Job Title: Research Scientist - High-Reynolds Number Physicist & Experimentalist
About Us: We are a global technology company, driving energy innovation for a balanced planet.
Together, we create amazing technology that unlocks access to energy for the benefit of all.
At SLB, we recognize that our innovation, creativity, and success stem from our differences. We actively recruit people with a diverse range of backgrounds and cultivate a culture of inclusion that unlocks the benefits of our diversity. We want to ensure that everyone feels a sense of belonging here and we encourage, enable, and empower our people to foster inclusivity, build trust, and demonstrate respect for all across the organization.
Global in outlook, local in practice - and with a united, shared passion for discovering solutions, we hire talented, driven people and support them to succeed, personally and professionally.
Location: SLB Cambridge Research (SCR) is part of SLB's global network of research and engineering centres.
SCR is a dynamic, multidisciplinary environment with state-of-the-art research and computing facilities. We work on applied research projects in the physical sciences to meet the current and future challenges of the industry. SLB Cambridge Research is a distinctive marquee-like structure dominating the High Cross site on the western outskirts of Cambridge, England. This spectacular building was completed in 1985 and the smaller second phase was opened in 1992. It has recently been classified as a Grade II listed building. Altogether, there are more than 930 m2 of laboratory space and offices for more than 100 scientists, technicians and domain experts.
Job Summary: We are seeking a creative self-motivated Research Scientist to develop models and experiments for High-Reynolds-Number flows. The initial focus will be on recommissioning existing multiphase flow loops and will expand to improve design and automate the systems and lead the experiments. The job will require experience in mechanical design, building, and commissioning of flow loops, particularly handling multiphase flows and turbomachinery. The candidate will also need to work constructively and effectively in a multidisciplinary team and engage with business and engineering teams to ensure their solutions have a significant impact. They will also present their work internally and externally.
Responsibilities: - Work in experimental fluid dynamics, particularly for high-Reynolds-number flows.
- Work in multiphase flow and mechanical systems' first principles modelling.
- Engage and collaborate with SLB technical community
- Ability to develop novel solutions to research and engineering problems, and articulate them to the technology team and management
- Publish scientific papers, write patent applications and attend conferences
Qualifications: - PhD in a relevant field (Mechanical or chemical engineering, fluid mechanics)
- Expertise in experimental fluid dynamics, particularly for high-Reynolds-number flows
- Knowledge of mechatronics and control systems, and experience with actuation mechanisms (pumps, valves)
- Experience in mechanical design, building, and commissioning of flow loops, particularly handling multiphase flows and turbomachinery
- Experience in first-principle modelling of multiphase flow and mechanical systems
- Experience in data acquisition, signal processing, and data interpretation including data science approaches
- Knowledge of Python, ROS, Labview, and (desirable) Matlab
- Experience in advanced instrumentation for multiphase flow measurements including laser-optical (PLIF, PIV), electrical, ultrasonic, and nuclear techniques is desirable
- CFD modelling of multiphase flows (Ansys, OpenFoam, COMSOL) is desirable
- Relevant publications in reputable peer-reviewed journals are desirable
SLB is an equal employment opportunity employer. Qualified applicants are considered without regard to race, colour, religion, sex, sexual orientation, gender identity, national origin, age, disability, or other characteristics protected by law.
