Check out your Company Bowl for anonymous work chats.
āļø Can engineering unlock the future of sustainable flight? In his latest article, Max Milarvie dives into the opportunities and challenges of Sustainable Aviation Fuel (SAF), a key technology in the race to decarbonise one of the most hard-to-abate sectors. From feedstock limitations to process complexity, Max explores how engineers are tackling the technical barriers and why SAF is a practical, scalable solution for todayās aviation industry. Read the article on our website to find out how chemical engineering is helping shape the future of flight.
š” Behind every ambitious energy project is a powerful engine of innovation. At Kent, our Global Engineering Centre in India is enabling some of the most complex energy projects worldwide, evolving into a truly integrated hub of engineering excellence. With expanding capabilities in Mumbai and Vadodara, our teams support the entire project lifecycle from concept and detailed design to digital engineering, procurement, commissioning, and beyond. Itās the technical expertise, commitment, and ingenuity of our people that make this possible. Weāre not just engineering solutions. Weāre shaping the future of energy. Learn more on our website.
š£ Parents - do you have a teenager curious about science, technology, engineering or maths? Our 1-week summer work experience programme is back! Designed to help students take their first steps toward a future in STEM, this opportunity helps pupils explore the real world of engineering and energy through hands-on learning and expert guidance. Whether your child already has a career path in mind or just wants to see whatās out there, our programme will offer them a glimpse into life at Kent and the wide range of opportunities the STEM world can offer. šļø Programme runs across June, July and early August ā³ Application deadline: 12 May 2025 š Open to pupils currently in S3 or S4 in Scotland, Years 10 & 11 (GCSE level), and Years 12 & 13 (A-level or equivalent) in England. Apply now across one of our UK office locations: š Aberdeen: https://bit.ly/3REvc8r š Glasgow: https://bit.ly/42TZEAi š London: https://bit.ly/42TYt3Q š Woking: https://bit.ly/3YSF6ai
š” Bridging the gap between build and operate isnāt just about project timelines, itās about mindset. In his latest article, Chas Neaves explores why operational readiness can't be treated as an afterthought and why true EPCC stewardship means integrating CSU and ORA thinking from day one. At Kent, weāve seen firsthand how even the most technically sound projects can falter if operational readiness isnāt baked into the DNA of delivery. Thatās why we embed structure, culture, and accountability into every interface and handover.
What happens when a graduate mentors a COO? When Clementine Thompson, a graduate engineer, became a mentor to our COO, Tush Doshi, something powerful unfolded. š± Throughout a 6-month journey they swapped stories, challenged each otherās views, and found common ground in unexpected places. This is what reverse mentoring looks like at Kent: real dialogue, mutual respect, and the kind of learning that stays with you. Learn more about Clementine and Tushās experience on our website.
At Kent, we bring 50+ years of experience across the full hydrogen value chain, from production to end-use. Our standardised designs, automated assessments, and modular solutions are helping clients bring down the cost of hydrogenāmaking projects viable and scalable. Backed by world-class engineering, cutting-edge digital tools and a proven track record in execution, we donāt just design hydrogen projectsāwe deliver them. Ready to make low-cost hydrogen a reality? Learn more on our website.
Every project starts with a challenge. A need to go further, be cleaner, and work smarter. In Saudi Arabia, our team is solving some of the industryās most complex challengesāhelping to shape the future of energy in the region. From harnessing the power of green hydrogen to supporting the development of solar-powered gas wells, and ensuring the reliability of critical hydrogen and gas supply plants, our teams are bringing expertise, innovation, and problem-solving to every stage of the project lifecycle. Hereās a glimpse of some of our recent work: š¹ A mega-scale green hydrogen facility, targeting 600 tons of carbon-free hydrogen production per day. š¹ The first solar-powered unconventional gas wells in the region, advancing sustainable energy solutions. š¹ Reliable maintenance support for a major hydrogen and gas supply facility, ensuring safe and efficient operations. Energy in Saudi Arabia is evolving, and weāre proud to be part of that transformationādriving progress, one project at a time.
We're proud to share a meaningful milestone from our team in India. Kent has partnered with Chirag Foundation to launch an Integrated Village Development Program across Mahalepada, Mahasepada, and Ghodipada villages in Maharashtra. With the goal of curbing migration and enabling year-round agriculture, the program is bringing access to reliable water, clean energy, education, and health improvements to over 1,170 villagers. Some of the key developments include: āļø A solar-powered water pump and 2.7 km pipeline āļø Solar lamps for all 234 households āļø Household water filters for clean drinking water āļø Solar-powered school and Anganwadis, with libraries, fans, lighting, and TVs āļø Solar streetlights for safer communities The impact is already visible ā in classrooms, in homes, and in the stories shared by the community. This is what sustainable change looks like. Learn more on our website.
Why settle for just any service provider when you can have a true partner? With decades of experience delivering seamless end-to-end Completions, Commissioning and Start-Up services, we go further than just delivering top-notch results. We partner with our clients, committing to implementing a standardised, world-class approach throughout the full process, making their success our priority. Discover why we are the specialist commissioning service provider of choice on our website.
š§ Floating wind is moving fastāand designs are getting bigger, smarter, and more complex. As turbines grow in size and projects head into deeper waters, the need for faster, more efficient design tools is becoming critical. Traditional methods canāt always keep up with the pace of innovation. Thatās where machine learning is stepping in. In this new article, Johan Daelman shares how weāre using machine learning to optimise floating offshore wind turbine designāreducing steel use, improving performance, and speeding up early decision-making. Read more on our website about how weāre helping engineers make smarter choices, faster.
