Collaborated across discipline boundaries in a cross functional research and development environment.

Delivered, with total ownership, of instrument and device automations in object oriented LabVIEW and python. From process sequencing, measurement automation, calibration, UI optimization to data aggregation, post processing, and storage.

Architected LabVIEW hardware abstraction layer for commonly used instruments.

Developed software development processes

• Developed automated test scripts in Python for Windows and Linux compatibility.

• Integrated test instrument drivers for internal test framework.

• Supported development and test efforts across multiple domains at Echodyne.

Led the development of a TOF Calibration test station for a MEMs powered LiDAR system in a cross-discipline environment.

• Designed calibration SW in Python for engineering development and LabVIEW SW for production.

• Developed object oriented instruments drivers in Python and LabVIEW

• Updated and proposed opto-mechanical suggestions to improve accuracy. (In Solidworks)

• Created alignment and calibration procedures

Test system SW development of LabVIEW/Python/Matlab for automating opto-mechanical stages, hexapods and electro-mechanical actuators.

Designed custom software to

• Run large batches of measurements

• Organize measurements

• Store measurements into compact binary files for high efficiency

• Increase measurement speeds by 1000x!

Developed object oriented drivers for various optical bench top devices and measurement devices.

Wrote simple algorithms for fine tuning / closed loop controls using machine vision.

Prrogramming structures:

JKI SM and SMOs | Object Oriented Actor Framework | Queued Message Handler

Patterns:

Observer | Factory | State Machine | Action Engine

Company products familiar with:

PI | Newport | Thorlabs | Avantes

Performed in a research and development optical lab environment for the virtual and augmented reality industry.

Also designed some pcbs and enclosures for test and measurement.