Kaliber builds AI-powered solutions to meet the needs of patients, surgeons, and administrators in orthopedic surgery. Our intelligent software is designed to generate insights from surgical procedures—cut to close—and channel them into surgeon-centric tools to support quality, access, and cost of care.

- Provided UX and brand styling recommendations to clients such as Cafe Hello, Materna Med, and others.- Created a style guide based on the client's vision and brand goals.- Conducted usability heuristic analyses and provided UX recommendations for existing websites and those in development using Figma.

- Took over ownership of scooter subassembly and worked with engineers and manufacturers to drive the project timeline forward- Observed and interviewed assembly-line personnel to improve the efficiency and ease of building the scooter subassemblies in Taiwan- Collaborated with industrial design and human factors teams to determine design requirements for future generation scooter features - Led design changes and updates to handlebar assembly of Spin's first in-house designed scooter, the S100-T - Worked with manufacturing engineers, tooling engineers, and overseas vendors to update assembly designs

- Led design and development of client's handheld device in collaboration with Industrial Design and Human Factors teams.- Conducted technology search and provided recommendations for drug delivery methods based on client and user needs- Participated in concept generation sessions for new projects - Redesigned machined components for die casting - Wrote and executed test protocols for drop testing, button force, shear strength etc. - Tracked and performed preventative maintenance of testing equipment

- Held meetings and check-ins with key stakeholders (marketing team and physician end-users) to facilitate buy-in at key stages of the project. Rapidly developed and tested prototypes for patented catheter device.- Managed design of motorized handle device and facilitated interactions with contracted design firm- Guided and directed interns and lab technicians in testing and prototyping plans - Performed mechanical testing for design verification of new product lines

- Led complete design and development of a total hip replacement set including implants and instrumentation- Led cadaver labs with surgeon team to verify implant and instrument design.- Observed and interviewed surgeons during orthopedic cases for pain points and conducted competitive analysis on existing systems. - Designed and developed instruments and implants using Creo 2.0 and 3.0 from component level up to final assembly drawings, including FEA analysis on criticalfeatures- Performed Failure Mode and Effects Analyses (FMEA) on system and componentlevels- Wrote 510(k) submission sent to the FDA for approval of Class II medical device- Designed layout for and launched official company website

• Managed various dye cast and sand cast projects projected to net over $400k in annualized savings• Participated in week long kaizen to identify improvement opportunities for an instrument redesign• Redesigned sandcast/machined parts for die casting with offshore manufacturers • Performed simple FEA analysis for testing redesigned parts for injection mold.

• Assembled and standardized Quality Conformance Reports for over 20 different modules.• Created Desktop Instructions for generating Quality Conformance Reports.• Worked with Manufacturing Engineers to troubleshoot and repair hybrid cover tack welder.• Synthesize a tool design for laser stripping insulation off 3 mil gold wire on various size inductor assemblies.• Enhanced department Wiki Page and redesigned department’s Logo.

• Designed and fabricated support to hold mirrors in correct position during brace installation• Optimized sections of pre-existing drive pylon design for ease of installation• Researched and updated costs of various metals and plastics

- Implemented features to the SSEL recruitment software in Java- Debugged web tests and unit tests- Added CAPTCHA widget to registration and event sign up pages

- Reduced spectral data and images of Jupiter and Saturn from 5 different cameras and telescopes - Reduced spectral images of 2009 Jupiter impact- Coded in Interactive Data Language