A global leader in power management, providing energy-efficient solutions for various industries.
The engineer designs, analyzes, and optimizes fuel‑system equipment using computer‑aided engineering (CAE) tools and hand calculations. Primary responsibility is to carry out structural analyses with ANSYS or comparable software, while also addressing additional analyses such as 1‑D, thermal, and fluid‑dynamics as needed. Support is provided to develop these skills when required.
A solid understanding of aircraft fuel‑system behavior, material science, and mechanics (static and dynamic) is required to model responses to environmental and installation conditions (pressure, acceleration, temperature, bolted joints, seals). The role involves creating accurate boundary conditions, executing studies across loading and geometric variations, and proposing new methodologies based on customer inputs. The engineer also interprets aircraft and client requirements, defines compliance strategies, and delivers recommendations backed by technical analysis.
The position demands a bachelor’s degree in aerospace or mechanical engineering and at least three years of engineering experience, including two years of finite‑element modelling with ANSYS. Proficiency with Microsoft Office, ANSYS DesignModeler/SpaceClaim or CREO/CATIA, and strong written and oral communication skills are essential. Candidates should be self‑motivated, able to work in a matrix environment, manage multiple priorities, and possess analytical problem‑solving abilities.