Industry and Research Timeline

Controls and automation work for manufacturing equipment with a focus on PLC logic, drive integration, and operator-facing tooling.

• Developed and iterated ControlLogix ladder logic for conveyors, sensors, and safety interlocks to stabilize automated material flow.
• Integrated VFDs, photoeyes, and motor starters; validated I/O maps and fault handling during commissioning.
• Built Ignition HMI/SCADA views and alarm logic to speed troubleshooting and operator handoff.
• Documented electrical schematics, panel layouts, and change logs to support maintenance and future upgrades.

Computational research in protein allostery and molecular dynamics with an emphasis on reproducible analysis pipelines.

• Designed Python pipelines to process molecular dynamics trajectories and compute allostery metrics (CARDS) across large ensembles.
• Validated liposome and micelle clustering workflows with statistical checks and publication-grade visualizations.
• Automated data ingest, batching, and report generation to ensure reproducible analysis across experiments.
• Collaborated with lab members to translate biological hypotheses into computational experiments.

Lead multidisciplinary teams building medical device concepts from requirements through functional prototypes.

• Led cross-functional teams through requirements, risk analysis, and design reviews for multiple medical device concepts.
• Directed rapid prototyping and benchtop testing to iterate mechanisms and sensing subsystems.
• Coordinated documentation, purchasing, and fabrication to keep builds on schedule and within budget.
• Mentored new members on electronics, embedded integration, and verification planning.