As a Mechanical Design Engineer at Celero, I am responsible for designing innovative products that meet both form and function requirements. I utilize my 3D printing expertise to implement innovative design solutions to solve unique problems throughout the device development process.Sourcing reliable manufactures to create a rubbust supply chain that can manufacture and deliver the components needed to assemble our InteliJet device.Utilizing SolidWorks to design components for our diverse lineup of equipment.Leveraging my Engineering Management background to negotiate with vendors to achieve mutually beneficial outcomes.Operating, maintaining, and improving a fleet of 3D printers.Collaborating with the marketing team to create mechanical designs that our customers will enjoy.Reduced material costs by 93% for our mechanical pump project.Achieved a 25% boost in the production rate of our Ultimaker.Implemented strategies that resulted in a 12.5% increase in Markforged material utilization.Created and implemented a streamlined system to document and archive project closure procedures.

Director of Operations for the Let’s be Friends music company.

Conducted Undergraduate Research for Meghan Huber with UMass HRSL- Researched novel rehabilitation methods to reduce weight-bearing asymmetries during locomotion for individuals post-stroke- Developed 3D-printed lattice structures mimicking the interiors of ram horns to absorb forces from asymmetric locomotion- Maintained and improved the functionality of our in-house 3D printer

led 3D printing and fabrication efforts to design a high-cycle fatigue test rig to evaluate the performance and reliability of experimental jet engine airfoils.Year-long capstone in collaboration with UMass Amherst and Pratt & Whitney

Worked in the Advanced Digital Design and Fabrication Laboratory to provide industry grade 3D printing services for our research and industry partners- Assisted Dave Follette with the overall logistics and operations of the lab, maintained 3D printers, sliced print files, organized print schedules, installed new printers, and solved any problems throughout the 3D printing process- Learned the day to day logistics of running and building up the capabilities of a 3D printing lab - Worked with SLS, SLA, FDM, and DMLS 3D printers, printing a wide range of materials from nylon to stainless steel- Designed and fabricated devices for 15+ graduate students to assist with research projects and improve lab efficiency- Programmed a KUKA LBR in Java to simulate human leg motion while monitoring force output- Designed and fabricated a flange for a KUKA LBR to connect the robot to an ergometer system in an MRI(This opportunity started as an internship and continued as a job after)

- Supervised a staff of 3 interdisciplinary team members made up of cashiers, food prep, and serving staff.- Handled transportation of money from the onsite safe to the cash office.