Demo Reel Breakdown

    [Modeled/Textured/Rigged/Animated/3D Printed] Self Directed MFA Thesis Film that is 3D Printed and shot with Canon 6D.

    Authoring, Design and Animation of Menus designed for the annual RIT Honor Show Reel.

    [Modeled/Textured/Rigged/Animated/Composited] Sphere simulates final seamless 360° presentation of Science on a Sphere projection [NASA GSFC's GPM project].

    Experimental Film shot on Canon 5D Mark II, Canon 7D and Canon Rebel XTi and edited in 5 weeks in Auckland, New Zealand.

    [Modeled/Textured/Rigged/Animated/Composited] shots. Rig demos flight automation and fine controls for animation. Sphere simulates final seamless 360° presentation of Science on a Sphere projection [NASA GSFC's GPM project].

    Authoring, Design and Animation of Menus designed for the annual RIT Honor Show Reel.

    Demos flexibility of Modeled/Textured/Rigged/Animated Characters. Animated/Lit/Composited the Characters, Environment (not particle beans), and Vacuum in these particular scenes. Co-Directed film.

    [Modeled/Rigged/Animated/3D Printed] Designed mites within material’s physical tolerances for Eric Dyer’s Zoetropic Tunnel.

    [Modeled/Textured/Rigged/Animated/3D Printed] Self Directed MFA Thesis Film that is 3D Printed and shot with Canon 6D. Both 3D Printed Zoetropes seen were hand painted, crafted and assembled along with 3D printed parts.

    Isometric, low-poly, lighting study.

    Collaborative RIT project; modeled/lit/composited wrist watch and leaves.

    Modeling and Lighting study; created custom, procedural, mental ray shaders.

    Self-directed, short film using both 2D and 3D elements.

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