I have learned from Module 6
On each one of these technologies AI, AR, and VR are all different in their own way. AI is more for assistant for help on schoolwork. papers, directions, etc. AR (Augmented Reality) is similar to VR but can see things move in the real world rather than you experience it. Can use on visor or phone. VR (Virtual Reality) is experiencing a world feeling so real you don't realize you're in house. It uses a headset to track where you look and can interreact with stuff in VR.
My reflection on AI is that it can be helpful. I used it for the first in one of my classes in college. It is nice that it can help me with almost everything, but I shouldn't rely some much on it. AR, I haven't used this technology yet, but it seems like it can be helpful to see blueprint designers or house and etc. for your job. I don't know how it can help me now but it's cool. VR is awesome I remember the first time I used it and I was mind blowen. It felt so real like I was in another dimension, but it did hurt running into stuff that I forgot in the room. All these technologies are great, but I think VR is my favorite one and the coolest one.
The AI that was the best for me was Co-Pilot. I used Co-Pilot before for my last for my Writing 1 class helping me with my first draft of the arguementive essay. I didn't copy an essay already typed out from Co-Pilot. NO THAT IS CHEATING AND YOU DON'T LEARN ON HOW TO WRITE BETTER!!!π‘But I did ask for tips and let it read what I typed to show where to make improvements and the strengths I had typed in essay. Also Co-Pilot thanks me with my name and a happy face and having pictures like checkmarks. Lastly going back to old conversations Co-Pilot had that option and Perplexity I didn't see it anywhere. So, in my opinion Co-Pilot is a great AI tool and I had great conversations with it. ππ
Co-Pilot chat conversation I had:
Explain the concept of 3D printing in simple
terms, then provide a more detailed academic
explanation suitable for an undergraduate level
paper
Here’s a clear breakdown for you:
✅ Simple Explanation
3D printing is like making objects by stacking layers of material on top
of each other. Instead of cutting or shaping something from a big block,
a 3D printer builds the object from scratch, layer by layer, using materials
like plastic, metal, or even food. You start with a digital design, and the
printer turns that design into a real, physical object.
✅ Undergraduate-Level Academic Explanation
3D printing, also known as additive manufacturing (AM), refers to a
set of processes that create three-dimensional objects by sequentially
depositing material layer by layer, guided by a digital model. Unlike
subtractive manufacturing, which removes material from a larger block,
additive manufacturing builds components from the ground up,
minimizing waste and enabling complex geometries.
The workflow typically involves:
- Computer-Aided Design (CAD): A digital 3D model is created using CAD software.
- Slicing: The model is converted into thin cross-sectional layers using slicing software, generating machine-readable instructions (G-code).
- Printing Process: Material is deposited layer by layer. Common technologies include:
- Fused Deposition Modeling (FDM): Thermoplastic filaments are melted and extruded.
- Stereolithography (SLA): Liquid resin is cured using a UV laser.
- Selective Laser Sintering (SLS): Powdered material is fused using a laser.
- Post-Processing: Steps such as support removal, surface finishing, and heat treatment improve mechanical properties and aesthetics.
Applications span across aerospace, medical implants, automotive, and consumer
products, driven by advantages like rapid prototyping, customization, and reduced
material waste. However, limitations include slower production rates compared
to traditional methods, material constraints, and high initial equipment costs.
Would you like me to expand this into a full academic-style paper (with
introduction, body, conclusion, and references), or create a structured
outline for your paper?
You’re welcome, Emma! π Glad I could help. If you ever need more explanations,
outlines, or even a full paper draft, just let me know.
Perplexity conversation I had:
"Provide a list of 5 credible academic sources on 3D printing, including peer-reviewed journal articles, books, and reputable websites. For each source, please provide a summary and its relevance to 3D printing.
Below are five credible academic and professional sources on 3D printing, with brief summaries and notes on relevance.
Journal review: processes, materials, applications
Gibson, I., Rosen, D., & Stucker, B. (eds.). Various articles on additive manufacturing in Applied Surface Science Advances and Journal of Manufacturing Processes.
Summary: These review papers collectively describe main 3D printing processes (such as powder bed fusion and material extrusion), discuss polymers, metals, and composites used, and survey applications in sectors like aerospace, automotive, and biomedical engineering.
Relevance: Useful as a technical foundation for understanding how different 3D printing technologies work, which materials are suitable, and where they are applied in industry and research.
Journal article: materials and limitations
“Advancements and Limitations in 3D Printing Materials and Technologies” (2023, open-access review).
Summary: This article reviews recent trends in 3D printing with a particular focus on printable materials, including polymers, metals, and fiber-reinforced composites, and evaluates current limitations such as mechanical performance, print resolution, and scalability.
Relevance: Valuable for projects that need to choose appropriate materials or assess whether 3D printing is technically feasible for a given engineering application.
Journal article: impact on biotechnology
Gross, B. C., Erkal, J. L., Lockwood, S. Y., Chen, C., & Spence, D. M. “Evaluation of 3D Printing and Its Potential Impact on Biotechnology and the Chemical Sciences” (2014, ACS journal article).
Summary: This article outlines the history of 3D printing, reviews key printing methods, and showcases applications in biotechnology and chemical sciences, including custom lab equipment and tissue engineering scaffolds.
Relevance: Particularly useful if you are interested in 3D printing for lab, biomedical, or chemical applications, as it links the technology directly to experimental practice and research workflows.
Peer‑reviewed journal: 3D Printing and Additive Manufacturing
3D Printing and Additive Manufacturing (peer-reviewed journal, Mary Ann Liebert, Inc.).
Summary: This dedicated journal publishes academic and industrial research across the 3D printing field, including new processes, materials, design tools, medical and educational applications, and discussions of legal, economic, and environmental issues.
Relevance: Serves as an ongoing, high-quality source for up‑to‑date research articles, case studies, and conceptual papers on nearly every aspect of 3D printing and additive manufacturing.
Reputable overview website: additive manufacturing journals
“10 Most Important Additive Manufacturing Journals of 2024” on All3DP.
Summary: This curated article lists major journals focused on 3D printing and additive manufacturing and briefly describes their focus areas and publishing profiles.
Relevance: Helpful for identifying where to search for additional peer‑reviewed articles, selecting target journals for publishing, or building a reading list of leading outlets in the 3D printing research community.
WL10 Optimized image
was the most easiest assignment I
have ever done. Find an image optimize it and post it in Brightspace. I didn't complain though and I like the old photo I choose. It was so ago.
Doing the Dream Vacation in Animoto was actually super fun to do. I learned so much about new placeπ. I never had a dream vacation idea before just the idea of going somewhere in Italyπ. This was definitely a great assignment to do in this module. All the tools I learned over all the modules Canva, Camtasia, Animoto, & Blogger they were all such great tools I will use for the futureπ. One last tool I will learn and use for my final project is Wix. I'm super excited to use it and seeing the examples of the other student's final project I was in shock π². They looked like real websites. And I can't wait to get started on using Wixπ.
By Emma N
My participation was great especially doing the Animoto video. The video took me ages to do. I believe an hour or 2 but it was worth it and really fun. This class has been so great, and I expected there to be coding, or I would not enjoy doing this class at all when I first saw the name of class before the first zoom, we had. I don't really see for anymore improvement in participation I will do in the next module. I always do my best in each module and will do for the last and final module # 7. π
π
Other resources that helped me in this module:
There are some links to websites and videos in the slideshows.
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