🛠 Technologies Used

Unity, C#

📜 Description

• 🕹️ Character Controls and Animations: Creating smooth and responsive player character movement with animations.
• 🔫 Weapon and Inventory System: Implementing a dynamic inventory and weapon system for players to collect and switch items.
• 🤖 Artificial Intelligence and NPC Behavior: Developing AI-controlled NPCs with realistic behaviors and interactions.
• 🚗 Vehicle Controls and Mechanics: Designing a vehicle system that allows players to drive, crash, and control different types of cars.
• 🎯 Mission System: Providing various missions for the player, each with unique objectives and completion criteria.
• 🗺️ Map System: Implementing a minimap and a full-sized map for easy navigation within the game world.
• 💾 Save and Load System: Creating a functional save/load feature to track progress and player stats.
• ❤️ Damage and Health System: Managing health, damage, and recovery mechanics for both the player and NPCs.

🛠 Technologies Used

Unity, C#

📜 Description

This project is an exciting and dynamic 3D racing game developed using Unity. The game provides a thrilling racing experience, complete with realistic vehicle controls and immersive gameplay. Below are some of the key features:

• 🚗 Vehicle Controls: The main car has been programmed with smooth and responsive controls to enhance the player's driving experience. This includes acceleration, braking, and steering mechanics that mimic real-world driving.
• 🛣️ Race Track Design: Multiple race tracks have been designed with varying levels of difficulty. Each track is equipped with waypoints that guide AI-controlled vehicles along the designated route, creating challenging and competitive races.
• 🤖 Artificial Intelligence: Advanced AI systems have been implemented for rival cars, allowing them to navigate the race track efficiently. The AI algorithms ensure that opponents react dynamically to the player's actions, creating a more engaging race.
• 🛠️ Garage System: Before each race, players can visit the garage to select and customize their vehicle. The garage system offers a range of cars, each with unique attributes, allowing players to choose the car that best suits their racing style.
• 🎥 Camera and UI Systems: The game includes a realistic camera system that follows the car, providing an immersive third-person perspective. The UI is designed to be intuitive, providing players with essential information such as speed, lap times, and position within the race.
• 🔊 Audio and Visual Effects: High-quality sound effects and visual effects enhance the overall gameplay experience, making each race feel intense and exciting.

🛠 Technologies Used

Unity, C#

📜 Description

This project is a parkour-based game with various levels and challenges. Below are some of the key features:

• 🎮 Platform Setup and Character Controls: Implemented smooth player controls to ensure responsive interaction with the character.
• ⚔️ Enemy and Attack System: Introduced enemies and an attack system to increase the game's challenge and excitement.
• ❤️ Health Indicator and Collectibles: Developed a health indicator for the player character and incorporated collectible items that allow players to earn points, adding strategic depth to the gameplay.
• 🌍 Levels: Designed multiple levels with unique challenges and tasks to keep players engaged and progressing.
• 🔐 User Login and Registration System: Implemented a user login and registration system.

🛠 Technologies Used

Unity, C#

📜 Description

This project is a zombie-themed survival game with the following key features:

• 🔫 Character and Weapon System: Implemented a personalized weapon system for the player character and ensured smooth controls for accurate shooting. Developed an ammunition system for the weapon, including a visual indicator to show the player's current ammo count.
• 🧟 Zombie Enemies and Attack System: Added zombie enemies to the map and implemented an attack system for them to engage the player character. Implemented a dynamic spawn system for zombies, allowing for adjustable frequency and intensity of zombie spawns throughout the game.
• ❤️ Character Health System: Designed a health system for the character, featuring a health bar to display the player's current health status.
• 🎁 Reward System: Introduced a reward system where defeating zombies can yield random rewards such as ammo boxes or health boosts for the character.

🛠 Technologies Used

Unity, C#

📜 Description

This project is an endless runner game where the player navigates through a continuously generated world while avoiding obstacles and collecting coins. Below are the key features:

• 🚀 Project Setup & Introduction: Setting up the project environment and laying the foundation for the endless runner game.
• 🎮 Player Movement: Implementing basic player controls, including running, jumping, and directional movement.
• 🎥 Camera System: Developing a camera controller to smoothly follow the player throughout the game.
• ⚙️ Gameplay Mechanics: Introducing gravity, jump mechanics, and generating infinite tiles for an endless experience.
• 💥 Collision Detection & Game Over Screen: Handling player collisions and creating a game over screen for when the player fails.
• 📱 Swipe Controls: Implementing swipe controls for a more intuitive and responsive gameplay experience.
• 🦾 3D Models & Animations: Integrating 3D models created in Blender, and adding animations for player actions such as idle, roll, and jump.
• ✨ Advanced Features: Introducing a coin pickup system, sound effects, a main menu, and enhancing visuals with post-processing and shaders.

