As an intern at our company, you will have the chance to collaborate across departments to contribute to the development and deployment of innovative products. Join a growing company that provides valuable learning experiences and opportunities to grow alongside accomplished leaders in the field.
This internship is both creative and challenging by nature, requiring you to think outside the box. We’re looking for a proactive candidate with a "can-do" attitude and a strong desire to learn and make an impact. To succeed in this role, you should have solid problem-solving skills and a willingness to take initiative.
Profile
- You are doing a MSc degree in Materials or Mechanical Engineer
- You are interested in production techniques and materials science, particularly in advanced manufacturing processes.
- You have a strong eagerness to engage in research and explore innovative solutions.
- You are enthusiastic about tackling new challenges and learning in a dynamic environment.
- Professional proficiency in English both written and spoken
Step into Innovation: Choose Your Internship Focus and Grow with Us. Explore our four exciting areas of focus below and find the perfect opportunity to develop your skills and make an impact. When applying, please be sure to mention your topic of interest.
Topic 1
Precision in 3D Printing
What role do porous coupons play in quality control?
By using innovative porous coupons in the L-PBF process, we ensure consistency, quality, and performance in real-time.
- Designed for Simplicity: Easy to make and test, yet highly representative of the L-PBF process.
- Compression Testing: Uncovering mechanical behavior to understand material performance.
- Process Insights: Correlating coupon strength with process parameters like laser power and gas flow.
Topic 2
Engineering Multi-Metal Lattice Structures
Can mixing metals make structures stronger?
Our work in multi-metal 3D printing technology focuses on creating lattice structures that are lighter, stronger, and customizable.
- Design and Fabrication: Creating complex, multi-metal lattice structures with precise control.
- Mechanical Insight: Compression testing to measure durability and resilience.
- Continuous Improvement: Refining designs and studying post-processing effects to boost performance.
Topic 3
Unlocking the Potential of Shape Memory Alloys
Can a metal “remember” its shape? Nitinol can!
We’re working to optimize the 3D printing of Nitinol, a remarkable alloy with unique properties like shape memory and superelasticity.
- Parameter Optimization: Using DOE to perfect the printing parameters for Nitinol.
- Mechanical Testing: Assessing how these optimized parameters impact Nitinol’s performance.
- Focus Areas: Balancing two incredible traits—shape memory and superelasticity.
Topic 4
Pushing Boundaries with Titanium-Copper Fusion
Can two very different metals work together?
By developing the multi-metal 3D printing process, we’re mastering the combination of titanium and copper, unlocking new potential for hybrid materials.
- Laser Parameter Optimization: Using advanced laser strategies to achieve a strong bond.
- Interface Analysis: Studying the interaction of titanium and copper at the micro level.
- Iterative Process Improvement: Perfecting each step for enhanced material performance.