Columbia University’s Computer Engineering program empowers students to innovate at the intersection of hardware architecture and software design. These project ideas cover microcontrollers, communication protocols, VLSI, and smart device integrations for real-world applications.
Home Automation System Using Arduino and IoT Sensors
FPGA-Based Image Processing for Edge Detection
Gesture Controlled Robotics Using Accelerometer and Bluetooth
Design and Simulation of a 32-bit RISC Processor
Smart Helmet with Accident Detection and Alert System
Low-Power Wearable ECG Monitoring System
IoT-Based Air Quality Monitoring with Cloud Storage
Face Recognition System Using Raspberry Pi and OpenCV
Design of an Efficient Cache Memory Architecture
Smart Energy Meter with Real-Time Usage Monitoring
Bluetooth Mesh Network for Smart Lighting Applications
VLSI Design for Low-Power Arithmetic Logic Unit (ALU)
Biometric Authentication Using Fingerprint and RFID
Secure IoT Framework Using Blockchain Technology
Voice-Controlled Home Automation Using NodeMCU
Edge AI Implementation on NVIDIA Jetson Nano
UART Communication Between Multiple Microcontrollers
Wireless Sensor Network for Industrial Applications
Performance Comparison of ARM vs. AVR Microcontrollers
Smart Traffic Signal System Based on Vehicle Density
Collexa assists students with embedded C, circuit simulation, PCB design, sensor integration, and hardware-software co-debugging for Capstone-level projects.
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