Trey DeArk

• HDRP High Definition Rendering Pipeline

• Top Down Game Level

• Realtime lighting and shadows

• Probuilder geometry and substance materials

NASCAR 2022 Ford Mustang Body used for Team Penske Production.

• Reverse engineered surface from Ford Aero Model

• Modeled in NX using surfacing tools

• 3D scan data to surface modeling

• Surface part lines match molded panel part lines

• Surface is an assembly of 10 parts that precisely match real world composite molded counterparts

Worked with Industrial Design to create Class-A head surface concepts using Creo curve and surface tools.

• Proficiency Test Results

• Created surface skeleton model

• Shelled solid parts for mechanical development

Contract 3D Modeler for EA's “Need For Speed” franchise.

Took digitized point cloud data and converted into polygon surfaces including smoothing groups.

• Used polygonal reference model to rebuild as surface model

• Created mechanical skeleton surfaces model

• Shelled solid parts for mechanical development

• Mechanical Design Team

• Used polygonal reference model to rebuild as surface model

• Created mechanical skeleton surfaces model

• Shelled solid parts for mechanical development

• ID Team

• Mechanical skeleton and surface skeleton, base and spine

• Mechanical Design Team

• 4 years ECO support post deployment

• Assisted with ID to surfaces and mechanical skeleton development

• Mechanical Design Team

• Mechanical Sustaining Support 1.5 years

2016 - Action News Heroes - Xbox One

As 1 half of a 2 man team, we built "Action News Heroes" from the ground up for the ID@Xbox (independent developer) program.  Action News Heroes, can be purchased through the Xbox Live Marketplace for the Xbox One.

-Game Design
-Level Design
-Environment Art
-Enemy Wave Setup
-Enemy Spawn Setup
-Prop Modeling
-Destructible Prop Modeling / Rigging
-Terrain Paint and Texture Creation
-Lighting
-Camera Rendering
-Particle System Creation
-Purchased Particle System  Modification
-Effects Rigging
-NavMesh Rendering

NASCAR 2022 Ford Mustang Body used for Team Penske Production.

• Reverse engineered surface from Ford Aero Model

• Modeled in NX using surfacing tools

• Surface part lines match molded panel part lines

• Surface is an assembly of 10 parts that precisely match real world molded counterparts

• Surface color patches are used for automated tolerance reporting during comparisons to real world car builds

• Each part is a self contained surface. Each part parametrically drives or is driven by adjacent parts based on assembly and fabrication orders.

• Multiple people can make changes to the surface at the same time since it has been broken up to match real world panel break up.

• Surface is used to locate panels using a GPS probe

• Surface is used as baseline to compare real car build scans, reports are then created to make corrections where aero targets should be closer

• Created surface skeletons for front fascia design and base housings

• Collaborated with ID on manufacturing costs/goals

• Mechanical Design Team

• GD&T standards/process implementation for design engineering

Worked with Industrial Design to create Class-A head surface concepts using Creo Curve and Surfacing tools.

Real Life Surfacing

12’ Wide X 24’ Long X 3’ High Mini Ramp
I built this ramp by myself in my unfinished basement in Mooresville, NC.

• Charcoal and eraser drawings of nude models

• Mechanical Design Team - Base

• System wide 3D/2D CAD design support

• Mechanical Design Team

• Light pipe design and analysis using FRED optical analysis software

• ID to Surface/Mechanical Skeleton Model Integration

• Mechanical design team

• Mechanical Design Team

• ID to Surface/Mechanical Skeleton Model Implementation

• Mechanical Design Team

• ID surface implementation to surface skeleton model

• Mechanical Design Team

• ID surface implementation to surface skeleton model

• Mechanical Design Team

• Lightpipe design and analysis

• Part of design team for large circular light pipe that can be seen across the entire body of the robot.

• Performed exhaustive lightpipe analysis using FRED Optical Software

• Tested various LED’s, LED placement, LED count, and various geometry configurations

• Created extensive report outlining results rating configurations by most energy output

Abstract examples of Class A consumer facing surfaces.
Modeled using Pro Engineer and Solidworks.

• ID Surfacing Integration to surface skeleton model

• Mechanical Design Team

• Soft Goods Surface Modeling, plastic frames covered in leather with leather hinge

• Prototype Assembly / Debugging
   

• ID Surfaces Implementation

• Mechanical Design Team
   

Took scanned data of real human subjects to create custom fit respiratory masks.

2010 Rechargeable iPhone Case
-Converted ID surface model into parametric Pro Engineer skeleton surfaces control model.  
-Mechanical Design Team

2012 SPARX Product Design
-Took a friend's idea and turned it into a real product (Being sold in Japan).
-Animation and Renderings in Modo
-Business Developement
-Mechanical Design Pro Engineer
-Marketing Campaign
-Manufacturing Support
-Package Design
-Communication with Japanese Licensee and Chinese Manufacturer
 

Photogrammetry, Re-Topo, Bake Data

2004 Digimation - Simulation Vehicle
-3D Studio Max
-Modeling (high quality reference photos)
-Texturing 

2011 Sketches
-Pencil and Ink Drawings
 

2011 Modo 301 Sub-D Model
-Model I chose to build while learning Modo modeling tools for organic surfaces.
 

2005 3D Studio Max

-Low Poly Models based on 2005 gaming console poly budgets
-Modeling
-Texturing