Think back to that second pass I mentioned. This is the part that decides the call, the final
gate before an interview. The recruiter slows down and reads with more care here, and yet
95% of the screen still hangs on your current role all the same.
That makes sense: your latest role is the clearest read on where your seniority sits now, what you
can actually do, and what fills your week. To earn the "yes", that role has to walk through the
full role profile for a Technical Artist, one dedicated bullet per area you
already named under Domain Expertise up in the Profile Summary.
1
Shaders & Materials
Too many tech-art resumes stop at "set up some materials" and leave it there. What the hiring
manager wants is authoring judgment: a master material artists can actually drive, shader graphs with
parameter-driven variants, and a look that stays consistent across assets. Name the shader or material
system you built and the artist-facing controls you exposed.
Techniques
Master materials
Shader graphs & instances
Parameter-driven variants
Look authoring
Tools
HLSL, shader graph
Unreal 5, Unity
Substance
Metrics
Materials replaced
Draw calls per asset
Artist hours saved
2
DCC Tools & Pipeline Scripting
Tooling is where mid-level tech artists stay vague. Make it clear you build the tools, not just run
someone else's: Python or PyMEL you wrote, an exporter you designed, a validation step that
catches bad assets, and automation that artists lean on daily. Name the specific tool you shipped and
the manual grind it took off the team.
Techniques
Exporters & importers
Automation & batch tools
Asset validation
UI for artists
Tools
Python, MEL, PyMEL
Maya, Blender APIs
Houdini HDAs
Metrics
Artist hours saved
Tool adoption
Iteration time
3
Look Development & Lighting
Vague claims about "making it look good" fall flat here; the manager wants a concrete look-dev
story. Point to the lighting setup or calibration you shipped and the result it bought (matching a
reference plate, locking PBR values across the team, never just "nicer visuals"). A specific
before-and-after lands because anyone can see it.
Techniques
Lookdev & lighting setup
PBR & color calibration
Reference matching
Lighting rigs
Tools
Unreal 5, Unity lighting
Substance, lookdev scenes
Color charts, HDRIs
Metrics
Reference match accuracy
Lighting setup time
4
Rigging & Animation Tech
Two things ride on this section: how well a character deforms and how easily animators can pose it. Walk
through the control rig you built, the skinning or blendshape work you solved, and a real call you weighed
(corrective shapes against joint-only deforms, in-DCC rig versus engine animation system). A bare
"familiar with rigging" entry on the skills row says nothing.
Techniques
Control rigs
Skinning & weights
Blendshapes & correctives
Deformers
Tools
Maya rigging, Python
Blender, control rig
Unreal animation systems
Metrics
Rig build time
Joint & shape count
Animator iteration time
5
Procedural Content & Generation
Few areas split a mid from a senior as sharply. Point to the procedural system you authored, the HDA or
PCG graph artists now reuse, and the hand-modeling pass it replaced. A figure for assets generated, or
hours of manual work removed, always reads stronger than "helped with environments".
Techniques
Procedural assets
VEX & node networks
PCG & scattering
Parameter-driven HDAs
Tools
Houdini, VEX
HDAs, Houdini Engine
Unreal PCG, Blueprints
Metrics
Assets generated
Artist hours saved
Iteration time
6
VFX & Real-Time Effects
This is where deep tech-art candidates pull ahead. Show the effect system you built, the particle or
simulation work you authored, and a real design call you wrestled with (GPU particles against CPU,
baked sim versus live simulation). A skills-list line reading "knows Niagara" proves
nothing on its own.
Techniques
Particles & emitters
Real-time VFX
Simulations (fluids, cloth)
Shader-driven effects
Tools
Niagara, Unity VFX Graph
Houdini sims, flipbooks
HLSL, shader graph
Metrics
Particle count
VFX cost (ms)
VRAM (MB)
7
Performance & Art Budgets
Few areas draw the mid-to-senior line as cleanly. Budgets the art team can actually hit, LODs that hold
up in motion, and textures that fit memory, all clawing back the headroom sloppy assets waste. A budget
nobody enforces proves nothing; point to the poly count, texture memory, or draw calls you genuinely
brought down.
Techniques
Poly & texture budgets
LOD authoring
Draw-call reduction
Memory optimization
Tools
Unreal / Unity profilers
LOD & impostor tools
Texture & atlas tooling
Metrics
Poly count
Draw calls
Texture / VRAM (MB)
Frame time (ms)
8
Asset Pipeline & Engine Integration
Studios promote the tech artists who get assets flowing cleanly from DCC into the engine and keep them
there. Solid import and export, validation that stops broken assets early, source control set up for
binary art files, and a real story where you fixed a flaky export path or rebuilt the route into
Unreal or Unity.
Techniques
Import / export pipeline
Asset validation
Source control for assets
Engine integration
Tools
Python exporters, FBX/USD
Perforce, Git LFS
Unreal, Unity importers
Metrics
Import errors caught
Round-trip time
Artist hours saved