DLP Print Process Engineer - DM Texas

Desktop Metal is seeking a talented and self-motivated Print Process Engineer to join their Process and Materials Development Engineering team. The Process Engineer will be responsible for conducting research and analysis to enhance and refine DLP-based printing processes, integrating innovative methods and technologies to advance 3D printing capabilities, optimizing print parameters and post-processing techniques for exceptional print quality and efficiency, collaborating with R&D engineers to troubleshoot technical challenges and refine hardware designs, and performing thorough material and process testing to identify opportunities for improvement and ensure compliance with industry standards.

• Conduct in-depth research and analysis to enhance and refine DLP-based printing processes.
• Pursue and integrate innovative methods, materials, and technologies to advance the capabilities of DLP-based 3D printing.
• Optimize print parameters, exposure settings, and post-processing techniques to achieve exceptional print quality, accuracy, and efficiency.
• Work closely with R&D engineers to refine hardware designs, develop new materials, and troubleshoot technical challenges.
• Gain a deep understanding of system elements in the printing process, including mechanics, electronics, drop dynamics, and printing software.
• Perform thorough material and process testing, analyzing data to identify improvement opportunities and ensure compliance with industry standards.
• Execute and document process R&D experiments, ensuring accurate data collection.
• Conduct thorough analysis of issues and prepare comprehensive testing reports.

• Conduct in-depth research and analysis to enhance and refine DLP-based printing processes
• Pursue and integrate innovative methods, materials, and technologies to advance DLP-based 3D printing capabilities
• Optimize print parameters, exposure settings, and post-processing techniques for exceptional print quality, accuracy, and efficiency
• Work closely with R&D engineers to refine hardware designs, develop new materials, and troubleshoot technical challenges
• Gain a deep understanding of system elements in the printing process, including mechanics, electronics, drop dynamics, and printing software
• Perform thorough material and process testing, analyze data to identify improvement opportunities and ensure compliance with industry standards
• Execute and document process R&D experiments, ensuring accurate data collection
• Conduct thorough analysis of issues and prepare comprehensive testing reports
• Bachelor's degree or higher in Mechanical Engineering or Materials Science (Basic Qualification)

• Competitive salary and benefits package
• Opportunity to work with cutting-edge additive manufacturing technologies
• Access to a portfolio of integrated additive manufacturing solutions
• Exposure to a wide range of industries, including automotive, aerospace, healthcare, consumer products, heavy industry, machine design, and research and development
• Chance to work on next-generation printing technology leveraging photopolymerization and DLP-based UV curing techniques
• Involvement in a multidisciplinary work environment encompassing materials science, chemistry, process science, algorithm development, software, and mechatronics
• Collaboration with R&D engineers to refine hardware designs, develop new materials, and troubleshoot technical challenges
• Opportunity to conduct in-depth research and analysis to enhance and refine DLP-based printing processes
• Integration of innovative methods, materials, and technologies to advance the capabilities of DLP-based 3D printing
• Optimization of print parameters, exposure settings, and post-processing techniques for exceptional print quality, accuracy, and efficiency
• Thorough material and process testing, with data analysis to identify improvement opportunities and ensure compliance with industry standards
• Execution and documentation of process R&D experiments
• Opportunity to work with industrial-grade DLP 3D printers and automation systems (a plus)
• Possibility to gain experience in process control methods (a plus)
• Chance to apply statistical analysis and design of experiments (a plus)
• Commitment to diversity and equal employment opportunities regardless of race, color, religion, sex, national origin, age, sexual orientation, gender identity, gender expression, marital status, veteran status, or disability.