Required stack
필요 기술
BlenderIllustratorPhotoshopScientific Visualization
Project brief
프로젝트 내용
Project Overview
I have already created a Blender file of the polymer architecture, which will serve as the foundation for this project.
The task is to refine, enhance, and elevate this existing model into a polished, publication-ready journal cover illustration. This is not a from-scratch build, but a scientific visualization and refinement task.
The goal is to produce a high-quality scientific illustration that clearly communicates the structure and behavior of a polymer-based hydrogel system
⸻
Core Focus Areas
• Molecular structure: Depict the polymer network at the nanoscale so the viewer can immediately recognise its chemical architecture.
• Hydration process: Integrate a concise sequence or gradient that visualises water uptake, swelling, and hydration dynamics within the network.
⸻
Stylistic Direction
The illustration should follow a modern, minimal, and scientifically elegant aesthetic, similar to journal covers (e.g., Advanced Materials, Macromolecules):
Clean composition (no clutter)
Subtle gradients and controlled color palette
Refined lighting and material rendering
Strong visual hierarchy for scientific clarity
I also have preliminary design concepts that can guide the composition.
Deliverables
1️⃣ Journal cover artwork — polymer hydrogel concept
2️⃣ Main body illustration — showing gelation mechanism
3️⃣ Graphical abstract — concise visual summary
4️⃣ High-resolution outputs:
• CMYK (print)
• RGB (web)
5️⃣ Layered source files:
• Preferably Blender
• Or Illustrator / Photoshop (if required)
6️⃣ Brief legend / annotated call-out sheet explaining visual elements
Timeline & Revision Loop
within weeks
• Up to two refinement rounds to ensure scientific accuracy and visual quality
payment : 2-4k (INR)
Intellectual Property & Confidentiality
I have already created the base polymer model in Blender, which is my original work and must be treated as strictly confidential.
All concepts, drafts, and final artwork produced for this project must remain confidential and may not be shared, displayed (including in portfolios), or reused without my written permission.
The provided Blender file and associated concepts must not be replicated, adapted, or reused for any other project or client.
Upon final payment, full intellectual property rights (including copyright and reproduction rights) will be transferred exclusively to me.
A non-disclosure agreement (NDA) can be signed prior to sharing detailed files or manuscript content if required.
I have already created a Blender file of the polymer architecture, which will serve as the foundation for this project.
The task is to refine, enhance, and elevate this existing model into a polished, publication-ready journal cover illustration. This is not a from-scratch build, but a scientific visualization and refinement task.
The goal is to produce a high-quality scientific illustration that clearly communicates the structure and behavior of a polymer-based hydrogel system
⸻
Core Focus Areas
• Molecular structure: Depict the polymer network at the nanoscale so the viewer can immediately recognise its chemical architecture.
• Hydration process: Integrate a concise sequence or gradient that visualises water uptake, swelling, and hydration dynamics within the network.
⸻
Stylistic Direction
The illustration should follow a modern, minimal, and scientifically elegant aesthetic, similar to journal covers (e.g., Advanced Materials, Macromolecules):
Clean composition (no clutter)
Subtle gradients and controlled color palette
Refined lighting and material rendering
Strong visual hierarchy for scientific clarity
I also have preliminary design concepts that can guide the composition.
Deliverables
1️⃣ Journal cover artwork — polymer hydrogel concept
2️⃣ Main body illustration — showing gelation mechanism
3️⃣ Graphical abstract — concise visual summary
4️⃣ High-resolution outputs:
• CMYK (print)
• RGB (web)
5️⃣ Layered source files:
• Preferably Blender
• Or Illustrator / Photoshop (if required)
6️⃣ Brief legend / annotated call-out sheet explaining visual elements
Timeline & Revision Loop
within weeks
• Up to two refinement rounds to ensure scientific accuracy and visual quality
payment : 2-4k (INR)
Intellectual Property & Confidentiality
I have already created the base polymer model in Blender, which is my original work and must be treated as strictly confidential.
All concepts, drafts, and final artwork produced for this project must remain confidential and may not be shared, displayed (including in portfolios), or reused without my written permission.
The provided Blender file and associated concepts must not be replicated, adapted, or reused for any other project or client.
Upon final payment, full intellectual property rights (including copyright and reproduction rights) will be transferred exclusively to me.
A non-disclosure agreement (NDA) can be signed prior to sharing detailed files or manuscript content if required.