Embedded System on Module Product Development:Oversee design, development, and market launch of arm-based System on Modules targeted for industrial, commercial, and enterprise markets. PHYTEC System on Modules are utilized in many applications such as IoT, Edge Computing, HVAC, HMI, Gateway, and Industrial Controllers (PLC). Additional duties as Director: Responsible for product roadmaps and lifecycleResponsible for marketing and sales material of internally designed products for PHYTEC Global SalesSoftware Management and Technical Leadership:Mentor junior embedded software engineers on good software development practices, customer support relationships, SCRUM/Kanban development practices, and technical growthSoftware Product Management:Define, Track, and Release Yocto-based BSPs and custom Software packages for customers utilizing PHYTEC SoMs and other products. Development Operations:Responsible for installing, configuring, administrating, training staff and running Atlasssian tools (JIRA, Confluence, Bamboo, BitBucket)

Joining the PHYTEC team to help grow the company and streamline software and hardware product development. Software Management and Technical Leadership:Mentor junior embedded software engineers on good software development practices, customer support relationships, SCRUM/Kanban development practices, and technical growthSoftware Product Management:Define, Track, and Release Yocto-based BSPs and custom Software packages for customers utilizing PHYTEC SoMs and other products. Development Operations:Responsible for installing, configuring, administrating, training staff and running Atlasssian tools (JIRA, Confluence, Bamboo, BitBucket)

Responsible for design, implementation, and support of embedded control (hardware and software) of company core technology. Deliver both hardware and software solutions to other departments in company (Research, Test, and Product Development).Design and Architect advanced Embedded Systems for display-like matrix technologyDesigns include FPGAs, ARM application processors (bare metal and Linux), ARM micro controllers, and custom analog power circuitryArchitect and lead development of advanced software tools and applications such as electrical layout routing, data analysis, motor and test apparatus movement.Manage a team of 4 software engineersImplemented Agile project management with Atlassian Tools (Jira, Wiki) and a physical Wall-BoardManage multiple projects that include software and hardware solutions for R&D, Test, and Product Development teamArchitect and oversee development of Python and C based software solutions for Design Verification and Test

Embedded and Microcontroller control system design. Tasks include:RTOS adaptation and implementation (Freescale MQX) Advanced development with accelerometers, gyroscopes, GPS sensors, and other sensorsComponent selection and cost analysisResearch and Development

My main role here is embedded software design. Tasks include:writing device drivers for various platforms (OMAP, I.MX, SMDK, and others) running either Windows Embedded Compact or Linux/Android.Creating embedded demo applications for Android or Windows Embedded CompactProject managementInternational business relationsSome technical pre-sales and technical investigations

Technical Lead for Embedded Software and Firmware projects at Adeneo EmbeddedTechnical Aspects of Projects include:Board Support Package (BSP) design: - Windows Mobile - Windows Embedded Compact - Embedded LinuxCustom Firmware and Peripheral Driver architecture and developmentPower Management architecture and validationManagement of 2-5 Junior and Senior EngineersInternational Business and Technical relations and support for 3rd parties and OEM/ODMs in Asia, Middle East, and EuropeSDK Architecture, documentationAPI architectureApplication (Phone Application) development and design

Worked closely with Network Administration and worked directly with Staff and Faculty.

My summer internship revolved around designing a MatLab SimuLink program that could mimic the behavior of Kenworth's in-cab computer controllers. The in-cab computer controllers are responsible for handling driver input, such as turn signals, and routing the digital signal to the analog sensor or output. The Simulation software was needed to test the program in a lab environment before it was programmed into a truck's actual in-cab computer and field tested.