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With finals right around the corner, I’ve been thinking about how much I’ve grown during my time in college. Every experience—good or bad—has taught me something valuable and helped prepare me for what’s ahead. I’ve built skills in problem-solving, communication, and time management, and I’ve learned the importance of staying adaptable and open-minded.

Looking forward, one of my main goals is to continue growing both personally and professionally. Whether it’s through starting a new job, pursuing further education, or taking on new challenges, I’m excited to apply what I’ve learned in meaningful ways. I want to keep pushing myself, learn from every opportunity, and stay committed to becoming the best version of myself.

This next chapter is full of possibilities, and I feel ready to take them on with confidence and purpose.

Worker safety plays a crucial role in preparing for real-world jobs, especially in environments where hazards are part of the day-to-day. Knowing how to respond in potentially dangerous situations is essential—not just for personal protection, but for keeping everyone around you safe as well.

This experiment gave us a valuable opportunity to apply that mindset. It placed us in a simulated hazardous situation, challenging us to think critically, assess risks, and come up with solutions on the spot. It was more than just a test—it was a hands-on experience that taught us how to stay calm under pressure and take the right steps to prevent accidents or injuries. Learning how to identify problems and respond quickly is a skill that’s just as important as any technical training when it comes to working in real-life job settings.

I always knew 3D modeling was used to create digital representations of objects, but actually working with it—especially while building a LEGO model—helped me appreciate its full potential. From architecture to game design, it’s a powerful tool for visualizing and solving real-world problems.

Creating the LEGO model gave me hands-on experience with spatial thinking, precision, and problem-solving. It turned what I once saw as just a technical skill into a creative and rewarding process, and it boosted my confidence in using 3D modeling for future projects.

Connecting a light bulb with cables gave me a hands-on way to understand how electrical circuits work. Seeing the bulb light up helped me visualize the flow of electricity and how components like the power source, wires, and switch all play a part. It made concepts like voltage, current, and resistance feel much more real.

I had some basic knowledge of circuits going in, like how to connect a battery to a motor and identify components like resistors and switches. But doing it myself gave me more confidence and helped solidify what I’d learned in a practical, memorable way.

Working with laser engraving gave me a deeper appreciation for precision and design. Watching the laser etch patterns into different materials helped me understand how controlled energy and digital instructions work together to create detailed results. It also taught me the importance of calibration, speed, and material compatibility.

While I already had some experience with design software and creating vector files, laser engraving pushed me to consider how different materials react and how settings affect the final product. It was a hands-on way to connect my digital design skills with real-world outcomes.

When I did the experiment of supporting a bottle using only paper and pegs, it gave me a hands-on understanding of structural engineering and construction principles. It was eye-opening to see how much planning goes into building stable structures with limited resources. By carefully folding, layering, and positioning the paper, I managed to distribute the bottle’s weight and keep the structure from collapsing. The activity clearly demonstrated key ideas like load distribution, tension, and compression—concepts that apply to construction at any scale.

Before this, I had a basic understanding of how to build simple structures using everyday materials and the role of balance, leverage, and strength. But putting these ideas into action made a big difference. It challenged me to think creatively and apply engineering concepts in a practical way. The experiment made those theories feel more real and showed how even basic materials can be used effectively when approached with the right strategy.

When people think of community engagement in college, they often picture big school events or packed auditoriums. And while those can be great, that’s not where I found my place.

For me, community has come through the smaller, more everyday moments—like club lacrosse practices (won the NCLL Keystone Championship) , showing up to support fraternity and sorority fundraisers, and just being present in the spaces where people are doing what they love. I might not have made it to all the major campus events, but I’ve still built connections that mean a lot to me.

Being part of these smaller circles has shown me that engagement doesn’t always have to be loud or formal. Sometimes, it’s just about showing up, supporting your peers, and being part of something that brings people together. That’s where I’ve found the real sense of community.