Structural Consultants Braughing Friars
HPS Structural Consultants are your expert structural engineers in the Braughing Friars area who you can rely on for structural design on both commercial and domestic properties. With many years of experience dating back to being established in 1985, we are more than qualified to work on your next project. Throughout our time we have worked on various sized projects throughout Hertfordshire, Oxford, Bournemouth, Folkestone, Norwich, Leicester and now Braughing Friars.
Working with local councils, authorities, housing developers and domestic property owners, you are sure to get professional assistance from our team without the hassle. We are able to attend all sites to resolve structural issues and also provide various other services including:
Structural Design Calculations & Structural Engineering Reinforced Concrete Designs Foundation Design Retaining Walls Basements Subsidences Surveys and Reports
Working closely with our clients we ensure that every project is carried out as a team. With your vision and our expertise we can bring CAD drawings to life in front of your eyes so that you can get cost-effective and practical solutions for your next project. From civil engineering of commercial buildings to minor renovations at domestic properties, there is no job too small or too large for our team to handle.
With a passion to provide nothing but professional services from our expert structural consultants, you can count on us to deliver what you are looking for. We have previously engaged with domestic, commercial, health, industrial and public sectors and now your project could be next! By meeting all safety standards and complying with current codes of practice, you are guaranteed a reliable service from HPS Structural Consultants in Braughing Friars.
Call us on
01923 818 123
to learn more about structural consultants in your local area of Braughing Friars. HPS Structural Consultants are on hand to assist with your properties and enquiries when you need us most, so don't delay.