News / Press

Keep updated on Farrow’s most recent projects and accomplishments.

  • Farrow Keynote address to Brazil’s National Association of Hospital Development

    November 28, 2021

    Tye Farrow is giving a keynote address to Brazil’s National Association of Hospital Development, ABDEH Digital 2021. He will outline tangible ways on how health care architecture can move beyond just its functional services, toward its potential to enhance physiological and psychological health, for those that work and heal within, at a time post-covid that medical staff are leaving the profession at an unprecedented rate.

  • Farrow designed TMS Elgin Mills project is emerging on site.

    November 13, 2021

    The Farrow designed TMS Elgin Mills project is emerging on site. The mass timber structure features six tree-like columns supporting the timber ceiling, creating an interior courtyard-like space as a twin to the new exterior treed courtyard space.

  • TMS Project Embodied Carbon Stats

    November 11, 2021

    The Farrow designed TMS Bayview Campus building’s structure contains 111 cubic metres of wood in its structure, the equivalent embodied carbon of taking 500 cars off the road for a year.

  • Farrow Lecturing at York University

    November 2, 2021

    Tye Farrow will be giving a lecture to the Principals' Qualification Program, York University with The Conference of Independent Schools & The Ontario College of Teachers on “constructing Health: How Places Where We Learn Can Cause Health,” Tuesday November 2, 2021.

  • Farrow Essay in University of Virginia Press Book

    October 27, 2021

    “A collection of essays by leading scholars and practitioners, published by University of Virginia Press, the book addresses a timely and essential question: How can we design, plan, and sustain built environments that will foster health and healing?”

  • Butterfly Drone Shot

    October 24, 2021

    Farrow’s 80ft/24m long skylight for the Jerusalem Israel ‘Butterfly’ cancer centre, seen from above, prior to being hoisted into place as one element.