The ground has been broken on a new £300 million state-of-the-art physics laboratory and shared facilities hub at the University of Cambridge. Bouygues UK was joined by members of the university to celebrate the beginning of construction. “This is a great step in the development of physics research and learning at
SIX NEW classrooms and a 690 m2 sports hall at Henlow Church of England Academy, Bedfordshire have now completed, completely reimagining the 600 pupil school’s teaching facilities and sports opportunities. PCMS Design designed the modern, new extension to the original school site, with Building Services Design (BSD) providing mechanical and
Prefect Controls have introduced a new feature for their PrefectIrus product – the integration of an accurate current meter that monitors energy use in each room throughout multi-occupancy buildings such as student accommodation. Until now, managers have calculated energy use based on power rating multiplied by length of time a
The first phase of the design and construction of the new £45 million Northstowe Education Campus in Cambridgeshire will be carried our by Kier. The teaching facilities will be a part of the new sustainable Cambridgeshire town Northstowe and address the lack of school places in the county. The 133,203
Work has just begun on the installation of architectural glazing systems by leading manufacturer Kawneer on the second of three buildings at Bournemouth University. Approved dealer Leay is installing Kawneer’s AA®100 zone-drained capped curtain walling, along with AA®541 fixed light windows and two types of doors on the 5,000m2 Fusion
CONSTRUCTION of the University of Huddersfield’s new £30 million centre for the study of art, design and architecture is months ahead of schedule, and it has witnessed an unusual “topping out” ceremony conducted by the granddaughter of Dame Barbara Hepworth, the famous artist who has given the building its name,
A student-led mixed-use development scheme in London has secured funding of £125 million. The development, which will be offered exclusively to King’s College London (KCL) students, will feature 654 beds alongside 60,000 sq. ft of Grade-A office accommodation and an incubator space for entrepreneurial start-up businesses. Urbanest’s Aldgate scheme, to
A showcase campus has enabled three schools to co-locate, while also providing a showpiece for a trio of Armstrong Ceiling Solutions, including TechZone™, the industry’s first easy-to-specify-and-install ceiling acoustic solution with integrated technical services. The new state-of-the-art Balloch Campus in West Dunbartonshire features three highly acoustic Armstrong Ceiling Solutions throughout
With the new school year now underway, Richard Werth, CEO of Troy Homes has taken a look at the impact that ‘outstanding’ Ofsted rated schools have on house prices. According to data from the Land Registry, Department of Education and Ofsted, the connection between family sized homes and proximity to
WORK has started to deliver state-of-the-art facilities as part of a new £60 million development for the King’s School – one of the largest independent day schools in the UK. Pick Everard – the independent property, construction and infrastructure consultancy – is providing full design and engineering services for the
The ground has been broken on a new £300 million state-of-the-art physics laboratory and shared facilities hub at the University of Cambridge. Bouygues UK was joined by members of the university to celebrate the beginning of construction. “This is a great step in the development of physics research and learning at the University of Cambridge. We look forward to moving in to our new facilities and opening our doors to the wider research community and the public to increase understanding and foster discovery,” commented Professor Andy Parker, Head of Department of Physics at the University of Cambridge. The development will provide a purpose-built centre for world-leading physics research, bringing together all of the Cavendish Laboratory’s research groups under one roof. Located at the West Cambridge campus off Madingley Road, the flagship building of the development will be named the Ray Dolby Centre to recognise a £75 million gift from the estate of sound pioneer Ray Dolby. It will house a range of laboratories, offices, clean rooms, workshops and multiple lecture theatres. “Bouygues UK and our sister company Bouygues Energies & Services have been involved from the start on this exciting scheme, working alongside the University of Cambridge’s existing project team to develop proposals for a new world-class laboratory. It is exciting to break ground on this project that will see us bringing innovation, a collaborative approach and our technical expertise to create a new home for major academic research,” said Fabienne Viala, Chairman of Bouygues UK and UK Country Manager for Bouygues Construction. The new facility is expected to be completed in 2022.
