Tech Designer

📋 Description

Here, the goal was to create an abandoned bunker, but it had to retain a livable atmosphere because, in the context of the game, it had only recently been abandoned.

✨ Key Features

• Realistic spatial coherence — Credible and functional architecture reflecting a recently used facility.
• Environmental storytelling — Subtle human traces (lights, tools, disorder) convey a lived-in
• Tension management — Balances apparent safety with underlying threat to sustain immersion.

🎮 Challenges

• Spatial readability — Ensure smooth navigation in a maze-like environment without disorienting the player.
• Visual balance — Maintain the right mix between decay and believable operational state.
• Exploration pacing — Control rhythm between discovery, tension, and calm moments.

🛠️ Outils

📋 Description

The goal here was to replicate the dialogue system from Cyberpunk 2077 and adapt it to the needs of the Qanga project (graphic charter, color palette, etc.).

✨ Key Features

• Dynamic dialogue interface — Real-time branching dialogue system adapted to player choices.
• Stylized UI integration — Visual design aligned with Qanga’s graphic charter and color palette.
• Context-aware feedback — Dialogue options react dynamically to player state and narrative context.

🎮 Challenges

• Branching logic complexity — Managing multiple dialogue paths and conditional outcomes.
• Visual consistency — Reproducing Cyberpunk’s feel while maintaining Qanga’s unique identity.
• System modularity — Ensuring scalability and easy adaptation for future narrative content.

🛠️ Tools used

📋Description

Here, the goal of the mission was to immerse the player from the moment they first launched the game. Since the player is a cyborg and the game is played in first person, I took the idea of a computer starting up with all the verbose parts of a boot sequence and added a 3D holographic visual element to keep the player engaged.

✨ Key Features

• Immersive first-launch experience — Engages the player immediately through an in-world system startup.
• In-diegetic storytelling — The boot sequence justifies the first-person perspective and the player’s cyborg identity.
• 3D holographic visuals — Combines text-based system logs with dynamic holographic effects for visual variety.

🎮 Challenges

• Balance between realism and pacing — Maintain believability without boring the player with excessive text.
• Visual readability — Ensure holographic effects remain clear and don’t hinder comprehension.
• Integration with gameplay — Seamlessly transition from the boot sequence to player control without breaking immersion.

🛠️ Outils