Ilean Monterrubio Jr

Developed an internal tool with Python and Podman to orchestrate containers, enabling multiple development teams to utilize the same embedded platform concurrently.

Played a key role in integrating logging and security core software components, identifying several segmentation faults, and resolving library linking issues before their release.

Made significant contributions to the High Priority Ticket team for an ADAS production project, identifying bootup delays and collaborating with the integration team to optimize the bootup sequence.

Designed and developed a cost-saving debugging tool with React.js and Electron.js to efficiently identify memory leaks and performance degradation.

Collaborated with internal stakeholders to enhance the debugging tool by adding features that optimized data collection and visualization, enabling engineers to quickly identify and resolve issues.

Led a team of 8 software engineers as Scrum Lead, managing multiple work streams, including Board Support Package (BSP) verification and internal tool development.

Automated test case generation for the Safety Mathematics library using Python, ensuring compliance with ISO 26262 standards.

Devised testing methods for the library's computer vision capabilities on the DSP sub-processor, ensuring ISO-26262 compliance.

Created and implemented verification tests for the Publisher-Subscriber software component using the C++ API, improving automation by making each test discrete and allowing clear identification of issues during testing.

Spearheaded a data acquisition project for QNX Trusted Disk, collecting critical data to support architectural decisions made by Compute Architects.

Mentored 7 new team members, providing regular one-on-one feedback and fostering a supportive environment for questions and development.

Developed and delivered training on ISO-26262 Part 6, ensuring adherence to ADAS functional safety standards.

Developed and implemented bespoke solutions to tackle unique engineering challenges, from conceptual design and customer proposals to software development, product documentation, and integration testing.

Designed a printed circuit board (PCB) for controlling proportional valves, involving analog circuit design and microcontroller integration.

Developed and implemented a ring-based membership protocol for communication between embedded systems and a laptop via RS-232, enabling efficient data collection from six flow meters through a single RS-232 line.

Created software for a custom-built hydraulic valve package used to control a subsea cleaning tool.

Developed a Graphical User Interface (GUI) in LabView for embedded systems to log data from analog signals and display real-time graphs.

Provided support for Seanic Standard Products, both on-site and remotely, including field tool support, troubleshooting via email and phone, and remote desktop control for in-house design software assistance.