SIP Build UK

This stunning self build property delivered the dream home for our client. The vision of completely open plan areas, stunning vaulted ceiling spaces and stairwells made SIPs an obvious choice. The vaulted ceilings were formed with precision during the SIPs design stages and this complex roof them installed to exacting precision on site ensured the clients precise vision could be delivered.The specification of the 172mm SIPs panel ensured that U Values a low as 0.15 were achieved straight off the shelf which also delivered on the thermal, environmental and sustainability requirements requested by the client.This stunning property has endless features and is an aesthetic master piece, all of which was delivered through detailed design, engineering and installation by SIP Build UK as the appointed SIPs specialist.SIP Build UK took complete responsibility for the design, engineering and installation of the SIPs including all internal walls, floors and the huge amounts of additional structure in both glulam and steel to deliver this open plan, vaulted, stunning property.

Derbyshire Longhouse | SIP Self Build Passive House | As Featured on Grand DesignsDerbyshire, traditional, windy with undulating hilly countryside scattered with farms and buildings that have a familiar similarity about them. A shape that is long and follows the lines of the hills, a Longhouse a venerable type of building which dates back thousands of years. They were designed to protect the human inhabitants but also the livestock from the elements all living under one roof.Being city dwellers whilst their family grew up Mike and Sarah bought an 18 ½ acre small holding in the Derbyshire dales to live a very different life. Sarah has become a fulltime shepherdess Mike a busy director, a massive change of lifestyle. The plan is to move both sets of parents into a new house.Planning history for the site showed 26 previous residential planning applications for the farm – all of which had been refused.Jillian the architect told them that the only real route for them to get planning permission was to through a special section of the planning regulations called ‘paragraph 79’ – it had to be a house of exceptional architectural quality that could only be built in the landscape surrounding it so it becomes part of the landscape. After 2 years of application approval was granted.21st century interpretation of a Derbyshire long house – a series of interconnected spaces arranged in a line. A way the family could come together so it was multigenerational living.2 existing barns were knocked down. Foundations laid and 45tonnes of steel formed the frame of the building. The entire structure was then clad in SIPs. Walls clad in corrugated steel and standing seem roof all encased with triple glazed aluminium windows and doors.500m2 of living space. Spacious open planned living quarters, kitchen sitting room and a majestic double height dining room all with breath taking views of the dales. Downstairs contained a living accommodation for Mikes parents, upstairs housed bedrooms for Mike and Sarah and the girls, at the back of the house independent living accommodation for Sarah’s mum. 3 generations of family. However in this modern longhouse the animals will be living outside!The issues faced by the site were numerous, building to near Passive House standards, a roof that mirrored many roof planes and the need to transport all of the building down a track no wider than 3.5m wide and a steel frame that looked like something from Battlestar Gallactica!At every stage through numerous design team meetings and many telephone calls emails and every other form of correspondence this project wound its way like the undulating hills it was to be built in to a conclusion.SBUK had 8 weeks to deliver and install the SIP cladding to the building which was within the 8 – 10 week build program allowed. Our costs were delivered within the parameters of the final estimate for the project despite the time lapse in between.The overall project suffered from delay due to late delivery of the standing seam roof. Delays due to the pandemic and the struggle for materials added a couple of months to the overall program and the budget increased by 7%. Inflation during this period has been running in excess of 10%!!In all reality our package stayed the same despite timber costs rising by over 50% and SIP panels rising by 32% in the same period. We have been able to achieve this for the client by better optimisation of the SIP panel cutting which reduced what should have been enormous wastage due to the triangular shape of the panels.Optimisation ultimately was nearer to normal due to hard work and diligent panel landing by our design team.From the very beginning of the project the clients have looked to build an energy efficient fabric first building that will last the test of time.The ultimate use of the house was to house 3 generations of family. The consistent search for improvements in the materials and airtightness of the building whilst striving to achieve a passive house has led to a building that has incredibly low cost for heating.Recently whilst the snow was laying on the ground the inside temperature was 22c despite no heating being used.SIP panels are inherently airtight, add to that a VCL that has wrapped the building throw in the mechanical heat recovery and the building outperforms virtually anything that is currently being built.It was very important to the client to outperform standard SIP panel thicknesses so they opted for our largest panel thickness at the time. This will keep paying back for years to come whilst keeping all 3 generations warm.

