Janice Lee Email & Phone Number

Seattle, Washington, United States

Bellevue, Washington, United States

Vancouver, British Columbia, Canada

• Design control workflows and algorithms for automated processes with pharmaceutical-grade pumps, valves, and fluidic sensors.
• Create, instrument, and execute quality, stress, verification, and validation tests for prototypes and high-precision sensors.
• System design for user functionality, serviceability, traceability, and compliance with relevant standards (GAMP5, IEC, ATEX etc.).
• Code in Python to organize, process, and analyze large and/or high-frequency datasets from various DAQ systems.
• Collaborate with lead software, mechanical, field service, instrumentation, and project engineers for system design and integration.
• Debug and root cause errors/failures.

Richmond, BC

• Reconstructed vehicle dynamics, occupant kinematics, human factors, and other areas of interest for clients using physics, simulation software, research, and testing.
• Extensive analysis using physics-based simulation software (PC-Crash) and CAD models.
• Worked closely with clients for fee proposals, consultations, and technical reports for legal proceedings.
• Instrumented, processed, filtered, and analyzed raw sensor data with Excel, MATLAB, Oracle Crystal Ball.
• Conducted research activities within small engineering teams (background research, field test setups, data collection and processing, statistical analysis), published, and presented technical research at SAE’s annual.

Richmond, BC

Burnaby, BC

• Fully automated QC jigs, including a quality control jig for calibrating focus actuators using electric motors, coding in LabVIEW and MATLAB, and data analysis. Root caused failure modes, improved operator interface.

Burnaby, BC

• Conducted destructive, non-destructive and chemical tests to samples sent from Canfor’s pulp mills, and assisted the supervisor in company projects by carrying out appropriate chemical procedures on specific pulp.

Richmond, BC

• Designed seismic restraint supports and distribution formula for custom commercial air handling units. Modeled and simulated structural integrity of prototypes with ANSYS Workbench, and Autodesk Inventor linked to.

Vancouver, BC