Case Study
/

Ellison Institute of Technology

Oxford, UK

Ellison Institute of Technology
2023
Case Study
/

Ellison Institute of Technology

Oxford, UK

A world-leading research and development facility designed by Foster + Partners under Lord Norman Foster, the Ellison Institute of Technology’s new Oxford campus spans 2 million sq ft across the western edge of The Oxford Science Park. Conceived to bring together innovative thinkers from around the world, the campus creates a truly collaborative and nurturing environment for research and breakthroughs.

Responding to Oxford’s historic vernacular and the campus’ contemporary architectural expression, LIMAH’s approach used craft as an integration methodology at the intersection of Oxford vernacular and the built environment, then extrapolated that language into the interior through technological and operational interfaces. Grounded in the study of diverse user groups, their operational needs, modes, and scenarios of movement, the result was a consistent ecosystem of signage that supports clarity, intuitive navigation, and coordinated function across the campus.

‍

STRATEGIC DRIVERS

  • Bridge Oxford’s historic vernacular and the complexity of the functional interior through a wayfinding approach rooted in craft, precision, and technological integration.
  • Shape a wayfinding ecosystem around the full range of EIT users, with journeys calibrated across messaging, cognitive load, security, privacy, and user specific information needs.
  • Reframe the statutory layer as both a safety system and an expression of the built environment, driven by rigorous regulatory research, accuracy, and design intent.
  • Develop a dynamic wayfinding approach that can adapt across changing scenarios, user modes, operational conditions, and spatial states.
  • Achieve one seamless language across the campus, carried consistently through different levels, spaces, and scenarios through careful calibration, consideration, and design control.

‍

EXPERIENCE STRATEGY AND DESIGN

COGNITIVE CLARITY

Clarity was established through a cognitive map that organized the campus around major components, thresholds, connections, and destination relationships. This created a legible site structure, allowing movement and decision making to be understood through one coherent reading of the campus.

‍

‍

CRAFTED INTEGRATION

The exterior approach used craft as an integration methodology, positioning wayfinding at the intersection of Oxford’s historic vernacular and the campus’ contemporary architectural expression. Signage was resolved as part of the built fabric, not as an applied layer.

‍

GROUND AS INTERFACE

Floor integration was developed as a common navigational layer across the exterior realm, using the ground plane to reinforce direction, hierarchy, continuity, and arrival. This allowed navigation to be carried through the site with greater subtlety and consistency, rooted in the material and spatial character of Oxford.

‍

LANDSCAPE AS ORIENTATION

Landscape and map development were treated as part of one navigational framework. Existing architectural cues and distinctive environmental features were recognized as landmarks within the campus reading, allowing the site itself to carry orientation value and reducing unnecessary visual intervention.

‍

TECHNOLOGY AS INTERFACE

Within the interior, the strategy shifted toward operational and technological integration, using IoT enabled systems, smart booking interfaces, and tech panels as part of the navigational ecosystem. This allowed information, room status, and spatial access to operate with greater responsiveness and precision.

‍

JOURNEYS CALIBRATED TO PEOPLE

The interior system was shaped around the full range of campus users, including scientists, engineers, clinicians, scholars, technologists, operations teams, staff, and visitors. Their differing requirements around privacy, security, access, cognitive load, and messaging informed a more precise and situationally responsive system.

‍

DYNAMIC CONDITIONS

The auditorium was approached as a dynamic condition requiring a wayfinding system capable of performing across multiple scenarios, occupancies, and modes of use. The strategy addressed transition, control, and clarity across changing states,ensuring the space could operate with precision before, during, and after events.

‍

STATUTORY REIMAGINED

The statutory layer was reimagined as both a safety system and an expression of the built environment. Through regulatory accuracy, careful calibration, and intentional integration, compliance was resolved as part of the overall experience rather than as a detached technical layer.

