About Me
Hello! I'm Sebastian Graper.
I've always enjoyed learning more about the systems and structures that surround us, whether it's taking apart consumer electronics to understand how they work or amassing bits of trivia about my favorite media. Exposure to physics and CAD software in high school showed me that mechanical engineering was a way to satisfy my desire to work with my hands on tangible and impactful problems. This led to my enrollment at the University of Delaware, where I attained my B.S. in Mechanical Engineering with additional minors in Economics and Integrated Design. Presently, I am working as a mechanical engineer for Stanley Black & Decker's Power Tools Group + Technology - ETG.
I've created this website to share my projects and passions, showcase my past work, and provide insight into what motivates me. If I sound like a good fit for your role or project and you'd like to connect, reach out to me at sebastianbgraper@gmail.com!
My Skills
Hardware:
Experienced in operating CNC machinery (mills, laser cutters, 3D printers)
Understand and can execute the 3D print workflow for FDM and resin printers
Part properties → 3D model → slicer → supervised print → post processing → cleanup/printer maintenance
Experienced in operating power tools (miter/band saw, drill press/handheld drill, belt/orbital sander)
Experienced in operating electronics equipment (soldering iron, linear actuator, power supply)
Prototyping using both low- and high-fidelity materials
Troubleshooting problematic electronic and mechanical systems
Operation of measurement tools (calipers, micrometer) to obtain accurate readings
Can select appropriate stock hardware from retailers (McMasterCarr, MSC Direct, Home Depot/Lowes) based on service needs
Understanding of fastener types, DC circuit components, materials and their applications
Experienced in hands-on assembly of projects into a final design
Software:
Vast experience in a variety of software programs:
3D modeler with 8 combined years of experience in SolidWorks, Autodesk Inventor, and Fusion 360
Trained in both GD&T and traditional dimensioning
Numerical analyses on simple systems and generation of informative graphics using Python and MATLAB
Control of electronic equipment and data collection using LabVIEW and Arduino IDE
Organization and version control of code within groups using Github
Productivity software (Word, Excel, PowerPoint)
Prediction of part performance using SolidWorks Motion Study, SimScale and other FEA programs
Materials selection using Granta Edupack
Creation of high quality images for use in professional presentations, user manuals, and reports using GIMP and Photoshop
Production of videos to showcase work using video editing software (DaVinci Resolve, Premiere) and audio editing software (Audacity)
Interpersonal:
Project management and leadership skills:
Professional correspondence with key stakeholders to schedule meetings and determine goals
Preparation of meeting agendas and keeping meeting notes
Creation of weekly progress reports to inform supervisors
Use of Gantt charts and messaging systems to keep members aware of upcoming deadlines, create weekly goals, and clearly divide tasks
Organization of group resources through file hierarchy
Experience conducting qualitative research studies and interpreting the data
Incorporating feedback from users to improve UI design and user-facing aspects of a deliverable
Presentation of project details and group activities to a variety of audiences (stakeholders, technical, non-technical)
Creation of technical reports to summarize results and the path forward
Career Goals
I aspire to become an engineer working an all aspects of product development, from problem definition and early design work all the way to performance testing of prototypes and optimization for manufacturing.
Ideal positions would include as many of the following as possible:
Company Culture:
Collaboration with motivated people
Invests in employees through developing new skills
Pride and responsibility taken for the end product
Balance of Digital and Hands-on Work:
Computer modeling and simulation
Documentation and presentation
Iterative prototyping process
Fabrication processes (3D printing, CNC milling, laser cutter)
Impact:
Process/product optimization
New products to meet market needs
Sustainability considerations
Long lasting, durable goods
Available to public in retail stores