DAY 1
Despite having previous experience in a biomedical engineering lab 2 summers ago, my first week of my senior research project was rather eye opening to the idea of what research actually entails; as well as, how different this experience would be compared to my overall high school experience.
On my way to ASU the first day, in the passenger seat of my sister's car, I found myself very concerned about my project. I understood the details of my project, but I felt flustered that I didn't have a well set out plan for it. Usually a task oriented and efficient individual, I was worried that there was no exact method in my mind to accomplish my goal. So I had to take a step back, take a breather, and re-evaluate my goals.
Firstly, I told myself I had to acknowledge that I knew very little about electrochemistry and the screen printing process (compared to everyone else in the lab). And that I must be ok with that. Secondly, I knew I needed to familiarize myself with the research and understand, in depth, what electrochemistry and screen printing was. Thirdly, to not overwhelm myself with my project goals, I needed to plan mini goals within my project to help me answer my overall project question.
So this week, I set out with the mindset to accomplish those three tasks to be able to learn more vigorously in the lab. My first two mini goals were quite easy to accomplish. It didn't take long for me to admit my lack of knowledge in the field. And it also didn't take me long to discover what I needed to do to get rid of this lack of knowledge. My solution: my on-site mentor Dr. LaBelle and the library.
After emailing my concerns to Dr. LaBelle, he and I sat down in his office as he went through an electrochemistry 101 power point slide with me. At the end of the power point slide he then recommended which text book to check out and gave me a little homework. Yes, homework. Even during the Senior Research Project, one can't evade homework. I was to run a cyclic voltammogram (CV) and Ampomettric i*t (Amp i*t) on 3 solutions. He also gave me great advice to head by for the rest of my internship with him, "the best way to learn is to read a little and then go do it!" And so I went straight to the Noble Science and Engineering Library and got Electrochemistry by Carl Hamann, Andrew Hamnett, and Wolf Vielstich to start introducing myself to the world of electrochemistry.
DAY 2
Day 2 was definitely less stressful than the first. I had a set plan for that day to learn the basics of screen printing electrodes with one of Dr. LaBelle's students. Overall, I came to a very important conclusion: screen printing was exactly like baking. For those of you who don't know me, I'm a bit of a baking fanatic. So the comparison between screen printing electrodes and baking helped me understand the process more. With each layer I had to put on, I had to bake it for an hour, with a total of 4 parts.
Although I want to go into more detail of the screen printing process, I'll leave that for a different blog to give the process the spot light it deserves. This is because it requires more of an explanation than the general comparison I gave to you about baking.
After the 101 lab on screening printing electrodes, I headed to the library, of course, to read my text book. As well as figure out how I'm going to complete the homework Dr. LaBelle gave me for next week.
DAY 3
I worked a total of 3 days this week to complete my required 15 hours for my senior research project. Although I left off the previous day at the library, I started off this day at the library. Soon after I met with Dr. LaBelle again, where he spontaneously asked me if I wanted to learn about electroplating cooper and gold. Confused, I just nodded my head because it sounded cool. I found out, through Wikipedia of course, that electroplating is a process where metal cations are dissolved by electric current so that they form a metal coating around an electrode. I know this may sound intimidating, but I realized it actually fits into my project on screen printing. Because I'm screen printing electrodes!
An then everything finally made sense to me about why I'm doing a senior research project.It is about embracing the things you have no knowledge on, learning a little about it, and re-doing that process over and over again.
OVERVIEW
I know I started off skeptical in the beginning of the week, but at the end of the week I grew more and more excited to see what a new day would bring at Dr. LaBelle's lab. I'm already so thankful that he took me into his lab, and has me working with extremely intelligent, and wonderful individuals.
I promise I'll upload the screen printing process in another post-- I have lots of pictures I took of it. As well as fill you in on how electroplating is going. Until next time guys.
- Tina Smith
ReplyDeleteTina I'm so glad it sounds like you are having a great time! I am really
excited to hear about the screen printing process, as I have many questions on
that! Could you explain what exactly screen printing electrodes is, or what the
the purpose of it is? Thanks! Can't wait to read more!
Hi Tina,
ReplyDeleteSounds like a great first week! If you can, add some pictures of what you are doing to your blog.
Great job!
Mr. Bloom
It sounds like you've had a busy week! Naturally. I have some questions. Can you explain what screen printing is generally? I'm literally imagining a "screen" (I'm picturing this as some kind of thin film) being magically placed on top of my iPhone right now.
ReplyDeleteTina....you are off into areas about which you will become my teacher! I have no idea about any of these concepts, so I am eager to learn from you and fascinated by your project already. I liked your baking analogy. If you achieve competence in screen printing that even remotely approximates your competence in baking, then you will have made a major accomplishment. Enjoy your second week.
ReplyDelete