The Creative Centre at York St John University represents an evolutionary step in educational architecture, mirroring the institution’s commitment to fostering innovation, creativity, and community engagement.By integrating cutting-edge sustainable technologies and materials, the centre not only minimizes its environmental impact but also serves as an inspiring example of how modern design can contribute to the well-being of both the planet and its inhabitants.The facility’s versatile spaces encourage interdisciplinary collaboration, enabling students and faculty to explore new frontiers in arts and education. This architectural gem not only enhances the university’s landscape but also strengthens its ties with the local community, inviting public participation in a range of cultural and educational events.As a symbol of York St John University’s forward-thinking ethos, the Creative Centre is poised to shape the future of creative education, making it a cornerstone of both the university and the wider society.Three main concepts formed the foundation of the design approach. First, it is a genuinely sustainable building, both in operational and embodied carbon terms, with a substantial timber frame and simple climate control. Second, the main atrium space unites all the building elements together, reflecting the latest thinking in higher education to create ‘third spaces’ for cross-disciplinary collaboration.Finally, the Centre makes the most of its proximity to York Minster connecting the University to the heritage of the surrounding city. Throughout the atrium, recital hall and critical listening room, views to the Minster are carefully framed, reinforcing this picturesque view across the stunning historic site.Low embodied carbon materials, such as glulam and CLT and SIPS were used for the construction of the Centre, as part of a ‘fabric-first’ approach using Passivhaus principles to achieve a BREEAM Excellent rating.Working alongside environmental design consultant Atelier Ten, the project’s eco credentials were achieved by using triple-glazing, making the building air tight, providing simple operation systems – such as openable windows – and a mixed mode ventilation system with both mechanical and natural ventilation in teaching rooms.The building is extremely functional and flexible, for example the 2,000m2 of teaching space are column-free internally with modular servicing to allow easy re-configuration in the future should the university’s requirements change. The 180 capacity auditorium was designed with SSV Theatre Consultants to facilitate teaching as well as performances, with a level access technical level. And the building connects to the natural environment through its use of natural materials and integration with a campus wide landscape masterplan.

The SIPs Cladding Panel has been included as part of the innovative design for the Research Acceleration and Demonstration (RAD) Building at The University of Nottingham.The ProjectThe RAD Building has been designed to achieve BREEAM Excellent and will include Passivhaus measures to reduce energy requirements, providing a comfortable space for users whilst maintaining outstanding energy efficiency.The £7m development, funded by Innovate UK, houses many of the UK’s leading academics in its laboratories, offices and breakout spaces. The 142 mm SIPs Cladding Panel was used in the walls of the iconic 2000 m2 building, in order ton restrict energy demand.The original specification indicated both SIP and, space saving opportunities and quality delivery by qualified installers.Rising to the challengeA multi-disciplinary approach was taken to meet the project’s challenging performance targets including input from building fabric engineers, specialist designers and BREEAM consultants. The use of the SIPs Cladding Panel was essential to maximise space in the laboratory building, whilst maintaining excellent levels of insulation.High performanceIn addition to their excellent thermal performance, the combination of the panel’s OSB/3 facing and unique jointing system also help to limit air loss from the building. This allowed the project team to limit air-leakage to below 0.6 ach@50 Pa.The RAD Building development offered the opportunity for creating a building with a dynamic appearance and unique identity, consistent with the aspirations of the ERA initiative.The use of the SIP Cladding Panel was essential for maximising space in the laboratory building, whilst maintaining excellent levels of insulation.The RAD Building development offered the opportunity for creating a building with a dynamic appearance and unique identity, consistent with the aspirations of the ERA initiative. The use of the SIP Cladding Panel aligns perfectly with these aspirations, due to the panels’ FSC® (FSC®-C109304) certification, which demonstrates sustainable sourcing of construction materials.University of Nottingham RAD Building | Lewis and Hickey Architecture4Awards2019 – Winner | Sustainability Award 2019, East Midlands Celebrating Construction Awards – Celebrating Construction Excellence2019 – Winner | LABC East Midlands Awards Winner & Highly Commended2018 – Winner | EMPD – Sustainable Project of the Year, constructing excellence