Glenn E. Email & Phone Number

Salt Lake City, Ut, Us

Draper, Utah, Us

Portsmouth, New Hampshire, Us

✔ Developing cutting-edge firmware and software for innovative Wagz products, including Tracking Collars, Food Bowls, and Health Boxes, ensuring high-quality user experiences.✔ Providing technical guidance and troubleshooting to the system development team, consistently exceeding project goals and milestones.✔ Delivering regular status updates to upper management, keeping them informed of progress and ensuring seamless coordination across departments.✔ Ensuring the stability, security, and scalability of system architecture by implementing rigorous testing and verification processes.✔ Developing firmware for ESP32, leveraging extensive experience in C programming to optimize product performance.

San Diego, Ca, Us

As a senior member of a small team of talented engineers, I played a critical role in the development of an electric braking system for the Dream Chaser Space Shuttle, a project contracted by Sierra Nevada. Key accomplishments include:✔ Developing software and firmware in C (Bare Metal) for TI's ARM Processor TMS570, ensuring optimal product performance and reliability.✔ Establishing rigorous testing processes such as Unit Testing using VectorCAST, which increased confidence in the quality of each firmware build.✔ Following DO-178C, NASA, and MISRA Standards to ensure compliance with industry regulations and requirements.✔ Implementing processes and procedures for testing hardware, including the development of testing tools and frameworks, to increase efficiency and streamline workflows.✔ Utilizing a variety of development tools and languages, including C, C++, C#, Python, LabVIEW, and VectorCAST, to develop and optimize software and firmware for the electric braking system.

Salt Lake City, Utah, Us

✔ Developed automated tests using LUA scripts, which was the specified language for controlling the system✔ Developed imaging tools to identify expected alignment of an array of small wells (used for DNA samples, that identify target pathogens) for testing the accuracy of the system✔ Developed tool to measure the intensity of the illumination of the systems imagesAs part of the position, I helped define the role and established test standards and methodology. The automated tests I developed helped build confidence in the quality of each firmware build, while the imaging and illumination tools improved the accuracy of the system's testing process.

Salt Lake City, Utah, Us

As the 4th employee at a startup drone designer and manufacturer, assumed full development responsibilities that had previously been outsourced. Key achievements include:✔ Streamlining workflows and improving product quality by automating the process of patching and building the Kernel and Root File System.✔ Demonstrating expertise in technologies such as NVidia TX1, GPS, accelerometers, Gyros, magnetometers, flight controllers (PX4 Racer, LibrePilot).✔ Debugging and resolving multiple hardware issues, including sensor problems related to power quality and WiFi connection issues. Established a formal process for documenting issues to accelerate problem resolution.✔ Identifying issues with product development and manufacturing, and developing a revised schedule and overhauled communication and production processes to significantly improve efficiency and quality.

Herndon, Va, Us

As a Software Engineer for Artis, I was recruited to help prepare for a rapidly approaching product launch. In this high-pressure environment, I was responsible for identifying and resolving critical code issues, while also developing new features and supporting testing to ensure a successful product launch.Here are some key highlights of my contributions to this role:✔ Overhauled source code to add best practices and design patterns, significantly improving the reliability and maintainability of the software.✔ Accelerated project progress by identifying and resolving multiple code issues and bugs.✔ Developed a logging and device framework that decoupled modules and improved system performance significantly.✔ Played a key role in the development of algorithms that improved geolocation and heading information, enhancing the product's overall functionality and usability.Technologies used in this role include GPS, accelerometers, Gyros, Magnetometers, I2c, SPI, UART, CAN, PIC32, and Toradex iMX6.

Salt Lake City, Headquarters, Us

I was a member of a small Hardware/Firmware team that developed control systems for high power wireless inductive charging systems for electric transit buses. My main role was to develop testing interfaces to test and debug the hardware.✔ Developed a diagnostics user interface that communicated to the system over CAN network✔ Automated interface for regression testing of system✔ Generated requirements and technical documentation related to diagnostics of the system✔ Development Languages: C/C++ and Labview✔ Platform of system: Freescale MQX real-time operating system

Chicago, Us

✔ Developed system software using DVTK (DICOM Verification Tool Kit) for surgical X-Ray systems, creating testing protocols and assisting in requirements development.✔ Improved documentation processes, simplifying validation and testing of requirements, reducing errors and increasing efficiency.✔ Leveraged expertise in Visual Studio, C#, VB, Python, and DICOM Verification Tool Kit to develop and program testing tools that ensured system performance and reliability.✔ Collaborated effectively with cross-functional teams, contributing to successful project outcomes and driving continuous improvement.

