Aabid Khatri

Game Developer with experience in building 2D and 3D games using Unity and C# scripting, along with a strong foundation in Python, and SQL. Skilled in game mechanics, UI systems, and AI fundamentals, with additional project experience in data modeling and embedded systems. Recognized for teamwork, problem-solving, and consistent academic excellence, with a passion for creating engaging and immersive gameplay experiences.

Game Developer at Pixel Tile (2025-10 – 2025-11)

Developed a 2D Unity platformer with movement, combat, ladders, enemies, and collectibles; built and published 3 playable levels on Unity Play.

• Developed a 2D Unity platformer with movement, combat, ladders, enemies, and collectibles
• Built and published 3 playable levels on Unity Play

Game Developer - Snow Surfer (2025-09 – 2025-10)

Created a 2D snowboarding game in Unity with player selection, rotation-based scoring, timed power-ups, and dynamic particle effects for snow and collisions. Designed responsive WASD controls and speed/rotation power logic to enhance player experience.

• Created a 2D snowboarding game in Unity with player selection, rotation-based scoring, timed power-ups, and dynamic particle effects
• Designed responsive WASD controls and speed/rotation power logic to enhance player experience

Medical Cost Prediction Model (2025-08 – 2025-09)

As part of a team of three, I coded and implemented a Bayesian Regression model in Python to predict healthcare costs. I worked on data preprocessing, model training, and testing, while also contributing to project documentation. Through this project, I strengthened my skills in Python programming, statistics, and teamwork.

• Coded and implemented a Bayesian Regression model in Python to predict healthcare costs
• Worked on data preprocessing, model training, and testing
• Contributed to project documentation
• Strengthened skills in Python programming, statistics, and teamwork

Game Developer - Delivery Dash (2025-08 – 2025-09)

2D delivery game where the player drives an ice-cream truck to pick up and deliver packages across a monster village. Implemented package pickup/delivery logic with particle effects, speed boosts with UI feedback, and collision-based speed reset for balanced gameplay flow.

• Developed 2D delivery game with ice-cream truck mechanics
• Implemented package pickup/delivery logic with particle effects
• Added speed boosts with UI feedback and collision-based speed reset

Game Developer - One Touch Ball (2025-06 – 2025-07)

A 3D endless runner using tap-based input to change direction on a zigzag path. Implemented a falling tile system, follow camera logic, and PlayerPrefs for score saving, with a responsive Game Over UI flow.

• Created 3D endless runner with tap-based input mechanics
• Implemented falling tile system and follow camera logic
• Added PlayerPrefs for score saving and responsive Game Over UI

Game Developer - Candy Catcher (2025-06 – 2025-06)

A 2D collectible game with randomized falling candies, health tracking via UI hearts, and collision-triggered score updates. Built a complete game loop with scene transitions, prefab management, and menu-based navigation.

• Created 2D collectible game with randomized falling candies
• Implemented health tracking via UI hearts and collision-triggered score updates
• Built complete game loop with scene transitions and prefab management

Game Developer - Dodge Block (2025-06 – 2025-06)

A 2D mobile dodge game using touch-based horizontal movement to avoid falling blocks. Incorporated dynamic obstacle spawning, collision handling, and restart flow through UI state transitions and scene reloads.

• Developed 2D mobile dodge game with touch-based horizontal movement
• Incorporated dynamic obstacle spawning and collision handling
• Implemented restart flow through UI state transitions and scene reloads

RFID-Based Attendance System (2025-02 – 2025-03)

Built an Arduino-powered system to automate student attendance, coding RFID functionality for scanning and record keeping. Integrated both hardware and software into a fully functional prototype that demonstrated practical application of embedded systems.

• Built Arduino-powered system to automate student attendance
• Coded RFID functionality for scanning and record keeping
• Integrated hardware and software into fully functional prototype

Diploma in Computer Science – VET BVL Polytechnic (2023-08 – 2026-04)