‍

MACRO TO MICRO

A seamless interior language was carried from macro scale orientation and zoning through to maps, directories, room identity, and detailed touchpoints. This maintained consistency across levels, spaces, and functions while responding to the specific operational demands of each environment.

‍

FEATURE MOMENT

THE ARRIVAL MOMENT

At the point of arrival, signage is integrated into the existing Cotswold stone wall through a clean stone slab insert and crafted lettering, using craft as both method and expression. More than an identification moment, the wall celebrates Oxford’s material context through architectural reimagination and establishes an integration language that carries across the wider campus. As the first encounter with the site, it sets the tone for a wayfinding approach rooted in precision, permanence, and contextual belonging.

‍

‍

FUNCTIONS AS INTEGRATION

Within the interior, the lab signage was integrated directly into the lab environment through a custom tech panel niche, where identity, statutory warning, access control, and dynamic digital information were resolved within one unified surface. Designed around the specific function of the lab, this moment brought together safety, operational control, and technological responsiveness in a way that allowed signage to sit seamlessly within the interior environment rather than appear as an applied layer.

No items found.

For the Ellison Institute of Technology, LIMAH shaped an integrated wayfinding ecosystem rooted in Oxford’s vernacular, calibrated to complex operational realities, and carried through craft, technology, and human-centred strategy. From campus scale cognition to interior precision, the approach unified clarity, safety, adaptability, and seamless spatial experience across a campus designed to help address some of humanity’s greatest challenges and create Exceptional Human Experiences.

‍

CREDITS

Architectural Render: Foster + Partners‍‍

Wayfinding & Visualization Overlay: LIMAH

Case Study
/

Ellison Institute of Technology

Oxford, UK

Ellison Institute of Technology
2023
Case Study
/

Ellison Institute of Technology

Oxford, UK

A world-leading research and development facility designed by Foster + Partners under Lord Norman Foster, the Ellison Institute of Technology’s new Oxford campus spans 2 million sq ft across the western edge of The Oxford Science Park. Conceived to bring together innovative thinkers from around the world, the campus creates a truly collaborative and nurturing environment for research and breakthroughs.

Responding to Oxford’s historic vernacular and the campus’ contemporary architectural expression, LIMAH’s approach used craft as an integration methodology at the intersection of Oxford vernacular and the built environment, then extrapolated that language into the interior through technological and operational interfaces. Grounded in the study of diverse user groups, their operational needs, modes, and scenarios of movement, the result was a consistent ecosystem of signage that supports clarity, intuitive navigation, and coordinated function across the campus.

‍

STRATEGIC DRIVERS

  • Bridge Oxford’s historic vernacular and the complexity of the functional interior through a wayfinding approach rooted in craft, precision, and technological integration.
  • Shape a wayfinding ecosystem around the full range of EIT users, with journeys calibrated across messaging, cognitive load, security, privacy, and user specific information needs.
  • Reframe the statutory layer as both a safety system and an expression of the built environment, driven by rigorous regulatory research, accuracy, and design intent.
  • Develop a dynamic wayfinding approach that can adapt across changing scenarios, user modes, operational conditions, and spatial states.
  • Achieve one seamless language across the campus, carried consistently through different levels, spaces, and scenarios through careful calibration, consideration, and design control.

‍

EXPERIENCE STRATEGY AND DESIGN

COGNITIVE CLARITY

Clarity was established through a cognitive map that organized the campus around major components, thresholds, connections, and destination relationships. This created a legible site structure, allowing movement and decision making to be understood through one coherent reading of the campus.

‍

‍

CRAFTED INTEGRATION

The exterior approach used craft as an integration methodology, positioning wayfinding at the intersection of Oxford’s historic vernacular and the campus’ contemporary architectural expression. Signage was resolved as part of the built fabric, not as an applied layer.