SIX NEW classrooms and a 690 m2 sports hall at Henlow Church of England Academy, Bedfordshire have now completed, completely reimagining the 600 pupil school’s teaching facilities and sports opportunities. PCMS Design designed the modern, new extension to the original school site, with Building Services Design (BSD) providing mechanical and electrical (M&E) engineering support for the project. “The six classrooms and sports hall are a standalone block,” explained Adam Middleton, senior electrical engineer at the national M&E practice, BSD. Adam continued: “The new sports hall comprises four new Sport England compliant courts, which are to be used for both the school’s own netball, basketball and hockey teams as well as for community hire; making it an incredibly inclusive space – and one which will support not just the school but the wider Henlow population. “There are also attached changing rooms as well as a 88 m2 storage facility.” BSD provided technical support to PCMS Design to ensure that the delivery of the M&E engineering services for electricity, gas, water and the fire alarm system ran smoothly and to specification. “There were a couple of challenges on this project; time constraints meant that the scheme had to be completed for the beginning of term but, through working closely with the delivery team, we managed to complete the project on time and on budget. “The new building is a standalone building, separate to the main school. Services had to be provided to the new site and connected to existing services without impacting on the school’s day to day operations,” added Adam. The sports hall has a standing seam zinc roof, which is curved to the hall and pitched to the storage room, as well as architectural louvres which allows for air flow through the area. Alex Bond, PCMS design director and project manager said: “PCMS Design engaged BSD to advise on the performance specification for the mechanical and electrical installation on a large educational sports hall and classroom block project at Henlow Church of England Academy. “We found its services to be invaluable in the early planning stages, and throughout the specification process when specialised M&E skills and knowledge were needed.” Head teacher Caren Earp said: “Thanks to the incredible design team, we now have a fantastic new building which is going to be of huge benefit to our children, increasing the number and range of opportunities for sport that we can now offer.” The project was funded by Central Bedfordshire Council and the Education and Skills Funding Agency (ESFA).
Prefect Controls have introduced a new feature for their PrefectIrus product – the integration of an accurate current meter that monitors energy use in each room throughout multi-occupancy buildings such as student accommodation. Until now, managers have calculated energy use based on power rating multiplied by length of time a device is estimated to be active. However, fluctuating voltage and imprecise predictions of ‘on-times’ can make these estimates wildly inaccurate. The new PU3 from Prefect comes with iACM (Integrated Accurate Current Metering) as standard, logging the current only when a heater is operational. This data is then transmitted via the buildings wiring system to the central controller where it is recalled for estimation of seasonal energy usage. As well as monitoring heaters in bedrooms, the feature also notifies managers if there is a problem with hot water tanks. Usually a problem is only evident when both elements fail and water isn’t being heated. With accurate metering, if one element fails, the drop in current immediately identifies the problem – meaning efficiency can be restored. Glen Golding, Prefect Controls MD, said “This development means accurate usage can be calculated so that better purchasing of energy will lead to greater savings for organisations providing multi-occupancy accommodation.” PrefectIrus is currently in more than 20,000 bedrooms and continuous development makes it an invaluable product to ensure efficient use of energy across Britain’s university accommodation estate. For further information contact Glen Golding on 01787 320 604.
The first phase of the design and construction of the new £45 million Northstowe Education Campus in Cambridgeshire will be carried our by Kier. The teaching facilities will be a part of the new sustainable Cambridgeshire town Northstowe and address the lack of school places in the county. The 133,203 sq ft Northstowe Education Campus will become Cambridgeshire’s largest education campus once completed. It will comprise a nursery, a 3FE primary school, a secondary school, Special Educational Needs (SEN) school and sixth form college. 3,000 students aged 0-19 years within the sustainable new development will benefit from teaching and learning facilities at Northstowe, which is expected to have a population of 24,000. A new secondary school, the seventh owned by Cambridge Meridian Academies Trust (CMAT), will be delivered by Kier, providing places for up to 600 pupils aged 11-16. The project will then be extended in two subsequent phases to allow for 1,800 pupils. It will feature a multi-purpose school hall/theatre space and drama studios, a large sports hall, a gym, two dance studios and all-weather floodlit football and hockey pitches. In addition, Kier will create a 110-place Special Education Needs (SEN) school. “Having previously constructed Pathfinder, Northstowe’s first primary school, we are delighted to now be delivering the next phase of education provision for the emerging Northstowe community. This addition to the school development further builds on our position as a leading UK provider of educational buildings and we are looking forward to starting the first phase of works on this project,” commented Mark Dady, managing director at Kier Eastern. Kier started enabling works on site in September with the first cohort of students starting in September 2019.
