Masterand, Engineering (m/f/d)

• Develop and execute finite element models (FEM) to analyze mechanical drift phenomena in laser scanner assemblies. 

• Conduct dynamic FEM simulations to evaluate system behavior under high-speed motion, including deformation and transient stability effects. 

• Investigate design optimization strategies to enhance stability, robustness, and long-term performance. 

• Collaborate with cross-functional teams in R&D, optics, and electronics to ensure holistic system-level insights. 

• Document methodologies, results, and recommendations in alignment with Novanta’s engineering excellence standards. 

• Present findings to the engineering leadership team and contribute to the innovation roadmap for next-generation products. 

Required Experience, Education, Skills, Training and Competencies 

• Enrollment in a Master’s program in Mechanical Engineering, Computational Mechanics, Mechatronics, or related fields. 

• Strong foundation in FEM simulation tools (e.g., ANSYS, Abaqus, COMSOL). 

• Knowledge of mechanical design principles and structural optimization. 

• Analytical mindset with the ability to translate simulation results into practical design recommendations. 

• Excellent communication skills in English (CEFR B2 or higher). 

What We Offer 

• A high-impact thesis project with direct relevance to advanced industrial applications. 

• Close collaboration and mentorship from our engineering team, ensuring valuable insights and feedback throughout your thesis project. 

• Exposure to a global innovation ecosystem in precision photonics and laser technology. 

• The opportunity to shape next-generation laser scanning solutions that power industries worldwide.