NÍALL MCLAUGHLIN ARCHITECTS NAMES NEW DIRECTORS
NOVEMBER 2025
Níall McLaughlin Architects is excited to announce significant changes to its leadership, with four long-standing Associates being promoted to Directors. With a combined seven decades of experience at the practice between them, Anne Schroell, Tim Allen-Booth, Tilo Guenther and Tom McGlynn will shape the future of Níall McLaughlin Architects. This promotion rewards their commitment and contribution to the practice, recognising their leadership, work on key projects, business development and office wide initiatives. The new Directors will work closely with founding Principal Níall McLaughlin to build on the practice’s reputation for design excellence and promote a model of practice that is equitable, diverse and inclusive, and sustainable.
Tom McGlynn joined the practice in 2014 and was the Project Associate on The International Rugby Experience in Limerick voted as Ireland’s favourite building in 2023, and West Court Jesus College in Cambridge winning an RIBA Project Architect of the Year Award in 2018.
Tim Allen-Booth joined the practice in 2006 and was the Project Associate on The Bishop Edward King Chapel in Oxfordshire which was RIBA Stirling Prize Shortlisted in 2013, and The New Library Magdalene College in Cambridge winning the RIBA Stirling Prize in 2022.
Anne Schroell joined the practice in 2006 and was the Project Associate on the Faith Museum in Bishop Auckland which won the RIBA North East Building of the Year in 2024 and Grand Prize Winner of the Building Beauty Awards in 2024, and is currently the Project Associate on the Maggie’s Centre in Cambridge.
Tilo Guenther joined the practice in 2006 and was Project Associate on Darbishire Place in Whitechapel, which was RIBA Stirling Prize Shortlisted in 2015, and Saltmarsh House, which was Shortlisted for House of the Year in 2023.
FROM WORKSHOP TO SITE
SEPTEMBER 2020
At Millimetre’s workshop in Brighton, a tremendous steel skeleton has been rapidly emerging. It will form the delicate superstructure of a garden pavilion-cum-guesthouse destined for the Isle of Wight. In the main hangar, a healthy collection of gently oxidizing off-the-shelf steel sections and staggeringly sharp, bespoke milled elements is set back from a row of socially-distanced workspaces. Millimetre’s metal workers have been working around the clock (and in the excessive summer heat) to cut, weld and grind the heap in front of them into the many precise modular components that will form the pavilion’s columns, floor and roof. An assembly line has been formed to increase the efficiency of fabrication, with a station each for repetitive rotary welding tasks, rotary grinding, welding using custom jigs and more complicated non-linear welds. As the steel passes through the workshop, glistening segments come to form elaborate sculptures. Adjacent to the metalworking bays is a six-axis robot arm programmed to cut high density foam into jigs for the most intricate welding alignments. This will be essential to the success of the central roof truss node, where nine tubular sections converge. More on this will follow at a later date.
The pavilion will be lifted off the ground by cantilevering trusses held from the main columns, which are formed of four tubular sections tied together by intermittent thin plates along their height. The lower portions of these columns, which sit beneath the floor build-up, are amicably referred to as the daleks. These stub columns are the first pieces to be finalized, quickly assembled in tandem to confirm tolerances, and sent away to be painted for corrosion protection before arriving to site.
On the northeast coast of the Isle of Wight, the site falls to overlook a protected marshland with tidal flows fed by the Solent. A shallow depression with raking banks at the bottom of the hill will conceal the feet of the pavilion superstructure; the baseplates of the stub columns now erected atop the long strip foundations and adjoined to form the triangulated support for the floor and deck above. Located to capture rainwater dropping from the overhanging roof eaves, the perimeter gravel drain will also mark the boundary between building and landscape, with tall, wild grasses merging with the wetland beyond..
As the pavilion envelope will be formed largely of full-width glass spans closely abutting the columns, erecting the steel frame precisely is critical. Despite a remarkable installation tolerance of +/- 3mm diagonally across each 5 x 5m bay, the stub columns must be shimmed to ensure exact alignment and verticality. Between them, the galvanised (and thus silvery) internal floor beams are distinguishable from the external floor beams, which are coated to resist corrosion and painted to achieve a warm metallic finish. With the cantilevering terrace beams installed additionally, a datum is formed approximately 180mm below the intended finished floor level from which the remainder of the pavilion will rise..
Back in Brighton, the columns which will stand on the shoulders of the stubs now installed on site are laid out one by one. Their height and slenderness astound – a true feat for the structural engineers, Smith & Wallwork. It is through, not around these columns that the thermal envelope will run, with tall and narrow glazing centred on each column between the four vertical tubes. The next test-build will involve hoisting up these columns, narrowly missing the suspended lights of the workshop, to bolt on the roof trusses via the halving joints rigidly reaching out to receive them. That dramatic and exciting update will have to follow.
