Lead integrator of an IoT secure element (TPM chip) in our power system controller to provide a reliable and secure power solution to our customer:- Researched security standards compliance requirements and mapped these to product development guidelines and recommended product features. - Reviewed the cryptographic key storage and service requirements and directed our team appropriately through contending public key infrastructure (PKI) solutions.- Configured the secure element's software stack to be compatible with the Linux-based controller and provisioned secure objects according to planned features such as code signing and verification.- Continuously involved our development team through sprint demonstrations, an up-to-date PKI architecture diagram, and thorough integration documentation.

Together with 2 colleagues over 8 months, re-architected our product's web server, facilitating intuitive and scalable growth for future features.Designed and authored a generator control feature offering extremely intuitive, robust, and customizable generator run/stop control, providing a reliable backup power solution for our customers.Co-developed a framework for UI-based automated testing of our product, and automated over 75% of UI-based test cases.Refreshed the breaker panel visualization in the device's web app to cleanly display at various browser sizes by leveraging the CSS Grid in Angular.Liaised with customer technical staff to understand user challenges, then designed and presented feature mockups which led to a new product feature valuable to all our customer audiences.

Transformed track parameters and customer requirements into robust metro rail-signaling software- Generated and peer-reviewed customer deliverables in a safety critical, process-heavy environment- Handled Engineering Change Request submissions, analyses & resolutionsIn-house tools software development (C language)- Mapped legacy project data to a format readable by presently used software

(formerly Marenco Swisshelicopter)Principle developer and operator of the Avionics Testbench (C#)- Introduced real-time data & video flight playback on the testbench- Simulated two attitude instruments and one air data computer- Designed and built a wiring harness for extreme temperature testingConducted Flight data analysis in determining aircraft instrument signal degradation

Manufactured and tested light-sensitive prototypes under varying environmental conditionsSoldered and assembled prototype controllers and durability testing stations

Conducted rigorous preventative maintenance testing on the turbines through test setups and running data acquisition Produced technical and practical solutions to problems (such as legacy valve replacements) through effective relationships with trades crews