Work has just begun on the installation of architectural glazing systems by leading manufacturer Kawneer on the second of three buildings at Bournemouth University. Approved dealer Leay is installing Kawneer’s AA®100 zone-drained capped curtain walling, along with AA®541 fixed light windows and two types of doors on the 5,000m2 Fusion 2/Poole Gateway Building (pictured) designed by Atkins architects. Leay’s team of up to 10 operatives, who are also installing AA®720 and series 190 heavy-duty entrance doors, is expected to be on site until January while the overall project is scheduled for completion by Willmott Dixon in September 2019. The new £27 million landmark building will target BREEAM “Excellent” and provide specialist facilities for two of the university’s internationally renowned faculties – Media and Communication and Science and Technology. The building will house state-of-the-art facilities on a series of tiered floors. This will include many multi-media areas, each with acoustically and visually sensitive areas, including TV and film studios, audio editing, media production spaces, green screen and motion capture suites, and animation studios. Leay’s business development manager Mike Watts said: “The project is in essence large triangular curtain wall screens to the front and rear elevations. These screens are 25m wide and 15m high at the tallest point and are located within the atrium. “The client was keen to see clean sightlines and minimal steelwork so we worked alongside the structural engineer to ensure the intermediate steels to tie the screen back to were kept to a minimum in quantity and also a minimum in size by calculating the screen to transfer and deadload itself down on to the ground-bearing slab. “We proposed the use of Kawneer products to the architect and Willmott Dixon from day one on this scheme as we knew they would provide the aesthetics the architect was requiring and also the structural integrity required for the spans of curtain wall.” Designed to form a new visual gateway to the university’s Talbot Campus and its parkland setting, it forms part of a wider £100 million programme to expand the university’s facilities. Work has also started on installing Kawneer systems on a third building at the university – a £40 million new home for the Faculty of Health and Social Sciences. Again designed by Atkins but this time with main contractor Kier, the Fusion 3/Bournemouth Gateway Building will feature Kawneer’s AA®100 zone/mullion drained curtain walling with feature face caps on tall atrium screens along with AA®720 window vents and entrance doors and series 190 doors. Kawneer approved dealer Aluminium Sashes will have a team of up to eight operatives on site until April 2019. Kawneer systems were also used in 2017 on the original £22 million Fusion building at the university which fuses education, research and professional practice through a mix of flexible informal study and social collaborative spaces including 27 seminar rooms, three lecture theatres, research space and a 24-station PC laboratory. Kawneer’s AA®100 zone-drained curtain walling, AA®541 top-hung casement windows, AA®545 low/medium duty swing doors and series 190 doors were installed by approved dealer AB Glass for Willmott Dixon to a BDP design. This 5,800m2* BREEAM “Excellent” building is topped with a glass dome, allowing maximum natural light into the building. Feature cladding bands were fixed to the Kawneer curtain walling by aluminium fins.
CONSTRUCTION of the University of Huddersfield’s new £30 million centre for the study of art, design and architecture is months ahead of schedule, and it has witnessed an unusual “topping out” ceremony conducted by the granddaughter of Dame Barbara Hepworth, the famous artist who has given the building its name, in the presence of the main contractor’s MD for Construction. Dr Sophie Bowness – who is an art historian and a trustee of the world-famous Hepworth Gallery in Wakefield – was invited to turn a bolt on one of the 146 aluminium panels that will be fixed to the glazed walls of the new building. Their function will be to reduce solar glare, but architects AHR have ensured that they are also an artistic adornment. One of the great sculptors of the 20th century, Barbara Hepworth, who lived from 1903 to 1975, was born and educated in Wakefield. She was the first choice to be commemorated by the new University of Huddersfield building and at the topping out ceremony Vice-Chancellor Professor Bob Cryan thanked Dr Bowness for giving permission to use her grandmother’s name. The ceremony was attended by key figures from building firm Morgan Sindall, including its Managing Director for Construction, Pat Boyle. Morgan Sindall recently completed the University’s £28 million Oastler Building, opened in 2017, which was announced as the Best Education Building at the West Yorkshire Local Authority Building Control Awards. After Dr Bowness had carried out the ceremony, Professor Cryan said that the University’s policy of naming buildings after famous local people was designed to inspire students, and the legacy of Barbara Hepworth would be sure to do that. Professor Cryan praised the “dream team” from Morgan Sindall who had ensured that construction work was nine weeks ahead of schedule. The Barbara Hepworth Building will be completed in the spring and be ready for use at the start of the 2019 academic year. As the five-storey, 7,500 square metre Barbara Hepworth Building takes shape, the University was pleased to welcome Morgan Sindall’s MD for Construction Pat Boyle and Dr Sophie Bowness, granddaughter of Wakefield sculptor Barbara Hepworth, to the ‘topping out’ ceremony
A student-led mixed-use development scheme in London has secured funding of £125 million. The development, which will be offered exclusively to King’s College London (KCL) students, will feature 654 beds alongside 60,000 sq. ft of Grade-A office accommodation and an incubator space for entrepreneurial start-up businesses. Urbanest’s Aldgate scheme, to be known as UrbanestCity, is being completed by Balfour Beatty with a funding loan from M&G Investments. “This is Urbanest’s most ambitious student-led mixed-use development to date, providing a unique blend of student housing, heritage, entrepreneurial innovation, commerce and leisure space uses which will sit alongside and complement each other in the completed scheme. We are delighted to be working with M&G and KCL again and our aspiration with Urbanest City is to add another landmark location within our expanding PBSA portfolio,” said Vicky Skinner, CFO at Urbanest. The remains of a bastion tower and part of the 4th century wall that encircled the Roman City of Londinium are concealed beneath the Aldgate development. Urbanest is working with Museum of London to incorporate these archaeological remains into the project, which consolidates two former office buildings (Emperor House and Roman Wall House) acquired by Urbanest in early 2017. The Roman remains are set to be made readily accessible to the public for the first time within a three-storey gallery and museum. “Urbanest continues to provide fantastic facilities for students in London and we are delighted to expand our relationship and enable the construction of this exciting development. We continue to see increasing demand for student accommodation in the capital and this deal provides our institutional investors with access to attractive returns secured against high quality real estate in London’s city centre,” added Adam Willis, Associate Director in M&G’s Real Estate Finance team. The building is scheduled for completion in 2021.
