I lead a team that designs and creates APIs and tools for configuring LiDAR devices and working with their data.

I design and create user-space LiDAR device drivers, 3D data visualization applications, and numerous

UDP and HTTP based network tools in C++ for Debian-based Linux. I also create software to build, test, and package software products using Python and Bash on Docker and Jenkins infrastructure, "aka CI/CD".

I also develop technical requirements for software from business requirements, lead the architecture

and implementation of software components, design automated test infrastructure and code coverage visualization, mentor and train engineers, and interview new hires.

I oversaw software architecture, planning, and development for a twelve-person team that developed for cloud, embedded systems, and Linux, including userspace software drivers for GNSS (e.g. GPS receivers) and LiDAR, full-stack GIS and analytics applications, large-scale data platforms, and more. We used Python, C++, Java, Scala, ElasticSearch, Docker, PostgresSQL, AWS, Jenkins, Docker, Splunk, and Kafka.

I also worked as a researcher focusing on logistics and local routing algorithms as as the traveling salesman problem, route inspection problem, and similar.

I developed distributed web services and other applications in Scala, Java, Python, C, and C++, using numerous data stores such as PostgresSQL, MySQL, Redis, Cassandra, and deploying to numerous Amazon Web Services. I worked closely with research engineers to build reliable, modular software for producing high accuracy GIS and LiDAR data products at scale.

I designed distributed/reactive "actor-model" services and applications, working with multiple teams to integrate systems comprising multiple programming languages, frameworks, and operating systems. I taught engineers best practices and participated in multi-team architecture and engineering practice committees.

I acted as Scrum Master and Product Owner for a five-person development team, wrote specifications and proposals, and worked with stakeholders to collect requirements and write user stories.

I volunteered as a part-time DevOps and QA engineer, helping produce an open source medical ventilator using C, C++, Docker, and Jenkins.