Paul Binder is a seasoned software engineering manager and team lead with 11 years of experience delivering Microsoft-stack web and backend systems, now leading teams at Mariner Finance after senior leadership roles at Deluxe. He combines hands-on expertise in C#, ASP.NET Core, SQL Server and CI-driven workflows with a track record of shipping large-scale payroll and web API integrations that support thousands of clients. Paul pairs product-minded engineering with people leadership—hiring, mentoring, and optimizing team processes to improve retention and delivery cadence. His background spans the full development lifecycle from requirements and architecture to QA, deployments and automation, and he has driven cost and process improvements across IT operations. An active contributor to IoT projects on GitHub, he added C# libraries and sensor support for Raspberry Pi robotics platforms, signaling a practical curiosity for embedded systems beyond enterprise web apps. Based in Parkville, MD, he emphasizes high-availability, low-latency designs and pragmatic adoption of new technologies to meet tight deadlines.
11 years of coding experience
14 years of employment as a software developer
Associate's degree, Graphic Design, Associate's degree, Graphic Design at ITT Technical Institute-Owings Mills
GrovePi is an open source platform for connecting Grove Sensors to the Raspberry Pi.
Role in this project:
Embedded Systems Engineer / IoT Developer
Contributions:6 commits, 6 PRs, 1 comment in 5 months
Contributions summary:Paul primarily contributed to the GrovePi library, focusing on expanding its functionality. They added support for a Relay sensor and an analog write function for the LED sensor. Moreover, the user fixed an issue with the RBGLCD display, incorporated a delay function, and renamed a folder. The user also merged contributions, updating the display and LED sensor, with adjustments to the build configuration.
Contributions summary:Paul primarily worked on adding a C# library for the GoPiGo robot, likely for controlling the robot from a Windows environment. Their contributions include creating a project, defining commands, and implementing functionalities for controlling the robot's motors, reading encoder data, and reading the battery level. Furthermore, they fixed project configurations and removed a non-functional encoder feature, suggesting a focus on foundational robot control through C# code.
raspbianraspberry-piraspberryrobot
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Paul Binder - Manager Team Lead at Mariner Finance