With over 25 years of experience, Jensen Hughes is Europe's leading fire engineering consultancy providing innovative, performance-based fire safety solutions. Our team of experts has an unwavering commitment to service excellence, working closely with clients to develop cost-effective designs that meet safety codes without compromising architectural aesthetics. Having successfully completed over 6,000 projects, including high-profile developments like the London Olympics Athlete's Village, Microsoft Dublin HQ, Gazprom HQ St. Petersburg, and Westfield Milan, we are the leading consultant for complex fire engineering projects across Europe.

For incidents including fire, escape of water, chemicals, structural or product failure, we apply the scientific method through our expert team of scientists, forensic engineers, and expert investigators to understand in detail the ‘what, why and who’, that permits the pursuit of recovery, validates a legitimate claim, repudiates fraud or allows defense of a liability. As a market leading forensic investigation company, we have a track record of always responding rapidly, delivering conclusive reports, robust evidence and expert testimony. Forensics are a client focused team who are dedicated to understanding your needs. As a trusted partner we go that ‘extra mile’ seeking solutions that can assist and add further value to the inquiry process.

From power generation to transmission and distribution to energy storage, our experts are at the forefront of hazard mitigation, helping identify, analyze, and mitigate risks critical to any organisation’s safety and continuity. Using risk-informed, performance-based methods and technologies, we assist with compliance and help enhance the safety and operational performance of complex facilities. Whether it’s fossil-fuel or clean energy sources, like nuclear, hydrogen or energy storage, we account for site-specific factors to ensure proper assessments, risk-informed engineering and designs, and appropriate technology usage. We also support safe and reliable facility operations through planning, designing and implementing advanced engineering solutions.