New York, Ny, Us

✔ Developed and maintained software in C/C++ for embedded Linux and VxWorks systems.✔ Created DTLS (Datagram Transport Layer Security) server and client software.✔ Developed and tested network drivers for secure communication between devices.✔ Collaborated with cross-functional teams to ensure successful project completion.✔ Conducted code reviews and implemented best practices for code quality.✔ Utilized debugging tools and techniques to resolve software issues.✔ Developed and maintained documentation for software design and implementation.✔ Stayed up-to-date with emerging technologies and industry trends to continually improve software development processes.

New York, Ny, Us

As a Test Development Engineer and Team Lead, I was responsible for creating automated tests using NI TestStand, Labview, and bash scripting. I developed written test procedures, researched and implemented testing standards, and provided feedback to designers on new products and various issues. My instrumental role in improving the testing process within the 6th largest defense company in the U.S. led to my current involvement in a test framework team creating automated test hardware and software for easy implementation across multiple products.Here are some of my key achievements:✔ Established a PXE/DHCP Server and created a lightweight system to load 12 laptops concurrently in 5-12 minutes, reversing prior problems with software configurations.✔ Reduced manual testing time from 4-5 hours to 2.5-3 hours by removing unnecessary tests. Subsequently, I automated the testing process, reducing testing times to under 2 hours and then 30 minutes, respectively.✔ Created an automated test for transmitter cards that calibrated 1500 power measurements each, taking only 100ms each, resulting in a 2.5-hour test time.✔ Recommended the implementation of standard tests and templates for various tests performed, streamlining the testing process across the team.As a Team Lead, I also supervised a group of 5 and assisted with their career development endeavors.

Springville, Utah, Us

✔ Successfully set up and oversaw the repair facility on site and overseas in Amsterdam, reducing repair times by 50% and increasing customer satisfaction.✔ Interacted directly with customers to address and resolve technical issues, providing exceptional customer service and support.✔ Advised the company CEO and other executives on technical matters, playing a key role in decision-making and strategy development.✔ Developed innovative tools to improve the diagnosis and repair of batteries, reducing repair times by up to 75%.✔ Contributed to the development of specifications for the Portable VOD Player, which was sold to various airlines, and worked closely with vendors to create an in-house video encoding process.✔ Created a battery reader that determined capacity and runtime, enabling customers to sort batteries according to flights and quickly identify proper use.✔ Developed tools to assist in identifying the number of chargers per circuit, preventing overload and ensuring proper charging of batteries, which resolved a prior issue.

North Salt Lake, Ut, Us

As an Engineering Consultant, was responsible for the design of an antenna rotating system and GPS transmitter. Key responsibilities included schematic development, PCB layout, and programming of PIC microcontrollers in Assembly and C.✔ Created a highly efficient antenna rotation system design, reducing the number of ICs from 12 to 1, which resulted in significant cost savings and streamlined production processes.✔ Utilized expertise in programming PIC microcontrollers to ensure the proper operation of the entire system.✔ Provided valuable insights and recommendations to the team on technical matters related to the design and development of the rotating system and GPS transmitter.

Stevensville, Maryland, Us

✔ Troubleshot and repaired control and safety systems for the Top Eliminator theme park ride from home, demonstrating strong problem-solving skills.✔ Diagnosed and repaired various components of the ride, ensuring maximum safety and reliability for park visitors.✔ Worked independently as a contractor, showing a high level of self-motivation and dedication to the project.✔ Communicated effectively with the Ride Entertainment Group of Companies to ensure timely and accurate completion of repair tasks.

Orem, Utah, Us

As an Electronics Technician at Precision Assembly, I was responsible for repairing and troubleshooting circuit card assemblies. In addition to this, I developed several tools to improve testing methods, increasing efficiency and accuracy in the testing process.Some key highlights of my contributions include:✔ Developed a repair tracking database that reduced repair times from 1 hour to 10-20 minutes, resulting in improved productivity and faster turnaround times for customers.✔ Created an Engineering Change database that streamlined the change request process and improved the accuracy of the documentation, leading to fewer errors and improved communication between teams.With my strong problem-solving skills and dedication to continuous improvement, I was able to make significant contributions to the efficiency and effectiveness of the testing and repair processes at Precision Assembly.

✔ Expertly troubleshooted and repaired a variety of consumer electronics including VCRs, televisions, and stereos, ensuring high-quality service and customer satisfaction.✔ Interacted directly with customers to address and resolve issues, providing exceptional customer service and improving overall customer experience.