Stanley Garcia Email and Phone Number

At TPS, I have played a pivotal role in enhancing and refining our codebase to develop reliable products. One ofmy primary responsibilities has been to introduce new features and address existing bugs while minimizingdisruptions to the core firmware, all while adhering to best software development practices. Keyaccomplishments include:● Developed a Battery Abstraction Layer: Created a layer for our Battery Management System (BMS)that separates battery-agnostic code from vendor-specific requirements. This new implementationreplaced an outdated system, enabling better scalability and support for various batterymanufacturers.● Engineered a Data Logger System: Designed and implemented a data logger to capture diagnosticdata for system error detection and warranty purposes, significantly improving our ability totroubleshoot and ensure product reliability.● Resolved CAN Message Overflow Issue: Investigated and addressed a critical overflow problem inour CAN message handling, which was causing system failures. My thorough analysis andunderstanding of the controller's functionality led to a successful resolution.● Enhanced Development Efficiency: Introduced new tools and integrated additional tests into ourdevelopment workflow, enabling developers to execute comprehensive test suites before submittingpull requests, thus improving overall code quality and efficiency.● Implemented a Unit Test Framework: Developed and integrated a unit test framework into our buildpipeline, promoting best software development practices and increasing test coverage for existingcode.These initiatives have significantly contributed to our product's stability and quality, demonstrating mycommitment to continuous improvement and excellence in software development.

At ADM, my role encompasses developing embedded medical devices, leading a team of engineers, definingproject specifications and system architecture, and providing client support. From a low-level state machineprogrammed in C to a Real-Time Operating System, my key responsibilities and achievements include:● Firmware Development: Designed and implemented firmware for a pulsed electromagnetic deviceaimed at reducing pain and inflammation. This project utilized an MSP430 processor from TexasInstruments and involved developing a low-level state machine to control device functionality.● Real-Time Operating System (RTOS) Design: Created a real-time operating system (TI-RTOS) tomanage medical device usage, facilitating a pay-per-use model. This involved integrating with an AWSbackend via HTTP commands and generating secured, encrypted data packets to accurately tracktreatment counts.● Graphical User Interface (GUI) Development: Developed user-friendly graphical interfaces and kioskdesigns using the Material-UI framework, React, and Flask, enhancing the user experience for medicaldevice operators.● Automated CI/CD Pipelines: Implemented automated pipelines for continuous integration andcontinuous deployment (CI/CD), utilizing Docker containers to build projects and perform integrationtests, thus streamlining the development process.● Comprehensive Development Work: Engaged in all phases of development, including firmwarecreation, board bring-up, and real-time debugging, ensuring robust and reliable medical deviceperformance.My contributions at ADM demonstrate my expertise in embedded systems, leadership in engineering, andcommitment to delivering high-quality, innovative solutions in the medical device industry.

In my role, I was responsible for optimizing, automating, and documenting all facets of manufacturingprocesses for electronic interconnection solutions across various industries, including aviation,defense and space, energy, and transportation. My efforts focused on enhancing operationalefficiency, implementing automation strategies, and ensuring comprehensive documentation tosupport quality and consistency in manufacturing.

Gained experience designing, integrating, and manufacturing electronic devices, including developinghardware block diagrams, schematics, and wiring diagrams. My role also involved thoroughdocumentation of system designs and manufacturing processes to ensure clarity and consistencythroughout the project lifecycle.