
Daily Journal
Day 1: 6/3/19
Waited in the lobby of building one of Hondros College of Nursing for my employer, Angela Turner, RN, to pick me up. We exchanged greetings when she arrived and she led me to her office. She explained what she does here and what she had to do today. We had to prepare sim labs for the nursing students. This involved giving medical mannequins IVs, wigs, tracheal tubes, fake cuts with fake blood and gauze, cleaning them, and resetting them. When the class arrived, I was introduced to other faculty members and sat in on the class. I then sat in on Professor Turner as she voiced one of the medical mannequins in a SimLab. This is where nursing students interact with the mannequins as if they were real life patients. We finished the SimLab and continued the lecture until I had to leave. Total Worktime: 6 hours.
Day 3: 6/5/19
Today I arrived an hour early and around the same time as the professor. We went to her office and proceeded to prep the day's simulations for the nursing students. We dressed and redressed certain mannequins. We prepped their arms for IV labs. We then broke for lunch. I left an hour early as the professor had to go to a conference in Cincinnati. Total Worktime: 6 hours.
Day 5: 6/12/19
Today I arrived around 9. They did skill test checks for individual medical students. We set about prepping more sim labs and then inventoried the medical supply closet. I counted and opened a lot of packages. I sat in on a few lectures. Went home. Total Worktime: 6 hours.
Day 7: 6/14/19
Arrived 2 hours later than normal at 11 am. Sat in on a lecture and watch a special simulation. This simulation was longer than normal and covered the admission process and the birth of a child. They call the mannequin "SimMom". Basically I watched a mannequin give birth. Then I helped Professor Turner deliver stuff and clean the lab. Then I went home at 4. Total Worktime: 5 hours.
Day 9: 7/9/19
Arrived around 9 as usual. Prepped a mannequin for a simulation (this included adding a beanie, arm band, and IV pull. Also cleaning his nose from sticky gunk). Helped create fake labels and fixed errors with white out. Proceeded to fill up simulated packets with distilled water for future sims. Sat in on two lectures and one simulation. Total Worktime: 8:15 hours.
Day 11: 7/11/19
Arrived on time at noon. Supervisor was forty minutes late due to dead car battery. Re-assembled dry injectipads. Total Worktime: 8:15 hours



















Day 2: 6/4/19
I arrived and headed straight for Professor Turner's office. We began prepping more mannequins for more SimLabs. A single nursing student arrived to make up missed classes. Professor Turner turned on an educational video for the student and I sat in on it for a while. I then continued helping Professor Turner. The rest of the class arrived and Professor Turner and I could not prep the mannequins while the students were there. We sat in on their lecture and then headed to another building to check her mailbox. We came back and then she graded papers while I say in on the lecture. We are lunch and then supervised students during an exam. Then we headed back and continued prepping mannequins until I had to leave. Total Worktime: 6 hours.
Day 4: 6/11/19
Today I arrived and headed straight for Professor Turner's office. We sat in on lectures and I helped her prep more mannequins. Today we made fake poop and put it into an adult diapers for a simulation. We were then interviewed by Hondros College media people. We got our pictures taken and prepped more mannequins. Then we broke for lunch. After lunch, I helped her with more simulations and sat in on lectures. Then I left. Total Worktime: 6 hours.
Day 6: 6/13/19
Arrived an hour later than normal. They did skill test checks for individual medical students. We went to the other building and looked in her mailbox and for a certain staff member. We prepped sim labs. Then we had lunch. I sat in a lecture afterwards. I watched a simulation lab. Went home. Total Worktime: 6 hours.
Day 8: 7/8/19
Arrived around 9 as usual. Printed papers, relabeled manilla folders, wrote on the whiteboard, got out supplies for a new class coming in later that day. Set out sharps containers for IV practice. Went home at three. Total Worktime: 6:15 hours.
