Contract to hire: 3D Animator (real-time and render)

Tipping Point Media (tipmedia.com); Malvern (Chester County); On-site; USD 60,000 - 80,000; Full time

Job summary

A leading media company in Chester County is seeking a 3D Animator to join their award-winning team. In this role, you will create engaging animations that simplify complex medical concepts and enhance training solutions in healthcare. The ideal candidate has extensive experience in 3D medical animation, is proficient in Blender or Cinema 4D, and possesses strong artistic and communication skills. A portfolio showcasing your work is required to apply for this exciting opportunity.

Qualifications

• 3–5+ years of professional 3D medical animation experience.
• Strong proficiency in Blender or Cinema 4D.
• Experience preparing assets for real-time rendering.

Responsibilities

• Translate complex medical concepts into visually engaging animations.
• Develop high-quality 2D/3D assets for VR and simulations.
• Collaborate with teams to integrate 3D assets into interactive applications.

Skills

3D medical animation experience

Artistic eye and attention to detail

Proficiency in Blender

Experience with Adobe Creative Suite

Strong communication skills

Tools

Blender

Cinema 4D

Adobe Creative Suite

Unity

Unreal Engine

Job description

Tipping Point Media is seeking a (Contract to hire) 3D Animator to join our award-winning team. You’ll collaborate with our creative directors, instructional designers, and medical writers to bring complex science, devices, and patient experiences to life through immersive visual storytelling. This role is central to creating dynamic, experiential learning and training solutions that engage healthcare professionals, patients, and global audiences.

Responsibilities

• Translate complex medical and scientific concepts into visually engaging storyboards, style frames, and animations.
• Develop high-quality 2D/3D assets and medical animations (offline and real-time) for interactive applications including VR, AR, Simulations, eLearning, and training workshop assets.
• Ensure all visualizations are scientifically accurate, medically compliant, and aligned with client needs.
• Collaborate with XR developers to integrate 3D assets into Unity or Unreal Engine for interactive simulations.
• Push creative boundaries to design best-in-class visual experiences that educate and inspire.

Required Skills & Experience

• 3–5+ years of professional 3D medical animation experience.
• Strong artistic eye, attention to detail, and design sensibility.
• Proficiency in Blender or Cinema 4D and experience with Adobe Creative Suite (Photoshop, Illustrator, After Effects).
• Experience preparing assets for real-time rendering and interactive platforms.
• Ability to conduct independent research on medical topics, including anatomy, physiology, cellular/molecular biology, and disease mechanisms.
• Strong communication skills with the ability to work independently and collaboratively in a fast-paced environment.
• Proven ability to manage multiple projects and meet tight deadlines.

Preferred / Plus Skills

• Certified Medical Illustrator (CMI).
• Experience with Substance Painter/Designer for advanced texturing.
• Familiarity with Unity3D and/or Unreal Engine pipelines.
• Skills in advanced rigging, character animation, lighting, and photoreal rendering.
• Interest in immersive technologies: VR, AR, XR, gaming, and interactive storytelling.
• Knowledge of the latest Generative AI tools (Sora 2 - Veo 3 - Wan 2.5 - Kling 2.5 - Weavy.ai )
• Lives in the Philly Area, big plus!!

What We’re Looking For

• A curious problem-solver who is eager to innovate and elevate how people learn.
• Someone who thrives on collaboration and has a passion for creating transformative experiences in healthcare, pharma, and education.
• A portfolio that demonstrates medical accuracy, creativity, and technical excellence.
• A caring team player and that is enjoyable to work with... no jerks allowed!!

Please send your resume and portfolio showcasing your 3D medical animation work.