Who we are:
Celsius Energy is the story of three engineers, brought together by their commitment to the environment, who chose to use their expertise to the meet the challenge of our times; fighting climate change. The observation? Heating and cooling of buildings comprises 25% of CO2 emissions worldwide, however 70% of the energy necessary to meet these needs is right under our feet, in a continuous and endless manner.
Our mission is climate: connect buildings to the earth to (re)connect the company to climate challenges, making low-carbon buildings on a large scale. Our solution is a highly optimized ground-source heat pump system for both new buildings and renovations with applicability even in dense urban areas with:
Today, Celsius Energy is an expert, committed multidisciplinary team connected to its ecosystem: companies, private and public participants, engineers, researchers and partners. We are working for the general public by developing our solution and continually improving its performance. We want to accelerate the movement of a massive and indispensable energy transition for our society. We bring teams together around our expertise and connect all trades necessary to deploy a turnkey solution in line with our values and ambitions.
Celsius Energy has been recognized by the UN as one of the 50 most promising solutions for the future of climate worldwide and is a recipient of the Solar Impulse Efficient Solution label; selected from among low-carbon solutions by the Sekoya and IFPEB/Carbon 4 platforms.
Celsius Energy is a scale up company of SLB New Energy – the worldwide leader in technology solutions for the energy industry. Celsius has over a 100’s employee’s in France, the US, UK, and delivers solutions for external clients.
The Geothermal HVAC Engineer will be responsible for designing Geothermal HVAC solutions for buildings in light of measured thermal needs, existing HVAC solutions in place and thermal properties of the subsurface. The Geothermal HVAC Engineer will also support installation and commissioning of the HVAC solution through technical specification and execution documents, oversight, and collaboration with extended teams and act as the subject matter expert on the designed solution.
In the preliminary design phase, the Geothermal HVAC Engineer will support thermal audits of the building to determine a thermal load profile and develop an understanding of the current operational characteristics of the HVAC solution in place. The Geothermal HVAC Engineer will collaborate with internal teams, external subcontractors, and the client to make these determinations. The Geothermal HVAC Engineer will also collaborate with internal subsurface thermal resource experts on the thermal properties of the ground. With these inputs, multiple high level geothermal HVAC solutions will be evaluated and weighed against client objectives with the selection of a single solution to move into the detailed design phase. Key deliverables of the preliminary design phase are:
In the detailed design phase, the Geothermal HVAC Engineer will further develop the selected geothermal solution to enable installation. Collaboration with internal teams, external subcontractors, and the client will continue throughout this phase to ensure proposed cost/benefits are realized and any changes are properly reviewed. The key deliverables of the detailed design phase are:
In the installation phase, the Geothermal HVAC Engineer will collaborate with the internal project management team and external subcontractors to oversee the installation, manage site challenges/constraints and necessary adaptations, and update all technical documents accordingly. The Geothermal HVAC Engineer will ensure integrity in the installation per design and verify conformity with industry standards and applicable regulations. The Geothermal HVAC Engineer will participate in coordination meetings with internal teams, external subcontractors, and the client to review installation progress, issues/risks, and next steps and may be required to write and disseminate reports.
In the commissioning phase, the Geothermal HVAC Engineer will support system commissioning and its proper functioning. The Geothermal HVAC Engineer will provide a commissioning checklist for control of all equipment and system commissioning protocols with clear steps to follow and checks to be performed.
At project end, the Geothermal HVAC Engineer will participate in an inspection of the installation and collect and draft a list of reserves and non-conformities in the execution of the work. The Geothermal HVAC Engineer will assemble all technical documentation for the installation, commissioning, and operations of the geothermal system and provide to the client for future reference.
Beyond project-centered design and installation, the Geothermal HVAC Engineer liaises with key technical resources in France for knowledge-sharing and continuous improvement in technology selection and solution design practices and operational planning and execution. As Celsius Energy is a scale up company, the Geothermal HVAC Engineer will work in a small team, with a focus on agility and continuous improvement for the long-term, strategic success of the company.
Behavior / Skills Required:
Education / Experience Required:
SLB is an equal employment opportunity employer. Qualified applicants are considered without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, or other characteristics protected by law.