Global rank:
11,182 / 52,017
Skill pts: 5
2D Sketching 3D Modeling and Analysis 3D Modeling and Assemblies 3D Modeling for 3D Printing 3D Printing Design Adobe Acrobat Pro Blender CAD Design Davinci Resolve Design Fusion 360 Illustrator Onshape SolidWorks cura indesign meshmixer
Hire / Invite to Project


I graduated from North Carolina State University with a degree in Materials Science and Engineering in 2020. While I was there I used my skills to start a nonprofit designing and producing 3D printed hands for children. I now work on projects designing heavy-duty, functional, 3D printed titanium prosthetic fingers and all of the accessories that accompany them.

I have experience designing parts and assemblies using both top down and bottom up modeling methods. I also have experience assembling individually modeled parts with tight tolerances into a functional assembly and running diagnostic tests on those parts. Additionally, I have experience with 2D sketching and modeling using the aforementioned methods.

3D Models


  • R&D Engineer Point Designs LLC · Full-time Aug 2020 – Present 2 yrs 2 mos Lafayette, CO, United States At Point Designs, I operate as both an R&D Engineer and Business Development Specialist. In my role as an R&D Engineer, I model our prosthetic fingers using a top down approach in both Solidworks and Onshape. I also design accessories and other parts for use and integration with our current prosthetic products. Using my background in Materials Science, I help drive decisions on both current and future product materials to ensure maximum durability and performance.
  • Mechanical Engineering Intern Center for Additive Manufacturing and Logistics · Internship Apr 2019 – Sep 2019 5 mos Raleigh, NC, United States I operated and managed construction of over 400 Titanium, Copper, Molybdenum, Niobium, Tungsten, and Tungsten
    Carbide samples through Direct Metal Additive Manufacturing with Electron Beam Melting and Concept Laser 3D printers. I also explored and led development of novel approach for high density Tungsten Carbide Electron Beam Melting sample construction and characterization.
  • National Institute of Environmental Health Sciences Summer Internship Program Fellow National Institute of Environmental Health Sciences · Internship Apr 2018 – Sep 2019 1 yrs 5 mos Durham, NC, United States I launched the NIEHS Makerspace to provide maker technologies and technical support to over 400 NIEHS researchers. I also designed (in Solidworks) and implemented 10 novel 3D printed capacitive touch sensors with conductive graphene PLA for Object Recognition tasks. I initiated the implementation of 3D printed capacitive touch sensors into existing task procedures and enhanced data accuracy. And lastly, I assembled and designed 3D printed Feeding Experimentation Devices for food consumption analysis in mice.


  • North Carolina State Univeristy Materials Engineer, Material Science and Engineering 2016 – 2020 Activities and Societies: The Helping Hand Project, The Daniel Center for STEM Education, Engineering World Health, Alpha Phi Omega, NC State Honors Program, Resident Advisor