Control Engineer

As a Control Engineer at Insight Global, your primary responsibilities will include the development and support of embedded application platforms and client gateways. You will write firmware code in C++ to manage hardware functions, troubleshoot hardware-related issues, and ensure smooth integration with automation and monitoring systems.

To qualify for the Control Engineer role at Insight Global, candidates should have strong experience in writing firmware using C++, a solid understanding of embedded systems, and familiarity with real-time operating systems (RTOS). Experience with automation controls, schematics, and troubleshooting mechanical systems is also essential.

A Control Engineer at Insight Global should be proficient in C++ for firmware coding, and familiarity with Linux Kernel OS and IP Network Programming is a plus. Knowledge of Yocto/Bitbake can also enhance your ability to succeed in this role.

A Control Engineer at Insight Global can expect tremendous growth opportunities, driven by hands-on experience in real-world projects, collaboration with skilled professionals, and access to advanced technologies, all of which contribute to professional development in the embedded systems space.

A typical day for a Control Engineer at Insight Global involves writing and debugging code for embedded hardware, collaborating with hardware engineers, testing firmware on prototypes, and documenting technical specifications. You'll find every day to be engaging and dynamic, with consistent challenges that promote learning and innovation.

When writing firmware code for embedded systems, I focus on understanding the specific hardware requirements first. I prioritize writing clean, efficient code while considering memory limitations, real-time operational needs, and future scalability. Collaborating with hardware teams also aids in ensuring seamless hardware-software interaction.

In a previous role, I faced a major malfunction in a device's communication with its control system. I conducted a thorough analysis of the firmware and hardware connections, used diagnostic tools for signal testing, and recalibrated the components, ultimately resolving the issue and documenting the process for future reference.

I utilize various debugging tools, such as oscilloscopes and logic analyzers, coupled with software debuggers. In addition, I follow a systematic approach that includes isolating components, analyzing logs, and employing unit tests to identify issues quickly and effectively.

I have worked extensively with RTOS to manage tasks efficiently under strict timing constraints. My experience includes using FreeRTOS and VxWorks, where I've developed applications that require precise control and responsiveness, ensuring optimal performance in embedded environments.

To ensure code quality and reliability, I adhere to best practices in coding standards, conduct regular code reviews, and employ automated testing frameworks for validation. This way, I can maintain high-quality code that is both maintainable and scalable.

I have a solid background in designing and implementing automation systems, including PLCs and SCADA configurations. This experience has given me valuable insight into integrating sensors and control mechanisms to achieve efficient process automation.

When managing multiple projects, I prioritize tasks based on urgency, deadlines, and stakeholder impact. I utilize project management tools to track progress and milestones, ensuring balanced focus across all projects without compromising quality.

I focus on clear communication and establishing strong relationships with hardware engineers. By participating in joint design reviews and using collaborative tools for design documentation, we can effectively troubleshoot issues and ensure smooth integration between hardware and firmware.

One challenge I faced was limited resources during firmware development for a constrained device. To address this, I optimized the code for size and efficiency, implemented memory management techniques, and re-evaluated the system architecture, which successfully overcame the limitations.

To stay updated, I regularly engage with industry publications, join online forums, attend webinars, and participate in professional networks. Continuous learning is essential in this rapidly evolving field, and I strive to keep my skills sharp and relevant in embedded systems.