Day 10: 7/10/19
Arrived ten minutes early at 10:50. Sat in on lecture. Stapled many handouts for nursing students. Sat in on lecture. Went to lunch. Came back, set up simulation. Unfolded/broke down cardboard boxes. Washed pocket nurse "injectipads" and "popped their pimples." Left at 7:15. Total Worktime: 8:15 hours

















Clara Schulze
Digital Portfolio
Communication
STEM Foundations
Communication is one of the 5 Qualities. The 5 Qualities are 5 words that every student strives to be like at the Dayton Regional STEM School. The 5 Qualities are Creativity, Inquiry, Collaboration, Persistence, and Communication. Communication to me is talking through problems with others to create something or effectively explain something. I was never really all that swell at getting my point across. At one point in the beginning of the Plate Tectonics Project (PT Project) I tried to communicate to my partners that I wanted a bowl shape in our design. They had no idea what I was talking about and thus, the inside joke, “You’re talking bowls to me” was born. The joke essentially meant that what the person was saying didn’t make any sense. I never heard the end of it. But as we grew closer and understood each other more, we knew what the other was talking about without any problem. We only used the ‘bowls’ joke for people outside of our little group who didn’t know how to communicate their ideas properly. We also fought a lot, and grabbed things without permission because ‘the other person won’t be able to do it correctly’. You can see why this is a problem. Over the course of my 8th grade year, I feel I have grown in communication.
You can see in my STEM Foundations notebook (SF notebook) that we had many ideas. We thought about two blocks separating, but that wouldn’t have worked because that’s not how it is in real life, eventually, we got the final idea for stretching the crust. You can see all sorts of drawing ideas and sketches. We discussed together using a dry erase binder and marker how we wanted certain ideas to look and drew them down in our SF notebook. Of course, early on in the project, each idea had certain problems and we didn’t know how to solve them. Once we had an exchanging of ideas with other groups, we worked with different designs. We listed pros and cons for each idea and ways to solve the cons. Once we had settled on an idea we started on our MAYA model.
A MAYA model is a digital 3D representation of our physical 3D model. Basically, it’s a computerized model made in a 3D program. You can make sorts of things in there and professional animation designers use just the same software (not all of them, obviously, but a bunch). We started our MAYA model barely knowing how anything worked, with a brief explanation of how everything worked. We had to make triangles in our model which was difficult, but we talked together about different ways to try and do it and we asked Ms. Poppaw, our STEM Foundations teacher. STEM Foundations is class to prepare you for the future by focusing on skills such as organization, collaboration, etc. You work on big projects in this class and it’s very important for young students. We had trouble with making it move but we tried different ways and talked it out. Like making a cube and cutting it diagonally in half, and editing it by dragging out the vertices to where we wanted them. Vertices are the points at which each line on a shape connect; the corners essentially. Without vertices, there wouldn’t be any shapes, because the shape’s lines can’t connect. A cube is 3-dimensional square, like a box. In MAYA you can also do a thing called reflecting. Essentially, it works like this: pretend the line of reflection is a mirror, you simply just reflect it so it is the exact opposite of the original. Select a shape and click the reflect button and your line of reflection. Then the program automatically reflects it for you. Once finished and turned in, we moved from the MAYA model to our prototype.
Of course, we also used things like dry erase markers and surfaces to help our planning and plotting. It was a very helpful tool to immediately be able to erase and draw easily.
With our prototype, arose new problems. We didn’t know how to solve them so, once the critique session rolled around, we asked engineers or other people who had experience with what our project was doing. They gave us several ideas like using Velcro and we applied them to our final. We communicated fluently with each other and other people. Thinking back, at the beginning, we couldn’t have done that. This is a sign of growth.
Without communication, we wouldn’t have been able to work out our problems. We wouldn’t have been able to decide what to do. At the beginning of the project we were fighting and snatching things from each other’s hands. This isn’t very sportsman-like and if we were good communicators we could have just communicated our point across without snatching. At the end we were a well-oiled machine. I think this was due to mine and their increased growth of communication. I think MAYA and dry-erase markers really helped us communicate our ideas to each other better. Without these tools, I have a feeling we would never have achieved what we wanted; a good final, and great communication. With practice, we were able to improve in communication.






