Job Summary
This role is focused on enhancing the performance of SLA and SLS 3D printing technologies by analyzing the interactions between hardware, software, materials, and consumer behaviors. It involves designing experiments, pinpointing root causes within various engineering fields, and creating market-ready solutions that boost print speed, reliability, post-processing simplicity, precision, and overall quality.
Responsibilities
- Investigate and optimize interactions among hardware, software, materials, and customer behavior in 3D printing platforms.
- Design and conduct experiments to explore and identify factors influencing printing performance.
- Determine root causes of issues affecting the quality and efficiency of 3D printing processes.
- Develop innovative solutions aimed at improving speed, reliability, and the quality of printed components.
- Commercialize new improvements and applications for 3D printing technologies.
Qualifications
- A degree in a scientific or engineering discipline such as B.S., M.S., or PhD is required.
- Candidates should possess a customer-centric approach and strong attention to detail.
- Hands-on experience and the ability to collaborate across various engineering disciplines.
- Self-motivation with a proactive attitude towards ownership and learning.
- Familiarity with Python coding, CAD software, materials characterization, and experience with product launches are advantageous.
