At Corintis, we address these challenges by integrating cooling directly inside the silicon chip. By doing so, we aim to enable the sustainable computing of the future and allow other innovators to work on the biggest global challenges. Today, we are working alongside some of the biggest names in the industry to enable the next generation of sustainable high-performance data centers.

Responsibilities:

• Collaborate with technology suppliers and manufacturing partners and their cross-functional teams, including production, engineering, quality assurance, and supply chain, to learn, adapt and optimize production processes to ensure our production outcome meets our customers requirements
• Analyze existing and develop new innovative manufacturing processes to ensure products ramp up, enhance productivity, reduce waste, and minimize downtime identifying opportunities for optimization to maximize efficiency
• Develop and implement process improvement initiatives
• Utilize data analysis and statistical methods to identify trends, root causes of issues, and areas for improvement.
• Lead troubleshooting efforts to resolve process-related issues and minimize disruptions to production.
• Develop and maintain standard operating procedures (SOPs) and work instructions to ensure consistency and compliance with regulatory requirements.
• Conduct risk assessments and implement mitigation strategies to ensure safe and reliable operations.
• Provide technical expertise and support for new product introductions (NPIs) and process scale-ups.
• Lead or participate in cross-functional teams for process validation, equipment qualification, and other projects as needed.
• Mentor and train junior engineers and technicians on process-related topics and best practices.
• Lead or support the qualification and validation of powder metallurgy processes, including powder handling, blending, de-binding, and sintering.
• Collaborate on the development and industrialization of additive manufacturing processes using metal powders, such as binder jetting or screen printing-based approaches.
• Define and implement quality assurance strategies specific to sintered metal parts, including control of green part integrity, shrinkage behavior, and porosity.
• Establish robust process validation strategies (e.g., DOE, MSA, capability studies) for sintering parameters to ensure dimensional stability, density targets, and mechanical performance.

Qualifications & Skills

• Bachelor or Master degree in Engineering.
• Min 6 years of experience in process engineering or manufacturing operations, preferably with experience in the additive manufacturing industry (ISO 52920).
• Hands-on experience in powder metallurgy processes, including powder characterization, shaping, and sintering of metal components, is strongly desired.
• Strong project management skills with the ability to prioritize tasks, manage multiple projects simultaneously, and meet deadlines.
• Strong understanding of manufacturing processes, process optimization techniques, and continuous improvement methodologies (e.g., Lean, Six Sigma).
• Excellent problem-solving skills and the ability to apply engineering principles to troubleshoot and resolve complex issues.
• Knowledge of regulatory requirements and industry standards related to manufacturing processes and product quality.
• Highly desired knowledge on metal additive manufacturing processes and equipment, especially those involving sintering or de-binding steps, and familiarity with various metal powders and alloys.
• Familiarity with development and validation of sintering processes, including thermal profiling, shrinkage compensation, and post-sintering inspection.
• Knowledge of key quality risks in sintered components such as delamination, contamination, density inconsistency, and dimensional distortion, and methods to control them.
• Experience in performing or interpreting mechanical and metallurgical tests for sintered parts (e.g., tensile, hardness, SEM, grain size).
• Knowledge of safety protocols and best practices in a manufacturing environment
• Proficient in reading technical drawings and specifications.
• Detail-oriented with a focus on quality and precision.
• Excellent communication and interpersonal skills, with the ability to effectively collaborate with cross-functional teams and communicate technical concepts to non-technical stakeholders.
• Advanced communication skills, catered to a wide variety of audiences; mastery in English and knowledge in French and/or German languages are a plus.
• Willingness and ability to travel to different facilities or locations as needed