• Developed and researched over a dozen next-generation technologies to develop technological roadmap for Surgical Navigation division. Collaborated with business development team to develop roadmaps for execution• Engineered Body-Worn bio-monitoring patch for sales demonstrations and technology showcasing•Worked extensively with product and process teams to develop novel sensor, assembly, and product designs

• Wrote technology white papers and sales articles for internal training and external marketing• Developed electromagnetic testing methodologies, calibration procedures, and standardized testing format for new sensors• Developed customizable 3D-printed and steel assembly tooling for rapid-prototyping micro-miniature 6-DOF sensors

• Developed new tooling and software for increased precision and manufacturability for winding miniature electromagnetic coil sensors.• Worked with team and clients to develop custom R&D prototypes to meet customer requirements.• Collaborated with manufacturing and design team for process development, tooling CAD design, and product design improvements for a cardiac mapping catheter.• Formulated an extensive list of novel electromagnetic sensor technologies, and provided critical insight as co-inventor on provisional patent application.• Improved electromagnetic modeling software with a combined experimental and theoretical approach.

• Designed, developed, and qualified several new electromagnetic localization micro- sensors. Rigorously analyzed data sets using capability analysis, tolerance interval analysis, and ANOVA using Minitab to determine suitability for manufacture. • Implemented new control systems for precision winding equipment across manufacturing cell.• Identified, drafted, and implemented many engineering change orders to streamline manufacturing processes. • Leveraged problem solving ability skills to identify root cause analysis and implement timely and effective solutions for line down scenarios. Worked hands-on to repair electro-mechanical coil winding systems.

• Modeled phase transitions in 2D Kitaev materials with classical Monte-Carlo using the Julia programming language. Mathematically described spin-wave behavior using extensive pencil-and-paper calculations supplemented bv tools such as Mathematica and numerical methods.• Mentored student groups as a discussion leader in laboratory and problem-solving sessions. Responsible for grading assignments and helping students develop their full potential.

Engineered first-generation microwave apparatus to measure ferromagnetic resonance in thin films. Responsible for developing a unique design through academic research through constructing a working apparatus. Process involved microwave and electrical engineering, CAD development for custom waveguides and tooling, and hands-on machine shop work.

Advertised services via cold-calling, licensed door-to-door sales, paper fliers and online, incorporated with the State of Minnesota, mowed lawns, string trimmed, edged yards, fixed a fence and cleared brush.