Realistic Phase Contrast 3D Models of Human Oocyte, Sperm, and ICSI Tools for Educational Simulation
Budget: ₹600 – ₹1,500 INR
I'm in need of realistic, microscopic-style 3D models intended for use in an interactive educational simulation to be developed in Unity later after this. These models should include:
- A human oocyte
- A human sperm
- An injecting micropipette (needle)
- A holding pipette
These models must be created in Blender or Maya, with a rendering style that mimics how these elements appear under a phase contrast microscope. The final outputs should look realistic, avoiding any cartoonish or stylized elements.
Key Requirements:
- Models should be optimized and exported for real-time use in Unity (e.g., correct scaling, clean topology, organized hierarchy, appropriate origin/pivot points for interactive alignment).
- Materials and textures should be compatible with Unity’s rendering pipeline (PBR preferred if possible).
- Ensure all elements are separate mesh objects, so they can be animated or manipulated independently in Unity.
- Scientific accuracy is important, but designs must be simplified enough for educational clarity, as the simulation is aimed at medical students and embryology trainees.
- The models will later be used in a Unity-based ICSI simulation, where users can interactively align the oocyte, immobilize the sperm, and inject using a controller or joystick setup.
Ideal Candidate:
- Experience in 3D modeling for medical, scientific, or educational applications
- Strong understanding of real-world embryology equipment and microscopic proportions
- Familiarity with Unity export standards (FBX format, clean materials, pivot placement)
- Ability to match the look and feel of phase contrast microscopy
- Please share relevant examples of past work, especially anything related to biology or healthcare modeling
Feel free to message me if you need a reference video for clarity on the expected visual outcome and interaction design.
- A human oocyte
- A human sperm
- An injecting micropipette (needle)
- A holding pipette
These models must be created in Blender or Maya, with a rendering style that mimics how these elements appear under a phase contrast microscope. The final outputs should look realistic, avoiding any cartoonish or stylized elements.
Key Requirements:
- Models should be optimized and exported for real-time use in Unity (e.g., correct scaling, clean topology, organized hierarchy, appropriate origin/pivot points for interactive alignment).
- Materials and textures should be compatible with Unity’s rendering pipeline (PBR preferred if possible).
- Ensure all elements are separate mesh objects, so they can be animated or manipulated independently in Unity.
- Scientific accuracy is important, but designs must be simplified enough for educational clarity, as the simulation is aimed at medical students and embryology trainees.
- The models will later be used in a Unity-based ICSI simulation, where users can interactively align the oocyte, immobilize the sperm, and inject using a controller or joystick setup.
Ideal Candidate:
- Experience in 3D modeling for medical, scientific, or educational applications
- Strong understanding of real-world embryology equipment and microscopic proportions
- Familiarity with Unity export standards (FBX format, clean materials, pivot placement)
- Ability to match the look and feel of phase contrast microscopy
- Please share relevant examples of past work, especially anything related to biology or healthcare modeling
Feel free to message me if you need a reference video for clarity on the expected visual outcome and interaction design.