A showcase campus has enabled three schools to co-locate, while also providing a showpiece for a trio of Armstrong Ceiling Solutions, including TechZone™, the industry’s first easy-to-specify-and-install ceiling acoustic solution with integrated technical services. The new state-of-the-art Balloch Campus in West Dunbartonshire features three highly acoustic Armstrong Ceiling Solutions throughout – Perla OP 0.95 Tegular mineral tiles on Prelude 24 TLX grid, Parafon Hygien Board mineral tiles on a 24mm corrosion-resistant grid, and Armstrong’s revolutionary TechZone™ integrated ceiling system incorporating Perla OP MicroLook planks. Delivered by main contractor Morgan Sindall, they were specified by architects Holmes Miller for the £16 million campus for “cost and quality” reasons and installed by Armstrong’s Green Omega specialist sub-contractor Brian Hendry Interiors. As part of their membership of Armstrong’s Green Omega network of recycling installers Brian Hendry Interiors also recycled 300m2 of the new ceiling tile off-cuts during the installation process, preventing almost a tonne of material going to landfill and the consumption of an equivalent weight of raw materials. For maximum acoustic comfort some 1,600m2 of Perla OP 0.95 600mm x 600mm tiles with a Tegular edge detail within a standard 24mm grid were used in offices, classrooms and stores. These tiles perform to Sound Absorption Class A and were also the first mineral ceiling tile in Europe to win Cradle to Cradle™ certification as part of the new generation of sustainable and acoustic ceilings offered by Armstrong. In the corridors and breakout areas Armstrong’s TechZone™ integrated ceiling system was specified with a 15mm XL2 grid, fabricated to special lengths of 900, 2100 and 2400mm. Incorporating 800m2 of Perla OP 0.95 1200mm x 300mm MicroLook, the TechZone™ system was specified to achieve the aesthetics of a linear plank system and seamlessly integrate and complement the 100mm wide linear lighting arrangement. In addition, it addressed the clutter of services above in a crowded corridor installation and provided an acoustic Class A product to reduce unwanted noise in the busy ceiling plane. To complete the trio of Armstrong ceiling systems installed at Balloch Campus, 160m2 of Parafon Hygien 600mm x 600mm tiles, which offer Class A sound absorption, 95% humidity resistance and clean room classification to ISO 4, were used within a 24mm corrosion-resistant grid in the high humidity zones, such as the kitchen areas and stores. The new 53,280ft2 campus has been built on the site of the former St Kessog’s Primary and provides a new home for it, along with Haldene Primary and Jamestown Primary, to create the newly-formed school, Balloch Primary Campus*. An Additional Support Needs (ASN) unit and a new Balloch Early Learning and Childcare Centre (ELCC**) are also operating at the site. In total there are 21 open-plan flexible learning spaces for the potential 747 students, as well as a centrally-located shared administrative areas, gym halls and assembly area, while the ASN has capacity to assist 36 pupils with a varying range of support needs. The £16 million campus represents a major investment in the education offering in the area by West Dunbartonshire Council through what is now the Scottish Procurement Alliance. This supports the efficient construction, refurbishment and maintenance of social housing and public buildings throughout Scotland. With multiple stakeholders across the three schools and the local authority, the framework procurement route afforded early-stage collaboration on design, budget and timescales. The 16-month steel frame build to BIM Level 2 was completed on schedule and to budget. Brian Hendry Interiors had a team of up to 16 operatives, including apprentices, on site for five months.