🛠 Technologies Used

Unity, C#

📜 Description

This project is a classic block-breaking game with the following key features:

• ⚽ Ball and Physics: Added a ball to the game, programmed to bounce off surfaces using realistic physics, enhancing the gameplay experience.
• 🎮 Paddle System: Implemented a movable paddle that players can control to direct the ball left, right, or straight, ensuring precise movement.
• 🧱 Blocks: Designed blocks with varying difficulty levels, including bonus blocks that grant extra lives, adding strategic depth to the game.
• 📈 Levels: Created multiple levels with unique block arrangements and increasing difficulty to keep players engaged.
• 🏆 Win/Lose Conditions: Developed a system to handle win and lose conditions, such as dropping the ball or breaking all blocks in a level, providing clear objectives and feedback.

🛠 Technologies Used

Unity, C#, AdMob

📜 Description

This game involves a character running on top of balls and navigating through obstacles. Key features include:

• ⚽ Character and Ball System: The character dynamically rises or lowers based on the number of balls collected or lost.
• 🚧 Obstacle System: Various obstacles randomly appear in front of the player, increasing the challenge.
• 🔥 Endless Levels with Increasing Difficulty: The game progressively becomes more challenging, ensuring engaging and dynamic gameplay.
• 🎮 Gameplay Mechanics: Players must skillfully navigate obstacles, aiming to finish with the highest number of coins and balls.
• 📱 AdMob Integration: In-game advertisements are integrated to enhance revenue through AdMob.

🛠 Technologies Used

Unity, C#

📜 Description

A dynamic runner game where the main character collects additional characters and overcomes obstacles. Key features include:

• 👥 Character Collection Mechanic: The main character gathers additional characters from the road, increasing the group's size.
• 🚀 Character Movement & Object Pooling: Smooth movement system with object pooling for efficient memory management.
• ⚠️ Obstacles & Mechanics: Various challenging obstacles that can cause characters to be lost.
• 🔢 Numeric Blocks: Special blocks that alter the group size based on their values.
• 🎯 Point System, Main Menu & Level Selection: A structured point system with an intuitive main menu and level selection.
• 🆚 Enemy Objects at Level End: Final battles against enemy objects at the end of each level.
• 🛒 Item Shop: A shop where players can purchase items using earned points.
• 🌍 Multilingual Support: Multiple language options for a broader audience.

🛠 Technologies Used

Unity, C#

📜 Description

TPS game inspired by Counter-Strike, designed for mobile platforms.

• 🎮 Third-Person Shooter Gameplay: A fully functional TPS game for Android and iOS, inspired by Counter-Strike.
• 🌍 Map & Environment Design: Optimized 3D environments designed for mobile-friendly performance.
• 🏃‍♂️ Player Controls & Movement: Smooth movement, sprinting, jumping, and over-the-shoulder aiming.
• 🤖 AI & Enemy Systems: Intelligent enemies with dynamic behaviors like cover-seeking and attacking.
• 🔫 Weapon Systems: TPS-optimized shooting mechanics, reloading, aiming, and weapon switching.
• 🖥 UI & HUD: Tactical UI elements, including health bars, minimap, and ammo count.
• 🎯 Touch Controls: Optimized touch controls with aim assist for a smooth mobile experience.
• ⚔️ Multiplayer TDM Mode: Team Deathmatch mode with AI teammates and opponents.
• 🔊 Realistic Visual & Audio Effects: Gun recoil, character animations, muzzle flashes, and immersive sound effects.
• 📈 Optimization & Performance: Mobile-optimized graphics and performance tuning for smooth gameplay.

🛠 Technologies Used

Unity, C#, AdMob

📜 Description

A visually minimalist and engaging block collection game with dynamic mechanics and increasing difficulty.

• 🎮 Core Gameplay Mechanics: Collect blocks while navigating through obstacles. Designed for smooth controls and engaging mechanics.
• ⚡ Power-ups & Upgrades: Strategic power-ups enhance gameplay and provide exciting advantages.
• 🎨 Minimalist Graphics & UI: Clean visual style with a user-friendly interface for a seamless experience.
• 🕳 Dynamic Block Falling Mechanic: Implemented a custom shader-driven mechanic where blocks fall when they touch holes.
• 📈 Endless Level Progression: Infinite levels with increasing difficulty, ensuring long-term engagement.
• 📱 Mobile Optimization: Optimized for Android devices to ensure smooth gameplay.
• 💰 AdMob Integration: Rewarded video ads and banner ads for monetization without disrupting the player experience.