- Provided technical management and direction of our internal engineering studio and two external development studios, shipping over 60 products that collectively generate a substantial portion of company revenue.- Oversaw the technical development of three product verticals, each one driven by an independent team maintaining a roadmap with multiple game titles.- Built and maintained a mature web-based game engine and toolset used by multiple studios in the development of numerous successful DK titles.- Built and grew a game studio from inception to a highly profitable independent operation.

- Led the technical development and performed as primary engineer for Bartlowe’s Dread Machine (8/10 Steam rating), released simultaneously on XBox One and Steam.- Led the technical development and performed as primary engineer for Bow to Blood, (80% Metacritic, 8/10 Steam rating), released on Playstation 4. - Ported Bow to Blood to XBox One, Steam (PC), and Nintendo Switch.- Designed and built three tabletop card game engines utilizing Three,js, Monogame, and CocosSharp, including a novel art and design pipeline integrated into Unity.- Worked with external partners to develop half a dozen unique card games using our technologies.

- Led the development of the VR usability component of Project Sansar, designing and implementing novel solutions for player motion, user interface, and avatar representation.- Prototyped and developed a fully featured VR user interface- Constructed a natural motion object and environment manipulation system to enable users to build and play within a VR simulation.- Integrated and tuned head and body motion tracking hardware.

- Directed a team in the development of the indie game project, Rustclad.- Acted as primary engineer, building the game engine and visual tools using C++ and DirectX.- Constructed a novel art pipeline that integrated photogrammetry software to allow real-world sculpture art and found objects to be digitized into high-quality efficient 3D art assets. Work led to a conference presentation and a publication.- Implemented numerous graphics features, including optimized deferred shading and shadowing, HDR, color correction and image post-processing, stylized rendering, reflections, ambient occlusion, light shaft effects, dynamic water and rain effects, procedural clouds and sky, complex terrain, foliage, spline-based animation, and instanced rendering.

- Designed, directed the development of, and implemented the next generation (G4) graphics engine for Infinite Crisis.- Implemented numerous features including screen-space ambient occlusion, deferred shading, shadow maps, prerendered lighting and shadows, distant impostors, dynamic character appearances and face rendering, landscape and terrain, shader and material generation tools, and debugging visualization tools.- Ported current generation renderer to XBox 360 and PS3 platforms.- Optimized the renderer and shader libraries for both generic and platform-specific use cases.Responsible for supporting existing live products and expansion packs, providing knowledge and technical support and training for artists, engineers, and content creators,

- Acted as the primary point of support for the Lord of the Rings Online (LOTRO) game systems team within the core engine group, handling technical queries, consultation, and engine development with a focus on systems most visible to the game development team (user interface, AI and path planning, scripting, and visual effects).- Supported LOTRO throughout the launch process by performing real-time debugging and performance and crash analysis of the live product.- Collaborated with a team to design and develop the Asheron’s Call 2 Legions expansion.- Participated as part of the Asheron’s Call 2 team, continuing development of the original title in a live environment, including major game systems development, game engine updates and content tool creation, as well as community relations and live update support.

Fixed bugs and performed minor systems enhancements to the scheduling module of MEDITECH’s suite of medical administration software.

- Research conducted through the University of Delaware Computer Science Department involving 3D image analysis and motion tracking for video communications compression.- Worked with a small team to write Maya plugins to handle processing of human face data- Performed facial feature detection and tracking on large sets of data.