Enable job alerts via email!
Boost your interview chances
Create a job specific, tailored resume for higher success rate.
An established industry player is seeking a Principal Process Engineer to join their innovative team in Leatherhead. This role offers the chance to lead exciting projects in syngas processing, focusing on hydrogen and ammonia technologies. You will be responsible for conducting feasibility studies, developing process simulations, and creating detailed engineering designs. The company promotes a collaborative environment, offering flexible working arrangements and a comprehensive benefits package. If you are passionate about engineering and eager to make a sustainable impact, this opportunity is perfect for you.
KBR is a global provider of differentiated, professional services and technologies delivered across a wide government, defense and industrial base. Drawing from its rich 100-year history and culture of innovation and mission focus, KBR creates sustainable value by combining engineering, technical and scientific expertise with its full life cycle capabilities to help our clients meet their most pressing challenges today and into the future.
KBR employs approximately 29,000 people worldwide (including our joint ventures), with customers in more than 80 countries, and operations in 40 countries, across two synergistic global businesses.
We bring together the best and brightest to deliver technology and solutions that help our customers accomplish their most critical missions and objectives. In doing so, we strive to create a better, safer and more sustainable world.
We offer challenging opportunities, competitive salaries, and a comprehensive benefits package that includes Private Medical Insurance, Employer Pension Contributions, Life Assurance, Personal Accident cover, Income Protection and much more. We also offer flexible working arrangements and the opportunity to make a real difference in the world.
This role sits within STS in the Technology business unit. The Technology business unit is a leading global provider of innovative, proprietary process technologies and catalysts used across numerous downstream industries. KBR technologies are known for producing clean, sustainable end products, mitigating environmental impact and reducing operational hazards.
In this position you will be responsible for leading studies, process design packages, basic engineering design related to syngas processing plants such hydrogen and ammonia (conventional, blue and green).
The position is ideally based in KBR's Leatherhead Campus. Flexible working can be discussed.
Working as part of a friendly team under the supervision of director of Technology, you will lead the production of the following:
When you become part of the KBR team, your opportunities are endless. Through collaboration with our customers, we're defining tomorrow's challenges, then providing the solutions and services to overcome those challenges, always maintaining our commitment to total safety and reliability.
At KBR, we partner with government and industry clients to provide purposeful and comprehensive solutions with an emphasis on efficiency and safety. With a full portfolio of services, proprietary technologies and expertise, our employees are ready to handle projects and missions throughout their entire lifecycle, from planning and design to sustainability and maintenance. Whether at the bottom of the ocean or in outer space, our clients trust us to deliver the impossible on a daily basis.
Working at KBR means being rewarded for your contributions. In addition to competitive benefits and professional development, our people are empowered to use all their potential, creating meaningful change for themselves and our clients. We attract the best minds in the world because our expertise thrives on creativity, resourcefulness and collaboration. That is how we supply our clients with cutting-edge solutions and services.
As the needs of the world change, we're ready to respond and guide the way forward with strategic, sustainable, and technological advancements grounded in more than a century of practical application and execution.
#LI-EF1