Aykut Gozukizil

• Development of overall design architecture.
• Design of Complex mechanisms of surgical devices.
• Utilizing advanced simulation tools to optimize designs for improved performance prior to physical prototyping stages. ANSYS - mechanisms - dynamic and static stress analyses and material assignments.
• CAD management - CREO - Windchill - OnePLM.
• Lead cross-functional teams to develop innovative medical device solutions, enhancing product performance and reliability.
• Designing and implementing engineering processes to streamline product development and improve time-to-market.
• Collaborating with stakeholders to define project requirements, ensuring alignment with business goals.
• Achieving successful patent applications by closely collaborating with legal teams and drafting comprehensive technical documentation.
• Implementing rigorous testing protocols to ensure compliance with industry standards as well as customer specifications.
• Mentoring junior engineers, fostering skill development and promoting best practices within the engineering team.
• Collaborating with regulatory teams to ensure compliance with industry standards and safety regulations in product design.
• Conducting root cause analysis to identify issues in product performance, driving targeted improvements and solutions.
• Establishing best practices in design methodology, resulting in increased efficiency and consistency across projects.
• Mentoring side projects in the organization as Gear Trains subject matter expert.

• Implementation Design for manufacturability activities for medical devices.
• Gearbox Power Transmission systems design and manufacturing.
• Supplier process development.
• Designing process and bringing new equipment to production.
• Validation of new processes.
• Conducted risk assessments to identify potential issues in product designs and manufacturing processes.

• Preparation of financial models for equipment investments in new products.
• Implementation of Design for manufacturability activities.
• Power transmission systems – Manufacturing and Designing
• Concept Designing fixtures & tools.
• Qualification of special processes (NADCAP requirements.)
• Led manufacturing process improvements to enhance efficiency and reduce waste.
• Developed and implemented quality control measures for aerospace components.

NOTE: In this job during the time I had two desks in Turkiye and in Germany. Worked both countries 50/50

• Preparation of financial models for equipment investments in new products.
• Approving design for manufacturability of drawings or adjusting.
• Power transmission systems – Manufacturing and Designing
• Concept Designing fixtures & tools.
• Qualification of special processes (NADCAP requirements.)

• Led production optimization initiatives, enhancing workflow efficiency and reducing downtime. Manufacturing of metal parts for Automotive customers. (Ford, Renault, etc.)
• Machining CAM programming.
• CMM programming.
• Press brake programming.
• Sheet laser programming.