Building

The Future of Science in Central Oxford

Overview

Built on a design philosophy that encourages and enhances collaboration via its extensive amenity offering.

The building is inspired by a covered market and urban streetscape, where placemaking is at the heart of the design.

Its stunning reception and network of high streets and squares presents the opportunity for collaboration. The building features an onsite café, offering a range of healthy food and drink options throughout the day, and a variety of formal and informal meeting areas.

Building Gallery

Building rear with dedicated garden

Onsite café / collaboration area

Reception and interior atrium space

Key Features

10 mins walk to Oxford station / 1 min walk to Park and Ride

Part of the West End,
Oxford’s Central Science District

Over 8,000 sq ft shared collaboration space

ESG Credentials

A building designed with
sustainability in mind.

Inventa has been designed with sustainability in mind, through the utilisation of in-situ flat slabs selected for minimum embodied carbon (realising a 50% reduction in embodied carbon vs. steel frame option).

Retention of existing structure has halved the concrete required to build new roof structures, significantly reducing overall embodied carbon.

Walking distance to
Park and Ride

24 electrical charge parking provision

BREEAM Very Good

EPC
rating B

Substantial improvements
to transport provision

Dedicated pedestrian
and cycle access from
Botley Road

New planting and
landscaping

Only Oxford Commercial
Life Science scheme to
be walking and cycling
distance from Oxford
station and City Centre

Views and access
to green fields
to the rear

Private landscaped
gardens with
breakout space

Indoor and
outdoor planting
and landscaping

6 showers with lockers
and changing facilities

60 enclosed and covered
cycle spaces. 10 external
cycle stands

Onsite catering facilities
offering healthy food and
drink options

Enhanced breakout and
collaboration provision
within two large
‘high-streets’

Increased natural light
through provision of
double height atria