load capacity under occupation.

Result

BBS Mall establishes that EPS 3D flat slab thinking scales to commercial development — not just residential. For developers planning multi-floor retail or mixed-use builds, the structural approach taken here is the reference: managed under urban pressure, delivered with structural precision, and built to carry the loads commercial occupation demands.

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Early construction view of the private hostel development with timber formwork, vertical members, and emerging room rhythm.

HostelEPS 3DMulti-Unit

Peri-urban Kenya

Private Hostel Development

Intervention

The structural leadership, with Kossy as a key contributor, focused early coordination on establishing the disciplined grid that multi-unit delivery depends on — column positions, slab depths, and wall openings all resolved before the superstructure rises. The EPS 3D system delivers this repeatable, lightweight structural framework efficiently at multi-unit scale, reducing the material weight and scaffolding overhead that conventional hostel construction typically carries.

Challenge

Hostel developments are financially exposed when structural rhythm breaks down. Repeatable bays must remain truly repeatable — any deviation in column positioning or wall placement cascades through the room count, the corridor layout, and ultimately the revenue the developer has committed to.

Result

Every EPS 3D project begins the same way: with structural planning that builds the right grid before a single wall rises. This hostel commission captures that discipline in its earliest visible form — the coordination that makes fast, efficient multi-unit delivery possible rather than accidental.

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