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  • Tyne Bridge over the river Tyne, Newcastle with view to Gateshead Millennium Bridge, The Baltic Centre for Contemporary Art and Sage Gateshead
    Sage-Gateshead-Roof-14.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-50.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-48.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-46.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-38.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-33.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-30.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-22.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-20.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-18.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-13.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-12.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-09.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-08.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-03.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-02.jpg
  • Coopers Chapel, Slad Valley, Gloucestershire. Architect: Millar Howard Workshop. This building sits at the bottom of a garden looking out over the slad valley towards Stroud. It provides a small meditative space for individual or group meeting. It is built using the local Cotswold Stone and timeber. Various important details were created in collaboration with the client, a wood carver, using some unusual and special woods.
    Coopers-Chapel-Millar-Howard-Worksho...jpg
  • Coopers Chapel, Slad Valley, Gloucestershire. Architect: Millar Howard Workshop. This building sits at the bottom of a garden looking out over the slad valley towards Stroud. It provides a small meditative space for individual or group meeting. It is built using the local Cotswold Stone and timeber. Various important details were created in collaboration with the client, a wood carver, using some unusual and special woods.
    Coopers-Chapel-Millar-Howard-Worksho...jpg
  • Coopers Chapel, Slad Valley, Gloucestershire. Architect: Millar Howard Workshop. This building sits at the bottom of a garden looking out over the slad valley towards Stroud. It provides a small meditative space for individual or group meeting. It is built using the local Cotswold Stone and timeber. Various important details were created in collaboration with the client, a wood carver, using some unusual and special woods.
    Coopers-Chapel-Millar-Howard-Worksho...jpg
  • Coopers Chapel, Slad Valley, Gloucestershire. Architect: Millar Howard Workshop. This building sits at the bottom of a garden looking out over the slad valley towards Stroud. It provides a small meditative space for individual or group meeting. It is built using the local Cotswold Stone and timeber. Various important details were created in collaboration with the client, a wood carver, using some unusual and special woods.
    Coopers-Chapel-Millar-Howard-Worksho...jpg
  • Coopers Chapel, Slad Valley, Gloucestershire. Architect: Millar Howard Workshop. This building sits at the bottom of a garden looking out over the slad valley towards Stroud. It provides a small meditative space for individual or group meeting. It is built using the local Cotswold Stone and timeber. Various important details were created in collaboration with the client, a wood carver, using some unusual and special woods.
    Coopers-Chapel-Millar-Howard-Worksho...jpg
  • Coopers Chapel, Slad Valley, Gloucestershire. Architect: Millar Howard Workshop. This building sits at the bottom of a garden looking out over the slad valley towards Stroud. It provides a small meditative space for individual or group meeting. It is built using the local Cotswold Stone and timeber. Various important details were created in collaboration with the client, a wood carver, using some unusual and special woods.
    Coopers-Chapel-Millar-Howard-Worksho...jpg
  • Coopers Chapel, Slad Valley, Gloucestershire. Architect: Millar Howard Workshop. This building sits at the bottom of a garden looking out over the slad valley towards Stroud. It provides a small meditative space for individual or group meeting. It is built using the local Cotswold Stone and timeber. Various important details were created in collaboration with the client, a wood carver, using some unusual and special woods.
