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Key contacts

Estates Project Manager

Mark John, BSc (Hons) MRICS

Engineering 2020 Programme Manager

Toby Giles

CEMPS Infrastructure & Project Officer

Laura Baxter

Timescales

Summer 2019 - work starts

Dec 2021 - completion

Budget
Refurbishment/equipment - £6.5m
Essential maintenance - £13.5m

Harrison – Engineering 2020 and essential maintenance work

Harrison (Engineering)

A short fly-through video of what we expect the new space and facilities in Harrison to look like, can be viewed below:

Building work on the Harrison building continues and this is being managed in accordance with Government health and safety guidelines.

The onsite contractors are working incredibly hard to maintain social distancing, protect their colleagues and ensure that work can continue in a safe environment. This includes one way zones and marked out areas for team working and refreshments.

Below are some photos of the social distancing measures implemented externally and internally.

  

Works will continue at roof level including the fitting of the North lights and the surrounding steel work, there is likely to be some noise disruption caused by this. There will be a crane lift on the 22-24 June (weather dependant) to lift materials onto the roof. The building will remain open, but access may be impeded into the loading bay, to the rear of Harrison for gas bottle exchange and the link path between Harrison, Kay and Innovation.  Access to these areas will be managed by banksmen. Please proceed with caution over these days

Works continue in the existing mezzanine and east corridor area with the removal of partition walls, flooring and stripping of M&E. A scaffold strip will also take place which is likely to cause more moderate noise disruption to the North block offices and the General-Purpose lab below.

Works continue in the electronics lab 007 with the installation of new air conditioning these works also means contractors accessing the building along the ground floor one way corridor and through the main foyer of the building. Works may also cause some noise disruption to lab 008.

Signage has also now been installed in the General Purpose Lab and the workshop - images circulated in the last email lookahead.

 

The replacement of the roof in the first phase of North Block is now complete.

Work is now progressing on second phase above the Mid-Section of the building to remove asbestos and replace the roof of the building. The contractors are now cleaning the roof using a process called quilling which is causing some noise around the building and may also impact those in Laver and Innovation depending on wind direction and how the noise travels. Contractors will be working day and night (until 2am). The project team have undertaken noise testing to ensure any disruption is minimal however, if you have any concerns, please contact Laura Baxter during working hours, out of hours please contact Estate Patrol. Quilling work is expected to be complete at the beginning of March.

This current phase of work, including dismantling the existing scaffolding, is due to complete in November 2021.

Reconfiguration of the existing mezzanine floor

As an extension to the original work planned, the project team are also now undertaking improvement work on the existing mezzanine floor in Harrison. This will include replacing the entire floor, reconfiguring the existing facilities, and creating a new EX-DES engineering suite. This new suite will connect with the planned new student project space. The first section of the existing mezzanine work is now completed. The remainder of the work will begin shortly.

The University continues to invest in existing and new teaching and research facilities to enhance the experience of our students at Exeter. As part of this investment, a £6.5m programme of improvement work was approved by Council in October. Alongside a £13.5m programme of essential maintenance work within the Harrison building this will support the delivery of engineering education and ensure that our students have access to the best possible facilities during their time at the University.

This programme of work will focus on two areas:

1. Improvements to workshop space, facilities and equipment to support a new Engineering curriculum (Engineering 2020).

This will include a refurbishment and remodelling of laboratory and workshop space, new project and storage space and the purchase of new and replacement equipment. Specifically this includes:

  • New student project-based learning space
  • Creation of composite materials, clean structures and geotechnics labs and teaching facilities
  • Relocation and extension of the fab lab
  • Refurbishment and modernisation of electronics labs
  • Optimisation of fluids lab to create flexibility and adaptable teaching and storage space
  • Creation of a vehicle assembly area
  • Relocation of computer suites to the Innovation Centre

These improvements will support the delivery of a redesigned Engineering curriculum by 2020.

2. Essential maintenance in the North Block of the Harrison building

This will involve replacement of the North Block roof, the removal of asbestos in this part of the building and the replacement of services including heating, ventilation and lighting.

Together, these two areas of work will deliver space within the building to provide a dynamic, flexible and responsive curriculum to our students, in a safe, modern environment where practical engineering and creativity will be at the centre of our student experience.

Timescales:

Work will begin in late June 2019 and will take place over three years, concluding in December 2021.

A detailed schedule of work will be available on this website as planning for the project progresses.

What does this mean for colleagues and students?

Whilst this work is on-going, users of the building will experience some disruption. Some staff and students will need to move from their offices and teaching space to an alternative location for an estimated period of 15 months so that this work can be carried out safely and efficiently. Some staff may be required to relocate for a longer period depending on their current location in the building.

The process of moving from offices and other spaces will be managed carefully with colleagues and students kept informed of how and when they will be impacted. Options for decant accommodation are currently being explored - this will include offices, meeting rooms and work space, and is likely to comprise the following:

  • existing space within the Innovation Centre
  • use of the temporary accommodation currently located within the Physics car park (portable cabins)
  • additional temporary accommodation within the Harrison/Kay car parks to accommodate project space.

Parking within the Physics and Harrison car parks will be unavailable for the duration of the project.

Safeguarding research and teaching

We recognise the importance of safeguarding the research activity and teaching which takes place in Harrison and we will be investigating options to keep disruption to a minimum.

Preserving the student experience for those studying in Harrison is a priority and the project team will work closely with the Students’ Guild to ensure this takes place. In addition, the team will work with the external contractor to explore opportunities throughout the project for engineering students to enhance their learning with site visits and project planning where possible.

Alongside this, the health and safety of colleagues, students and visitors to the buildings will be at the forefront of all planning activity.

The Estate Services team are working closely with colleagues in CEMPS to ensure the project runs smoothly and the impact of the work is managed carefully and considerately.

Work will be undertaken by a specialist third party contractor and their sub-contractors, and as part of the tender process, there will be clear restrictions and constraints on methods of construction, including hours or work, to ensure the disruption to building users is limited.

If you have any immediate questions, please email Project Manager, Mark John