Fernando Erismann serves as a Principal Engineer in Optics at Stryker, where he plays a pivotal role in advancing the design and development of illuminated surgical instruments for minimally invasive procedures. With a specialization in microstructured optics, Fernando brings a wealth of expertise in creating...
Fernando Erismann serves as a Principal Engineer in Optics at Stryker, where he plays a pivotal role in advancing the design and development of illuminated surgical instruments for minimally invasive procedures. With a specialization in microstructured optics, Fernando brings a wealth of expertise in creating innovative optical components that leverage millimeter and micron-sized features, including Fresnel lenses, prisms, and diffraction gratings. His extensive experience in optical engineering not only encompasses the design of these intricate components but also extends to the integration of high-tech optical systems that enhance surgical precision and visibility.
Since joining Stryker through the acquisition of Invuity in 2019, Fernando has been instrumental in driving optical research and development within the Surgical Technologies group. His leadership in key projects has focused on optimizing the performance of illuminated surgical tools, ensuring they meet the rigorous demands of modern surgical environments. Fernando's proficiency in software tools such as SOLIDWORKS, Zemax, and Trace Pro enables him to simulate and analyze optical systems effectively, facilitating the transition from concept to mass production.
In addition to his technical skills, Fernando excels in project management and business planning, allowing him to navigate complex product development cycles while maintaining a keen focus on market needs. His expertise in injection molding and plastic part design further enhances his ability to bring cutting-edge optical solutions to market, ensuring that Stryker remains at the forefront of surgical innovation. Through his contributions, Fernando is not only advancing the field of optical engineering but also improving patient outcomes in surgical procedures worldwide.
