Day 3 of trying to find a client on Contra.
I built my portfolio (finally!) - and what a ride it’s been.
Plan: Build on Framer. Model my character in Blender. Mode = Easy.
Reality: High on caffeine. Countless crashes. Occasional procrastination disguised as “creative process.”
Between 3D modeling, rendering, and optimizing performance so the site didn’t turn my computer (or anyone else’s) into a space heater, I learned a lot about patience and site optimization.
It’s still a work in progress, but seeing everything live feels incredible - like a real snapshot of the designer I’m growing into.
Next step: Connecting with clients who need designs that look good and load fast.
Portfolio: hasanuzzaman-design.framer.media (http://hasanuzzaman-design.framer.media)
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🏓 King Pong VII – Playable Ping Pong Poster
Back in 2018, Rethink Ideas wanted an interactive website to get employees excited for the annual King Pong tournament. I helped create a web-based interactive poster that turned your phone into a ping pong paddle — built with Three.js.
By visiting the site, players could swing their phone like a real paddle to bounce a virtual ball, complete with motion detection and real-time physics.
It was a playful way to bring tech and culture together, transforming an event poster into a mini-game that people couldn’t stop showing off. I also textured the ping pong ball in Substance Painter for the design team to use across other campaign visuals.
It was an amazing tournament, even though I was terrible at ping pong! 😝
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VR SKY: Fighter Jets is an immersive virtual reality flight experience developed for the Meta Quest platform. The project features 60 fighter aircraft spanning third, fourth, advanced fourth, and fifth generations, along with seven distinct terrains designed to give users a varied and engaging flight experience. JahanXR Studio contributed to the full development process, including experience design, Unity development, flight and interaction systems, 3D environment implementation, user interface design, testing, and performance optimization for standalone VR hardware. A key challenge was creating a visually engaging experience while maintaining reliable performance on the Quest platform. The environments, aircraft, and interactions were carefully optimized to balance visual quality, responsiveness, and immersion. The result is an expansive VR flight experience that showcases our team’s ability to build and optimize complex real-time 3D applications for standalone virtual reality devices.
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