Graphic Designer | 3D Artist | Founder of Stoodbycolours

Dev Singh  • Peerlist

For this project, I embarked on a journey down memory lane by creating a detailed 3D model of my alma mater, Chandigarh University. Utilizing Blender, a powerful open-source 3D creation suite, I meticulously reconstructed the sprawling university campus, capturing its iconic landmarks and architectural elements.

>Technical Details:

*Software: Blender (3D modeling, rendering)
*Modeling Techniques: Employed a combination of techniques like box modeling, sculpting, and reference image integration to accurately represent buildings, landscapes, and key features.
*Texturing: Implemented high-quality textures to enhance realism, incorporating details like brickwork, grass textures, and signage.
*Lighting and Rendering: Set up a realistic lighting environment to create a visually appealing render that showcases the university's atmosphere.

>Challenges and Learnings:

*Data Acquisition: Sourcing detailed architectural plans or blueprints proved difficult. I relied on publicly available photographs and satellite imagery for accurate measurements and reference.
*Balancing Detail and Efficiency: Capturing the intricate details of the entire campus while maintaining efficient rendering times required careful optimization techniques.
*Software Expertise: This project honed my skills in Blender, particularly in areas like texturing, lighting, and scene composition. 


This description highlights your technical skills, project management abilities, and passion for your alma mater. It effectively showcases your 3D modeling capabilities on a grand scale, making it an impressive addition to your LinkedIn project section.

3D Visualisation of Chandigarh University

In collaboration with the Trishul Aerospace Department at Chandigarh University, I embarked on a challenging project to create a detailed 3D model of a liquid fuel rocket engine using Blender, a powerful open-source 3D creation suite. This project served as a valuable learning experience, allowing me to delve into the intricacies of rocket engine design and showcase my 3D modeling skills.

>Technical Details:

* Software: Blender (3D modeling, rendering)
* Modeling Techniques: Employed precise techniques like reference image modeling and potentially reverse engineering (if applicable) to accurately represent the engine's complex internal and external components.
* Material Properties: Assigned realistic materials to various engine parts to simulate their metallic properties, heat resistance, and functionalities.
* Rigging and Animation (Optional): Explored the possibility of rigging and animating the engine for a more comprehensive visualization of its operational functions (if applicable).

>Outcomes:

This collaborative project fostered my understanding of rocket engine technology and significantly enhanced my 3D modeling capabilities. The final render serves as a valuable resource for the Trishul Aerospace Department, potentially for educational purposes or design visualization. Additionally, it showcases my technical skills and collaborative spirit on my professional profile.

>Specific Considerations:

* If you focused on a specific type of liquid fuel rocket engine (e.g., Merlin engine), mention it for a more detailed description. 
* Briefly touch upon the challenges of modeling intricate engine components and how you overcame them.