Rotor Dynamics Engineer | Global Energy Technology Company in Finspång
About this role
Do you want to work with advanced, world-class technology and contribute to the energy solutions of the future? Our client in Finspång is looking for a Rotor Dynamics Engineer to join the development of the next generation of gas turbines and energy systems.
Job description
As a Rotor Dynamics Engineer, you will become part of an R&D team consisting of 14 highly skilled engineers specializing in rotor dynamics and aeromechanics. You will analyze and develop rotating systems in gas turbines, working with advanced analyses, simulations, and technical evaluations that directly impact product reliability, efficiency, and performance. You will be involved throughout the entire development process, from concept and simulation to testing and product support.
Responsibilities
- Take responsibility for the design and evaluation of rotor and stator structures for high-performance turbomachinery.
- Drive innovation and technology development within rotor dynamics and vibration engineering.
- Collaborate with functions such as mechanical design, mechanical integrity, testing, and manufacturing, both locally and globally.
- You have:
- MSc degree or PhD in Mechanical Engineering, Engineering Physics, Aerospace Engineering, or a related technical field.
- Knowledge of and interest in rotor dynamics.
- Strong mathematical foundation.
- Excellent English communication skills, both written and spoken.
- Meritorious Qualifications
- Knowledge of finite element analysis (FEA), mechanical integrity, mechanical design, or tribology.
- Experience with engineering tools such as Abaqus, Simcenter 3D, MATLAB, Python, or equivalent software.
- Proficiency in Swedish.
- Who are you?
- We believe you are an analytical and curious individual who enjoys solving complex technical challenges. You have a proactive mindset and are motivated by developing new solutions together with others. You appreciate cross-functional collaboration while also being comfortable working independently when needed.