Lead Test Project Engineer
Pubblicato il 04-09-2026 - Baker Hughes in Firenze
Descrizione dell’offerta di lavoro
Do you enjoy working with cutting-edge technology? Would you like to help shape the future of our global energy? Join our Team Our Industrial & Energy Technology (IET) team provides industry-leading products and services that optimize the extraction, production and processing of energy. We help a diverse range of customers across the value chain to reduce operating costs and improve productivity. Our team is responsible for the assembly of high-quality and innovative products.
About the Team
You will work in the Turbomachinery Technology Lab (TTL) part of the Innovation organization in the Industrial & Energy Technology business (IET). You will head up validation test projects for product development programs, support Service/Production Testing needs. You will collaborate with internal stakeholders, including engineering, service, production, and metrology departments, as well as with external stakeholders such as testing institutions and universities.
Responsibilities
- Coordinate internal and external teams (including external partners and/or laboratories) across the full test cycle (from preliminary estimations through design, installation, and commissioning, to test execution and disassembly);
- Act as the main technical interface between the TTL team and all the functions involved in the project, ensuring to meet the test requirements and driving the team until the test project completion;
- Create cost estimation and time schedule for validation activities in collaboration with the project team;
- Be the focal point for design and construction of test facilities, measuring systems and test execution;
- HSE is consistently prioritized throughout the entire project execution.
Requirements
- Hold an MSc degree in Engineering (preferably in industrial disciplines such as Mechanical, Aerospace, Energy, Electrical, or Naval Engineering), or have proven experience in these fields;
- Have 5+ years of experience in an industrial envi