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Tom Sylvan Illustration and Animation

illustration of A photorealistic Lego rover meticulously modeled and rendered in 3D Studio Max.  Client: Lego Mindstorms.
illustration of Lego robotics tutorial animation stills modeled and rendered in 3D Studio Max. Client: Lego Mindstorms.
animation of Honeywell heater function cutaway, animated and rendered in 3D Studio Max. Client: Kaz USA.
animation of
animation of Primo-Lacto medical design and function animated and rendered in 3D Studio Max. Client: Maternal Life.
illustration of A photorealistic spicerack design meticulously modeled and rendered in 3D Studio Max. Client: Olde Thompson.
illustration of A photorealistic spice set design meticulously modeled and rendered in 3D Studio Max. Client: Olde Thompson.
illustration of A photorealistic pepper set design meticulously modeled and rendered in 3D Studio Max. Client: Olde Thompson.
illustration of Photorealistic spice bottle designs meticulously modeled and rendered in 3D Studio Max. Client: Olde Thompson.
illustration of Photorealistic spice bottle designs meticulously modeled and rendered in 3D Studio Max. Client: Olde Thompson.
animation of Explosion isolation and flap valve cutaway animated and rendered in 3D Studio Max. Client: IEP Technologies.
animation of Milling process elements and cutaway animated and rendered in 3D Studio Max. Client: IEP Technologies.
animation of Explosion during milling process cutaway animated and rendered in 3D Studio Max. Client: IEP Technologies.
animation of Technical development of an explosion animated and rendered in 3D Studio Max. Client: IEP Technologies.
illustration of Forensic reconstructions of various medical syringe designs. Modeled and rendered using 3D Studio Max. Client: Origin Point.
illustration of Forensic reconstruction of a self-retracting medical syringe design. Modeled and rendered using 3D Studio Max. Client: Origin Point.
animation of Incremental Dilation System function cutaway, animated and rendered in 3D Studio Max. Client: Andre Persidsky.
illustration of Forensic reconstructions of anatomical variations of spinal neck injuries. Modeled and rendered using 3D Studio Max. Client: Origin Point.
animation of Forensic reconstruction of cervical trauma animated and rendered using 3D Studio Max. Client: Origin Point.
illustration of A forensic reconstruction of the Deepwater Horizon oil rig. Modeled and rendered using 3D Studio Max. Client: Origin Point.
illustration of A forensic reconstruction of technical details of the Deepwater Horizon oil rig. Modeled and rendered using 3D Studio Max. Client: Origin Point.
illustration of A forensic reconstruction of the Deepwater Horizon oil rig's BOP (Blowout Preventer).  Modeled and rendered using 3D Studio Max.  Client: Origin Point.
illustration of A photorealistic rendering of a valve assembly depicted using both an exploded view and cutaway. Modeled and rendered using 3D Studio Max. Client: Origin Point.
illustration of A sequential forensic reconstruction of fire spread. Modeled and rendered using 3D Studio Max. Client: Origin Point.
illustration of A forensic reconstruction of architectural fire spread overview. Modeled and rendered using 3D Studio Max. Client: Origin Point.
animation of Compilation of forensic reconstructions animated and rendered using 3D Studio Max.  Client: multiple.
illustration of A photorealistic detail view of an attic furnace. Modeled and rendered using 3D Studio Max. Client: Origin Point.
illustration of The photorealistic structure and schematic function of an attic furnace. Modeled and rendered using 3D Studio Max. Client: Origin Point.
illustration of A photorealistic depiction of a typical couch and its underlying frame. Modeled and rendered using 3D Studio Max. Client: Origin Point.
animation of
illustration of Soundstorm component modeled and rendered in 3D Studio Max for NVIDIA.
animation of Pur filter function cutaway, animated and rendered in 3D Studio Max. Client: Kaz USA.
illustration of Vicks humidifier cutaway and function, modeled and rendered with 3D Studio Max. Client: Helen of Troy.
animation of Honeywell humidifier cutaway and function, animated and rendered with 3D Studio Max. Client: Helen of Troy.
illustration of Train car modeled and rendered in 3D Studio Max.  Client: Origin Point.
animation of Forensic reconstruction of building layout animated and rendered using 3D Studio Max. Client: Origin Point.
illustration of Boiler waterwall circuit schematic, modeled and rendered with 3D Studio Max. Client: Origin Point.
illustration of Medical cuff modeled and rendered in 3D Studio Max.
illustration of Medical alert product modeled and rendered with 3D Studio Max. Client: Jules Sherman.
illustration of Bracelets modeled and rendered with 3D Studio Max. Client: Jules Sherman.
illustration of Herbs de Provence container modeled and rendered in 3D Studio Max for Olde Thompson.
illustration of Brittle fracture theory modeled and rendered with 3D Studio Max. Client: Origin Point.
illustration of A photorealistic 3D rendering of a large treehouse under the influence of Japanese architecture.  Modeled and animated using 3D Studio Max.

Profile

Since 1999, Tom has been a freelance illustrator and animator specializing in 3D design visualization. He has worked on hundreds of projects depicting toys, medical technology, kitchen products, humidifiers, packaging, vehicles, architectural interiors and exteriors, product defects, fires, accidents, and many other objects and scenarios. Tom has produced visualizations for designers, art directors, engineers, inventors, and expert witnesses. His clients (and their brands) include Lego, Olde Thompson, Kirkland, Williams Sonoma, Lansinoh, Kaz, Honeywell, Pur, Vicks, Amerlux, NVIDIA, and Origin Point, among many others.

Style/Techniques

Abstract, Animation, Conceptual, Design, Digital, Graphic, Realism, Stylized, Technical, 3-D Rendering, Concept Art, CGI, Explainer Video

Subject/Specialties

Architecture, Children, Corporate, Editorial, Education, Fantasy, Industrial, Information Graphics, Medical, Packaging, Product, Scientific, Technology, Toys & Games