With the new school year now underway, Richard Werth, CEO of Troy Homes has taken a look at the impact that ‘outstanding’ Ofsted rated schools have on house prices. According to data from the Land Registry, Department of Education and Ofsted, the connection between family sized homes and proximity to a school with an ‘outstanding’ Ofsted rating (state or private; primary or secondary) can be as much as 28% and, even at the extremities of the schools’ catchment areas, it can remain around 20%. Given that some schools’ catchment areas can span 20 miles in each direction from the school’s gates, an Ofsted ‘outstanding’ rating can affect a huge swathe of property. Whilst living within a school’s catchment area does not guarantee a place, it certainly helps. For example, living within the catchment area of a Grammar School is often essential to securing a place. The premium for homes within 5 miles of popular private schools is often much higher than 28% – particularly in University cities where demand outstrips supply. So, as there is usually no formal catchment area, there is a temptation to live further away from the school. But, it is worth bearing in mind that if you live 10-15 miles west of the school, then your child’s best friend could easily live the same distance to the east of the school, making sleepovers and parties very complicated! Choosing the right schools is highly individual and can change as your children develop. It can be a complex and daunting process but, in the end, it very often comes down to ‘gut feel’ – you just know when you have connected with staff, students and atmosphere and if it just feels right. Buying to be in a catchment area is one thing, but the family home still has to meet the demands of all the family’s lives. Affordability, design, layout, size, commute, local facilities are just a few of the criteria that should be considered; after all, life outside school is just as important. But, for everyone’s benefit, the shorter the school run, the better.
WORK has started to deliver state-of-the-art facilities as part of a new £60 million development for the King’s School – one of the largest independent day schools in the UK. Pick Everard – the independent property, construction and infrastructure consultancy – is providing full design and engineering services for the 80-acre, Derby Fields development in Macclesfield, which is expected to be completed in May 2020. The school’s current three sites will be united into one area, creating a new 16,000m2 academic building with 350 rooms, in addition to a new sports centre – which will include: a six lane, 25m swimming pool; a six-court sports hall and a dedicated indoor cricket centre. Externally, five new rugby pitches, one rounders field, two AstroTurf hockey pitches and six netball courts will be created. Duncan Green, managing partner at Pick Everard said: “We are delighted to be working on such a major project for both the King’s School and Macclesfield as a town. We’ve been working with the school consolidating its estate onto a single site with brand new buildings so we’re pleased that work has now begun to realise this vision.” Natalie Clemson, associate director said: “As well as including fantastic educational and sporting facilities, the new building will be highly energy efficient and sustainable with a BREEAM rating of ‘very good’. It will also score highly on environmental management, responsible construction, resource efficiency, low energy and water use with a reduced carbon footprint, as well as efficient heating and lighting systems and controls, among other sustainable features.” The new development – the most ambitious project in the school’s 516-year history –will supplement, and sit adjacent to, the school’s existing Derby Fields campus. The project has been funded by the school selling its existing two sites in Fence Avenue and Cumberland Street to housing developers, which will provide sustainable and affordable homes in the area along with retirement and assisted living options. Natalie added: “The school selling its existing sites to fund the project has freed up valuable land in the town centre for housing, which in turn will address the town’s need for additional housing and provide significant economic growth. “We also worked with the school to deliver a series of value engineering workshops, which contributed savings of up £6 million, as well as providing design solutions to maximise teaching space while meeting the client’s budget.” The King’s School, which has 300 employees, provides education for more than 1,200 students from pre-school through to sixth form. John Kennerley, chair of governors at King’s School said: “We are delighted to be able to launch our 2020 vision for King’s. It will deliver not just a fantastic campus for our pupils, but enable us to develop further community use of the school beyond the 27 organisations that already share our facilities.” Headmaster Simon Hyde added: “We are extremely keen to ensure that our legacy is a positive one both for the school and Macclesfield in general. The development of a mix of sustainable housing close to the town centre will hopefully continue to bolster the attractiveness of Macclesfield as a place to live and support the many excellent new shops and businesses currently taking root.” John Roberts, regional director at Vinci Construction UK Ltd, the project’s lead contractor, added: “We are proud to be delivering the new campus, which will provide the very best educational facilities available for the school, its pupils and for the wider community.” Pick Everard employs more than 500 staff across its 11 UK offices, providing a range of project, cost and design consultancy services.