Logan Hunter Email & Phone Number

Calgary, Ab, Ca

Calgary, Alberta, Canada

Calgary, Alberta, Canada

Calgary, Alberta, Canada

Calgary, Alberta, Canada

Working as a member of the Coverity build capture team, responsible for developing low-level, performant solutions to monitor builds of customer software and record the information needed for Coverity to accurately analyze source code. Also responsible for maintaining and improving support for various external systems including operating systems, SCM systems, and build systems that Coverity needs to run on or work with. Some particular achievements: - Developed a deep integration with the Bazel build system to collect build information without relying on traditional process-tracing methods that are blocked by Bazel's sandboxing and remote execution features. - Extended Coverity to build and run on the 64-bit ARM architecture under macOS and Linux, including reworking a number of crucial but old open-source dependencies to support ARM without fully updating these dependencies in any way that would change the characteristics of Coverity between architectures. - Developed an alternative method for collecting build information on macOS based on Apple's Endpoint Security Framework in an effort to improve functionality on newer releases of macOS that restrict traditional process-tracing methods. - Developed a performant and reasonably accurate method for determining which binaries executed during a build are compilers that Coverity should be particularly interested in. - Developed methods to automatically override behaviors of the Gradle build system using the Java ASM bytecode manipulation framework to prevent inadvertently missing out on collecting information on compilation of important source files.

Calgary, Canada Area

Calgary, Canada Area

Design and development of embedded firmware for fitness sensors (devices that collect and analyze physiological metrics related to exercise, and communicate wirelessly with display devices) including the Vector 3 cycling power meter, the 2nd generation bike speed and cadence sensors and the HRM-Dual heart rate monitor . Primary responsibilities have included optimization of low power systems, integration of products with our international manufacturing facilities, integration of CI and automated hardware testing into the development cycle, and explorations into use of new technologies for expanding the capabilities of our resource constrained systems to improve our ability to deliver unique products.

Calgary, Canada Area

Design and maintain embedded control systems for the solar car, design the power delivery systems and work with team management to complete the car on time.

Calgary, Alberta, Canada

Oversee the design and development of all of the electrical systems in the solar car. Main responsibilities include system design, system maintenance, and developing the human resources of the electrical team.

Calgary, Alberta, Canada

Developing independent systems for use in the solar car (the Schulich Delta), primarily a power distribution system to handle the various power states of the car for maximum efficiency at different power draws.

Alberta, Canada

Design and development of embedded firmware used in fitness products, and development of higher level testing fixtures and frameworks for those projects.

Berlin, Germany

Worked on developing a system to track the position and orientation of the joints in the hand with the Control systems group, with the intent to use the system as a feedback device for a computer controlled FES (Functional Electrical Stimulation) system to control the hand of a mobility impaired patient. System was built using ST Microelectronics technology with an ARM Cortex-M4 core architecture. The project was part of the larger BeMobil project, a collaborative project between a number of European universities, working towards improved treatment and rehabilitation of mobility impaired patients.