

The Touch Cam showcases my CAD design skills and expertise as a bachelor's computer science student at Guru Nanak Dev Engineering Colleg, Bidar, India. With clear documentation and step-by-step instructions, users can quickly assemble the hardware components, install the necessary software, and start capturing stunning photos and creating time-lapse sequences. Easy Setup and Configuration: Setting up the Touch Cam is straightforward, requiring minimal technical expertise.Custom CAD Redesign: The custom CAD redesign not only enhances functionality but also ensures a sleek and functional design, accommodating the touch display, touch sensor, cooling fan, heatsinks, Raspberry Pi HQ camera module and Raspberry Pi within a compact and user-friendly camera enclosure.The cooling system prevents the Raspberry Pi from overheating during extended usage, providing reliable performance and stability even in demanding situations. Cooling System: The Touch Cam is equipped with a 5V cooling fan and heatsinks to ensure efficient temperature regulation.

The Touch Cam provides a web-based interface accessible from any device connected to the same network, allowing users to remotely control and access the camera's functionalities for capturing photos, recording videos, and creating time-lapse sequences.

This project combines the power of Raspberry Pi with a custom CAD redesign and an innovative touch interface, allowing users to conveniently capture photos, videos, and time-lapse sequences. The Touch Cam is a redesigned and enhanced version of the Pi Cam - A Raspberry Pi Desktop Camera Server, integrating a touch display and touch sensor for an intuitive and interactive user experience.
