3D Graphic and VFX Designer Job

1. Create high-quality 3D visualizations, animations, renders, and system diagrams to accurately depict semiconductor products and innovations for technical and general audiences.

2. Develop motion graphics and integrate visual effects into animations and digital content to enhance storytelling, technical demonstrations, and marketing presentations.

3. Refine visual outputs through post-production techniques to achieve polished and professional deliverables.

4. Collaborate with product, engineering, and marketing teams to produce visual content that aligns with brand strategy and communication goals.

5. Design promotional and outreach materials, including brochures, banners, presentations, and digital ads, to support investor relations, trade shows, and online campaigns.

6. Translate complex engineering concepts into accessible, engaging visual formats for use in investor communications, trade shows, and online platforms.

7. Coordinate with cross-functional teams to gather requirements, align design initiatives, and manage project timelines while ensuring quality and consistency.

8. Manage and update a centralized library of 3D models, motion graphics, and visual assets, applying standardized frameworks and branding guidelines to maintain consistency across content.

Requirements:

Education:
A master’s degree in 3D Computer Graphics, Game Development, or its foreign equivalent.

Experience:
Two (2) years of full-time experience in 3D animation and visual effects, including modeling, texturing, rigging, and rendering, for use in digital media or promotional content.

1. Must be able to create 3D models using Maya, ZBrush, or Blender
2. Must be able to develop and apply photorealistic PBR textures using Substance Painter, Substance Designer, and Photoshop
3. Must be able to design 2D/3D motion graphics using After Effects and Premiere for storytelling, product visualization, and technical demonstrations.

TetraMem was founded to solve one of AI’s biggest roadblocks: its unsustainable energy cost. Our team of pioneering engineers and physicists came together to create a fundamentally new compute architecture that brings performance and sustainability into one chip. We’re here to make analog in-memory computing the new standard for AI.