‍

GROUND AS INTERFACE

Floor integration was developed as a common navigational layer across the exterior realm, using the ground plane to reinforce direction, hierarchy, continuity, and arrival. This allowed navigation to be carried through the site with greater subtlety and consistency, rooted in the material and spatial character of Oxford.

‍

LANDSCAPE AS ORIENTATION

Landscape and map development were treated as part of one navigational framework. Existing architectural cues and distinctive environmental features were recognized as landmarks within the campus reading, allowing the site itself to carry orientation value and reducing unnecessary visual intervention.

‍

TECHNOLOGY AS INTERFACE

Within the interior, the strategy shifted toward operational and technological integration, using IoT enabled systems, smart booking interfaces, and tech panels as part of the navigational ecosystem. This allowed information, room status, and spatial access to operate with greater responsiveness and precision.

‍

JOURNEYS CALIBRATED TO PEOPLE

The interior system was shaped around the full range of campus users, including scientists, engineers, clinicians, scholars, technologists, operations teams, staff, and visitors. Their differing requirements around privacy, security, access, cognitive load, and messaging informed a more precise and situationally responsive system.

‍

DYNAMIC CONDITIONS

The auditorium was approached as a dynamic condition requiring a wayfinding system capable of performing across multiple scenarios, occupancies, and modes of use. The strategy addressed transition, control, and clarity across changing states,ensuring the space could operate with precision before, during, and after events.

‍

STATUTORY REIMAGINED

The statutory layer was reimagined as both a safety system and an expression of the built environment. Through regulatory accuracy, careful calibration, and intentional integration, compliance was resolved as part of the overall experience rather than as a detached technical layer.

‍

MACRO TO MICRO

A seamless interior language was carried from macro scale orientation and zoning through to maps, directories, room identity, and detailed touchpoints. This maintained consistency across levels, spaces, and functions while responding to the specific operational demands of each environment.

‍

No items found.

FEATURE MOMENT

THE ARRIVAL MOMENT

At the point of arrival, signage is integrated into the existing Cotswold stone wall through a clean stone slab insert and crafted lettering, using craft as both method and expression. More than an identification moment, the wall celebrates Oxford’s material context through architectural reimagination and establishes an integration language that carries across the wider campus. As the first encounter with the site, it sets the tone for a wayfinding approach rooted in precision, permanence, and contextual belonging.

‍

‍

FUNCTIONS AS INTEGRATION

Within the interior, the lab signage was integrated directly into the lab environment through a custom tech panel niche, where identity, statutory warning, access control, and dynamic digital information were resolved within one unified surface. Designed around the specific function of the lab, this moment brought together safety, operational control, and technological responsiveness in a way that allowed signage to sit seamlessly within the interior environment rather than appear as an applied layer.

No items found.

For the Ellison Institute of Technology, LIMAH shaped an integrated wayfinding ecosystem rooted in Oxford’s vernacular, calibrated to complex operational realities, and carried through craft, technology, and human-centred strategy. From campus scale cognition to interior precision, the approach unified clarity, safety, adaptability, and seamless spatial experience across a campus designed to help address some of humanity’s greatest challenges and create Exceptional Human Experiences.

‍

CREDITS

Architectural Render: Foster + Partners‍‍

Wayfinding & Visualization Overlay: LIMAH

Case Study
/

Ellison Institute of Technology

Oxford, UK

PUBLIC ART
/
LA MER
2023
Case Study
/

Ellison Institute of Technology

Oxford, UK

YEAR
2023
CLIENT
Ellison Oxford Limited
LOCATION
Oxford, UK
SERVICES
Experience Strategy
,
Wayfinding & Navigation
,
Physical-Digital Experience Systems
,
Built Environment Integration
,
Technical Delivery & Governance
,
Innovation & Future Systems
,
Place Identity & Public Art
,
SECTOR
Mixed-Use
,
Workplace
,
Education
,
Science & Technology
,
SHARE BY
https://pb-cb6cbd.webflow.io/projects/ellison-institute-of-technology

A world-leading research and development facility designed by Foster + Partners under Lord Norman Foster, the Ellison Institute of Technology’s new Oxford campus spans 2 million sq ft across the western edge of The Oxford Science Park. Conceived to bring together innovative thinkers from around the world, the campus creates a truly collaborative and nurturing environment for research and breakthroughs.

