Studying cardiac dynamics in both experiments and simulation to inform the design of smarter, safer defibrillators.

-Developed 3 laboratory curricula, including experiments, learning goals, and lab report guidelines-Taught a culturally diverse range of students with widely varying skillsets and backgrounds-Wrote 25+ laboratory manuals to guide experiments and teach foundational concepts (sample attached)-Taught data collection using sensors and data acquisition software-Taught data analysis and presentation in Excel-Taught technical writing and communication skills-Organized, maintained, and budgeted for inventory of 200+ pieces of laboratory equipment-Exercised time management while prepping, teaching, and grading for four 3hr lab periods of 10-15 students per week-Successfully delivered high quality laboratory course experience for 100+ undergraduates over one year

-Led 2yr project to develop an Airtable database to organize and track 300+ item inventory, recording 100+ classroom demonstrations with associated equipment and setup photos (link attached)-Led urgent (2mo) project to rapidly develop, supply, ship, and teach remote laboratory curriculum during COVID 19.*Developed lab curriculum to meet learning goals for 4 courses during two remote semesters*Coordinated with stakeholders to determine schedule, budget, and deliverables before project start*Delegated logistical tasks for addressing and shipping laboratory materials*Managed international shipments to overseas students in accord with export controls*Supported students with office hours, grading feedback, and in-class instruction-Taught hands on skills in hazardous machine shop environment*Taught personal safety with machinery and manufacturing operations*Taught measurement and quality control skills*Taught design and modeling skills with Autodesk Fusion 360 CAD software*Supervised semester-long machining projects for ~10 students per semester-Served on Radiation Safety Committee, managed radiation source inventory and storage according to safety regulations-Managed laboratory safety protocol and compliance with worker safety regulations, stocked personal protective equipment for chemical, cryogenic liquid, laser, and high-power machinery safety-Maintained and repaired electrical, vacuum, mechanical, and optical equipment for research laboratories, successfully reduced equipment downtime and enabled student research-Purchased and installed nuclear laboratory equipment, $30k value-Consulted for students designing and building research apparatus, successfully guided 5 multi-semester projects building mechanical apparatus for a variety of research areas

-Instructed 30+ students per semester in laboratory-Taught complex mathematical and physical concepts in weekly recitation-Graded student work and provided feedback on problem solving, writing, and mathematics-Communicated with professors to coordinate lab schedule and concepts covered-Substituted for lectures for professor, taught two 1hr lectures to class of 30 undergraduates-Taught concepts in calculus, mechanics, electricity and magnetism

-Taught students in 1-on-1 weekly sessions for 2 students-Kept track of student progress and set weekly goals for student success-Delivered personalized education based on individual strengths and circumstances

-Operated X-ray CT scanner to image and analyze structures of crumpled and deformed sheets-Collected and analyzed data to test physical models and hypotheses-Presented data and analysis to broad scientific audience at large professional conference (10 minute oral presentation with question/answer period to 50+ attendees).-Generated journal-quality plots and diagrams for publication-Wrote image analysis programs in MATLAB-Integrated motors and imaging apparatus with LabVIEW automation software-Collaborated with machinist to develop and implement mechanical laboratory apparatus

Wrote numerical integration programs in MATLAB to investigate the secondary ionization of diatomic, semiclassical systems.Aided in the design and construction of a spark chamber muon detector.Used numerical simulation to investigate mechanisms of arrhythmia onset in cardiac tissue. I designed a circuit representation of cardiac cells and constructed a prototype circuit.Edited videos for a nonlinear dynamics and chaos MOOC.

Belayed guests, taught technique classes, set bouldering problems

Maintained pool hardware and plumbing, managed staff of 15, coordinated shifts and on calls, taught first aid and CPR.