Dylan Roy Email & Phone Number

Andover, MA, US

Cleveland, OH, US

• Serve as a lead R&D and support engineer to tackle complex manufacturing challenges. Act as a liaison between the manufacturing and engineering teams. Mobilize and manage three teams of operators and supervisors to run.
• Appointed to address filter formation pain points at Parker. Identified complications with raw material supply that jeopardized Parker’s largest filter formation process.
• Conceptualized, designed, and built a short-term solution that allowed filter production to continue, while retaining Parker’s customer base and minimizing revenue loss. Negotiated higher quality and prompt shipments.
• Proposed a long-term plan to eliminate reliance on a sole supplier, mitigate variability of supply and introduce sustainable practices.
• Researched alternative formation materials, methods, and designs for potential process adaptation. Exposed inefficiencies caused by insufficient process controls, stagnant procedures, dated equipment, and undocumented.
• Responsible for rigorous testing of newly produced material with the goal of cutting lead times, increasing product quality, reducing scrap, and mitigating supplier risk. Other objectives include fostering a safer work.

Andover, MA, US

• Worked as a materials science and process design co-op, aiding in multiple experiments and projects simultaneously. Lots of hands-on experience with a good mix of manufacturing and research and development.
• A significant portion of the co-op was focused on a large new company wide project. Some of the work included assistance in process development, product development, and drafting of manufacturing documents. This.

Port Washington, New York, US

• Evaluated four MEMS tether arrangements using optical microscopy and network analyzer frequency sweeps in order to identify the optimal tether arrangement for implementation in future production units.
• Characterized MEMS devices built on-site versus off-site, and qualified out-of-house production for cost savings and improvement in build quality. Experimental results from both projects were presented to the MEMS team.
• A test structure was built for resonator evaluation in fluids and multiple mixtures were tested to observe the reaction to different fluid concentrations using network analyzer frequency sweep data.

Andover, MA, US

• Lab Analyst performing failure analysis on faulty manufactured chips. Analysis results were used to improve or make changes out on the production line to lower the number of failures.
• Performed a trend analysis research project on a widespread board failure out on the production line. This was an in depth investigation that required weeks of research to find solutions to the problem. A report of the.
• Developed skills involving TGA, TMA, DSC, Instron shear testing, SEM EDS analysis, FT-IR, UV-Vis Spectroscopy, and Chemical Decapsulation throughout the co-op.