Responding to Oxford’s historic vernacular and the campus’ contemporary architectural expression, LIMAH’s approach used craft as an integration methodology at the intersection of Oxford vernacular and the built environment, then extrapolated that language into the interior through technological and operational interfaces. Grounded in the study of diverse user groups, their operational needs, modes, and scenarios of movement, the result was a consistent ecosystem of signage that supports clarity, intuitive navigation, and coordinated function across the campus.

‍

STRATEGIC DRIVERS

  • Bridge Oxford’s historic vernacular and the complexity of the functional interior through a wayfinding approach rooted in craft, precision, and technological integration.
  • Shape a wayfinding ecosystem around the full range of EIT users, with journeys calibrated across messaging, cognitive load, security, privacy, and user specific information needs.
  • Reframe the statutory layer as both a safety system and an expression of the built environment, driven by rigorous regulatory research, accuracy, and design intent.
  • Develop a dynamic wayfinding approach that can adapt across changing scenarios, user modes, operational conditions, and spatial states.
  • Achieve one seamless language across the campus, carried consistently through different levels, spaces, and scenarios through careful calibration, consideration, and design control.

‍

No items found.

COGNITIVE CLARITY

Clarity was established through a cognitive map that organized the campus around major components, thresholds, connections, and destination relationships. This created a legible site structure, allowing movement and decision making to be understood through one coherent reading of the campus.

‍

‍

CRAFTED INTEGRATION

The exterior approach used craft as an integration methodology, positioning wayfinding at the intersection of Oxford’s historic vernacular and the campus’ contemporary architectural expression. Signage was resolved as part of the built fabric, not as an applied layer.

‍

GROUND AS INTERFACE

Floor integration was developed as a common navigational layer across the exterior realm, using the ground plane to reinforce direction, hierarchy, continuity, and arrival. This allowed navigation to be carried through the site with greater subtlety and consistency, rooted in the material and spatial character of Oxford.

‍

LANDSCAPE AS ORIENTATION

Landscape and map development were treated as part of one navigational framework. Existing architectural cues and distinctive environmental features were recognized as landmarks within the campus reading, allowing the site itself to carry orientation value and reducing unnecessary visual intervention.

‍

TECHNOLOGY AS INTERFACE

Within the interior, the strategy shifted toward operational and technological integration, using IoT enabled systems, smart booking interfaces, and tech panels as part of the navigational ecosystem. This allowed information, room status, and spatial access to operate with greater responsiveness and precision.

‍

JOURNEYS CALIBRATED TO PEOPLE

The interior system was shaped around the full range of campus users, including scientists, engineers, clinicians, scholars, technologists, operations teams, staff, and visitors. Their differing requirements around privacy, security, access, cognitive load, and messaging informed a more precise and situationally responsive system.

‍

DYNAMIC CONDITIONS

The auditorium was approached as a dynamic condition requiring a wayfinding system capable of performing across multiple scenarios, occupancies, and modes of use. The strategy addressed transition, control, and clarity across changing states,ensuring the space could operate with precision before, during, and after events.

‍

STATUTORY REIMAGINED

The statutory layer was reimagined as both a safety system and an expression of the built environment. Through regulatory accuracy, careful calibration, and intentional integration, compliance was resolved as part of the overall experience rather than as a detached technical layer.

‍

MACRO TO MICRO

A seamless interior language was carried from macro scale orientation and zoning through to maps, directories, room identity, and detailed touchpoints. This maintained consistency across levels, spaces, and functions while responding to the specific operational demands of each environment.

‍

No items found.