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Location: Austin, Texas
Remote: Yes Willing to relocate: No Technologies: C, C++, Rust, C#, Swift, Obj-C, Qt, UIKit, V4L2, Embedded Linux, FPGA, Verilog, OpenGL Resume/CV: Available on request Email: steve@infincia.com I am an experienced software engineer with a career spanning over a decade, having worked in leadership positions on commercial projects as well as hybrid commercial/open source projects, in fields such as consumer gaming, cloud storage, and drone control systems. In the past few years I have worked on real-time low latency video streaming systems on both mobile and embedded linux platforms, and designed and implemented a commercial end-to-end encrypted cloud storage system for the EU market. For most of my career I have both contributed to and maintained open source projects, such as Arch Linux ARM where I maintained the Beaglebone Black platform for several years. I was also the maintainer of the OpenHD project[1], where I reorganized and modernized the development and release process, and as the lead developer I created a cross platform touchscreen drone controller called QOpenHD[2]. I have real world experience deploying applications on multiple embedded linux platforms, Mac and Windows systems programming (C, C++, and Rust), iOS/iPad and macOS application development (Obj-C, Obj-C++, Qt, Swift, Rust), and Windows desktop application development (C# .NET/WPF, Qt, Rust). I have years of experience using the Qt framework on desktop, mobile, and embedded linux platforms, and have in-depth knowledge of low level platform-specific rendering and video handling APIs (OpenGL, Linux v4l2/dmabuf, GL texture/buffer sharing). I've also designed my own FPGA IP cores for parts from most of the major manufacturers, including Xilinx, Intel/Altera, and Lattice, experience which gives me a much better understanding of how the hardware we run our software on actually works in practice. Currently I am working on an animal safety monitoring system (embedded Linux, Qt, C++, Rust) that detects and reports hazardous conditions/events that could be life threatening (such as a baby tortoise flipping over under a heat lamp), using a combination of habitat sensors, thermal imaging, and computer vision. [1] https://openhd.gitbook.io/open-hd/ [2] https://github.com/OpenHD/QOpenHD |