Matthew Brunelle
About Matthew Brunelle
Matthew Brunelle is an R&D Engineer at Optimax Systems, specializing in fabrication processes for precision optics. He holds a Master's Degree in Mechanical Engineering from the Rochester Institute of Technology and has contributed to technical papers on innovative optics manufacturing.
Work at Optimax Systems
Matthew Brunelle has been employed at Optimax Systems, Inc. as an R&D Engineer since 2014. In this role, he specializes in developing fabrication processes for precision optics. His work includes a focus on mechanical design, contributing to advancements in optics manufacturing technologies. Brunelle is also involved in research related to freeform optical surfaces, enhancing the company's capabilities in innovative optics.
Previous Experience at Moog Inc. and Delphi
Before joining Optimax Systems, Matthew Brunelle completed two mechanical engineering co-op positions. In 2013, he worked at Moog Inc. for two months in East Aurora, NY. Prior to that, he was a co-op at Delphi in 2012, where he also worked for two months in Henrietta, NY. These experiences provided him with foundational skills in mechanical engineering.
Education and Expertise
Matthew Brunelle studied at the Rochester Institute of Technology, where he earned a Master's Degree in Mechanical Engineering. His academic journey spanned from 2009 to 2014. His expertise includes freeform design and optical systems, which he applies in his current role at Optimax Systems.
Contributions to Technical Papers
In his professional capacity, Matthew Brunelle has contributed to technical papers focusing on freeform optics and innovative optics manufacturing. His research efforts support the advancement of knowledge in the field and contribute to the development of new technologies in optics.
Research Involvement in Optical Surfaces
Matthew Brunelle is actively involved in research related to freeform optical surfaces. His work in this area aims to improve the design and manufacturing processes of optical systems, reflecting his commitment to advancing the field of precision optics.