Hebert Tech LLC
Bridging Code, Circuits, and Mechanics
When the challenge spans code, circuits, and mechanics, precision and clarity matter. From automating lab tests to developing tools that analyze real-world data, the right solutions are those that work reliably within your system—and free your team to focus on what they do best.
My Services
I write clear, maintainable code that addresses your technical challenges. From automating lab processes to managing data, my solutions integrate smoothly with your systems and adapt to future needs.
I create automation systems that improve manual testing with efficient processes. My custom test frameworks ensure reliable data capture, reduce manual tasks, and feature strong error handling and reporting.
I transform complex data into actionable insights with expert analysis and visualization. By crafting custom tools and dashboards, I help you spot patterns and make informed decisions while ensuring clarity and scientific integrity.
I evaluate systems and technologies to grasp their design and functionality, especially when documentation is scarce. My method involves investigation testing, and resulting in clear documentation.
About Arthur Hebert-Ryan
Software developer
I am a seasoned professional in systems integration and analytical software development, leveraging my extensive expertise in software programming, electronics, and mechanical design to deliver innovative solutions that connect diverse technical domains. With a solid foundation in mechanical engineering and a deep-seated passion for programming, which was ignited through my work in modeling and simulation, I have cultivated a distinctive skill set that enables me to grasp both the intricacies of physical systems and the underlying code that governs them. This multidisciplinary perspective empowers me to transcend the limitations of isolated components, allowing for a comprehensive understanding of their roles within larger systems, ultimately leading to more insightful and effective technical solutions.
Frequently Asked Questions
What types of technical projects do you typically work on?
I specialize in four key areas: code development, test and measurement automation, data analysis and visualization, and reverse engineering. My projects typically involve creating custom software solutions, automating laboratory or workshop processes, developing data management systems, and helping teams understand complex technical systems.
Do you work with startups as well as established companies?
Absolutely. I’ve worked with clients ranging from early-stage startups operating out of workshop spaces to established R&D departments at larger companies. My approach adapts to your specific technical environment and needs.
How long does a typical project take?
Project timelines vary based on complexity and scope. Some focused automation tasks may take just a few weeks, while more comprehensive system development might span several months. During our initial consultation, I’ll provide a realistic timeline based on your specific requirements.
Do you offer ongoing support after project completion?
Yes. I can provide documentation, training, and ongoing support to ensure your team can effectively use and maintain the systems I develop. We can discuss support options tailored to your needs during our initial consultation.
Projects
EV Telemetry and Charge Control System
Developed an innovative system for remote monitoring and charge management of electric vehicle fleets based on the Open Vehicle Monitoring System (OVMS). This solution enabled intelligent charge scheduling to take advantage of off-peak electricity rates while respecting facility power constraints, dramatically reducing operating costs while providing comprehensive telematics data through simple SMS commands.
E-Test Data Visualization Tool
Developed a high-performance web-based visualization tool for semiconductor electrical test (E-Test) data, enabling engineers to rapidly analyze thousands of electrical measurements across silicon wafers. This solution dramatically reduced data analysis time from hours to minutes, accelerated problem identification, and enhanced decision-making capability during the semiconductor manufacturing process.
Informatics Infrastructure Project
Developed and implemented a comprehensive informatics infrastructure solution for a large enterprise, enabling efficient access to critical data spread across dozens of databases and network drives. This unified access system streamlined internal workflows, reduced data retrieval times, and created a secure foundation for future application development while maintaining compatibility with existing systems.
Electric Conversion of a 1970s Rolls Royce
Designed and implemented critical vehicle control systems for the electric conversion of a classic 1970s Rolls Royce, enabling modern safety features on a vintage platform. This innovative solution bridged the gap between classic automotive design and contemporary electric vehicle technology, delivering modern performance and safety while preserving the vehicle’s historic character.