    Coopers-Chapel-Millar-Howard-Worksho...jpg
  • Oeno Wines in Cirencester designed by Millar Howard Workshop
    Oeno-Wines-Millar-Howard-Workshop-37.jpg
  • Oeno Wines in Cirencester designed by Millar Howard Workshop
    Oeno-Wines-Millar-Howard-Workshop-26.jpg
  • Oeno Wines in Cirencester designed by Millar Howard Workshop
    Oeno-Wines-Millar-Howard-Workshop-12.jpg
  • Oeno Wines in Cirencester designed by Millar Howard Workshop
    Oeno-Wines-Millar-Howard-Workshop-10.jpg
  • Oeno Wines in Cirencester designed by Millar Howard Workshop
    Oeno-Wines-Millar-Howard-Workshop-09.jpg
  • Ashley Building, University of Birmingham
    Ashley_Building-005.tif
  • Ashley Building, University of Birmingham
    Ashley_Building-002.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-064.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-025.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-005.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-008.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5499.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5494.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5489.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5477.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5465.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5454.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5450.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5418.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5416.tif
  • Accommodation Block, Wolfson College, University of Oxford
    wolfsonnight03.tif
  • Accommodation Block, Wolfson College, University of Oxford
    wolfson15.tif
  • Accommodation Block, Wolfson College, University of Oxford
    wolfson14.tif
  • Accommodation Block, Wolfson College, University of Oxford
    wolfson09.tif
  • Accommodation Block, Wolfson College, University of Oxford
    wolfson06.tif
  • Accommodation Block, Wolfson College, University of Oxford
    wolfson05.tif
  • The Oxford School of Drama, Sansomes Farm Studios
    OSOD_2007-092.tif
  • The Oxford School of Drama, Sansomes Farm Studios
    OSOD_2007-069.tif
  • The Oxford School of Drama, Sansomes Farm Studios
    OSOD_2007-057.tif
  • Sculpture, Arhus, Denmark
    SJE_QL175_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL153_RT8.tif
  • Grunfos Headquarters, Denmark
    SJE_QL143_RT8.tif
  • Facade of Sløjfen, Culture House
    SJE_QL130_RT8.tif
  • Facade of Sløjfen, Culture House
    SJE_QL128_RT8.tif
  • Cafe, University of Aarhus set in the University Park designed by C.F. Moller Architect & Søren Jensen Engineer
    SJE_QL102_RT8.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill34.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill32.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill31.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill29.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill28.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill27.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill23.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill08.tif
  • Part of the original Mill dates from c.1575 with a later extension from the mid nineteenth century. It straddles the River Windrush and originally housed two water wheels for processing grain stored in the upper floors. It now houses a neo natal centre: Beard Mill Clinic.
    Beard_Mill07.tif
  • Close up of a scientist at work with computer
    BGS029_QL-23.tif
  • Close up of a scientist at work
    BGS029_QL-19.tif
  • A men at work in admin area
    BGS029_QL-17.tif
  • Wet lab 2
    BGS029_QL-14.tif
  • A scientist at work in Wet Lab 1
    BGS029_QL-10.tif
  • Close up of a scientist at work in an individual office
    BGS029_QL-09.tif
  • Computer work area viewed through glazing from circulation space
    BGS029_QL-07.tif
  • Exterior in sunlight
    BGS029_QL-02.tif
  • Conversation in semi-open office area
    BGS028_QL-16.tif
  • Detail of handrail bracket
    BGS028_QL-14.tif
  • A linear office with natural side lighting
    BGS028_QL-11.tif
  • Seating, planting and lighting outside Bessemer building on a sunny day
    BGS028_QL-04.tif
  • SRO001_QL-36.tif
  • SRO001_QL-16.tif
  • SRO001_QL-13.tif
  • SRO001_QL-10.tif
  • SRO001_QL-05.tif
  • SRO001_QL-02.tif
  • SRO001_QL-01.tif
  • Meeting room
    BRO004_QL-12.tif
  • View from playing field, dusk
    BRO004_QL-08.tif
  • Approaching the Building
    BRO004_QL-01.tif
  • View of entrance from road, dusk
    BRO003_QL-04.tif
  • Architect: Robert Foy.
    Interior-25.jpg
  • Architect: Berman Guedes Stretton.
    Interior-20.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-49.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-47.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-45.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-43.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-42.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-41.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-40.jpg
  • Paradise Walk Residence, London. Architect: Robert Foy
    Paradise-Walk-Foy-39.jpg
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