Structural Analysis Engineer

at  Large Space Structures GmbH

Would you like to work on exciting projects? Do you enjoy new challenges? Do you want to be part of a multicultural and motivated team full of passion and team spirit?
Then LSS is the perfect place for you!
In this role, you will work within a multi-functional environment to achieve our technical and schedule objectives. You will enhance our team by improving designs, providing new insights into structural analyses, and influencing technical decisions across multiple ongoing projects.

Tasks

• Influence new product design via sound, succinct, data-driven analysis results.
• Aid in the definition of project scope in agreement with stakeholders.
• Interact with project partners (internal and external) to optimize the designs and interfaces.
• Develop constructive solutions in conjunction with internal departments, clients, suppliers, and other stakeholders.
• Provide results tailored to business needs.
• Prepare detailed technical reports and presentations.
• Construct complex Finite Element Models for a range of structural evaluations: modal analysis, dynamic (sine, random), thermal, etc.
• Do simulation of mechanically and thermally loaded components in ANSYS (APDL and Workbench), and/or Siemens FEMAP (NASTRAN) for space applications.
• Detail assumptions and limitations of analysis techniques.
• Develop and optimize simulations, both via code scripting and GUI.
• Interpretation and evaluation of simulation results.
• Find the right balance between model simplicity and accuracy.
• Back up complex analysis results with hand, code scripting and spreadsheet calculations.
• Pro-actively ensure simulation results are comparable to design requirements.

Requirements

• Hold a M.Sc. or PhD in structural/mechanical engineering or a similar field.
• Have 3+ years’ working experience performing structural analysis in a professional engineering environment in space sector, preferably in the European space sector.
• Have excellent English skills (oral and written), German is beneficial but not necessary.
• Have extensive experience with ANSYS APDL/Mechanical, experience with FEMAP, NASTRAN. Other software would be beneficial but not essential.
• Have extensive experience with scripting languages such as Python, MATLAB/Octave or FORTRAN.
• Have excellent hand-calculation and excel-based analysis skills to back up detailed FEA results.
• Have experience with Git version control.
• Are able to work to tight deadlines and manage your own time and the demanding expectations of the projects.
• Are able to learn quickly and use initiative to quickly understand highly complex designs.
• Are at ease with highly complex and potentially technically challenging simulation models.
• Have analytical and solution-oriented working style combined with ability to work in a team and excellent communication skills to interface with partners.
• Are eligible to work in EU without restriction.

Familiarity with nonlinear finite element analysis and with ESA and ECSS standards is highly desirable.

Benefits

• Flexible working hours with a core time
• A relaxed working environment with a flat hierarchy combined with a motivated and open team
• Modern office space with well-developed infrastructure (shops, restaurants, gym etc.)
• Good connection to public transportation (~6 Minutes walking distance to U-Bahn)
• Casual dress code
• Coffee, milk and fruits are provided
• Scope for individual development and growth in a growing multicultural team of discipline experts
• A challenging, fast-paced position at the forefront of space technology
• The opportunity to work collaboratively on multiple concurrent projects.

• Influence new product design via sound, succinct, data-driven analysis results.
• Aid in the definition of project scope in agreement with stakeholders.
• Interact with project partners (internal and external) to optimize the designs and interfaces.
• Develop constructive solutions in conjunction with internal departments, clients, suppliers, and other stakeholders.
• Provide results tailored to business needs.
• Prepare detailed technical reports and presentations.
• Construct complex Finite Element Models for a range of structural evaluations: modal analysis, dynamic (sine, random), thermal, etc.
• Do simulation of mechanically and thermally loaded components in ANSYS (APDL and Workbench), and/or Siemens FEMAP (NASTRAN) for space applications.
• Detail assumptions and limitations of analysis techniques.
• Develop and optimize simulations, both via code scripting and GUI.
• Interpretation and evaluation of simulation results.
• Find the right balance between model simplicity and accuracy.
• Back up complex analysis results with hand, code scripting and spreadsheet calculations.
• Pro-actively ensure simulation results are comparable to design requirements