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Powering Academic Ambitions

Welcome to the Coil Gun Project, where academic passion meets innovative engineering. Discover our journey in creating cost-effective coil guns and how we aim to inspire future engineers.

Objectives

1. Design and complete robotic and embedded
systems solutions that apply to real-world
situations and challenges.
2. Implement a simple microprocessor using
digital logic design.
3. Demonstrate embedded system design
skills, including, but not limited to,
microcontroller selection, schematic design,
printed circuit board layout, design for
electromagnetic compatibility and design
for manufacturing.
4. Apply knowledge of transducers, actuators
and simultaneous hardware and software
development in the design of an embedded
system.
5. Design and analyze real-time embedded
systems, including advanced digital logic
design, signal processing and highspeed
digital systems.
6. Implement and evaluate algorithms and
methods enabling autonomy in a mobile
robot

By creating a product that can be more easily purchased and worked on, it will open a path for other engineers and inventors to innovate further. It would not longer be a feat in of itself to acquire a working model to eb studied and used in personal work.

Our Work

Our Achievements

By the Numbers

Projects Completed

Basic Dungeons and Dragons Website 

Dungeons and Dragons Soundboard App 

A few projects created by me in the pursuit of becoming more versed in various fields on top of robotics and engineering. d

Students Engaged

20

Children mentioned in the later volunteer hours which were fully immersed in learning more about STEAM based on the activities setup for them personally. 

Workshops Held

8 workshops

teaching essential skills and concepts in robotics, fostering creativity, teamwork, and practical learning in students.

Hours Volunteered

100 hours

Time spent teaching children between the ages of 5-12 about STEAM and how it can be used in the real world. 

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