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Northeastern Projects
Thunderstruck
Overview
An interactive puzzle game designed for the Boston Children's Museum as part of Cornerstone 2. Players fit 5 pieces into Zeus's lightning bolt shape, and when completed, they receive a token representing the power of Zeus. The game features an interactive UI with hints, timer, and instructions, making it engaging for people of all ages.
Key Features
- Interactive Puzzle: Five-piece puzzle that forms Zeus's lightning bolt shape
- Photoresistor Detection: Uses photoresistors to detect when pieces are placed on the wooden grid
- Real-Time UI: Interactive interface showing hints, timer, and game instructions
- Arduino Integration: Arduino microcontroller processes sensor data and controls game logic
- Python Interface: Python-based UI connects with Arduino for seamless gameplay
- Multi-Age Appeal: Designed to be challenging yet accessible for both children and adults
Technical Details
- Developed from initial cardboard prototype with magnets to final wood grid design
- Implemented photoresistor sensors for piece detection
- Created Arduino-Python communication system for game control
- Designed and tested at Boston Children's Museum with positive feedback
- Players could replay multiple times to beat their best time
Embedded Design Spider Robot
Overview
Designed and built a six-legged hexapod robot using embedded systems principles, featuring servo motor control, microcontroller programming, and mechanical design.
Key Features
- Hexapod Design: Six-legged robot with articulated leg joints
- Servo Motor Control: Multiple servo motors for precise leg movement and positioning
- Microcontroller Integration: Central control board managing all motor operations
- Embedded Programming: Real-time control algorithms for walking and movement patterns
- Mechanical Design: Custom frame and leg structure for stability and mobility
Technical Details
- Implemented servo motor control using embedded microcontroller
- Designed walking algorithms for coordinated leg movement
- Integrated power management and wiring systems
- Developed real-time control software for robot locomotion
Password Generator
Overview
Developed a secure password generation system with customizable parameters and cryptographic security features.
Key Features
- Customizable Parameters: Configurable password length and character sets
- Cryptographic Security: Secure random number generation for password creation
- User Interface: Intuitive interface for password generation
- Security Analysis: Password strength evaluation and validation
Technical Details
- Implemented secure random number generation algorithms
- Designed password strength evaluation metrics
- Created user-friendly interface for password generation
- Validated security and randomness of generated passwords