Exploration Sessions
Thursdays, 5:30-6:30 in room JHN 102.
Each week we will offer a different opportunity to explore extra topics in
computer science. Attending these sessions will not affect your grade but
they will be a good way to learn about how the course material connects to
larger world of Computer Science and Inforamtion Technology.
Week 9: Shells and Shell Scripting - Thursday, March 12 from 5:30-6:20 in JHN102
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Have you ever seen hackers typing away at all black screens with blinking green cursors in a movie?
Hopefully CSE has changed your perspective of programming, but there are still useful
tools like this which computer scientists use every day. One of the 143 TAs, Tore Hanssen, will
give an overview of the bash shell and shell scripting.
Topics will include basic file system navigation, writing, compiling, and running java
from the command line, and an introduction to automating tasks via shell scripting.
Week 8: Machine Learning - Thursday, March 3 from 5:30-6:20 in JHN102
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A quick introduction to the fundamental concepts of machine learning. Machine learning involves identifying patterns in large datasets, and using these patterns to understand new and unforeseen situations. Topics will focus on decision trees and neural networks and how they can apply to college admissions and handwriting recognition.
Week 7: Web Pages: HTML and CSS - Thursday, February 26 from 5:30-6:20 in JHN102
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Ever wondered exactly what goes into building websites? Remember using <b> and <i> to style your MySpace pages back in the day? There is a lot more to it than that, and in this session, Andrew Blackwood, a 143 TA, will talk about how HTML and CSS make up the content and style of webpages.
Week 6: Third Party APIs - Thursday, February 19 from 5:30-6:20 in JHN102
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Getting a couple of integers from System.in or parsing a file on your computer isn't bad, but how do we access the rest of the publicly available data in the world in real time? CSE 143x TA, Roee Avnon, will explore how to use Third-Party APIs (Application Programming Interface) to get massive amount of real-time, real-world data to create truly interactive applications.
Week 5: Computational Biology - Thursday, February 12 from 5:30-6:20 in JHN102
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143 TA Karan Singh will discuss a few ways computer science is used in tandem with biology. We'll see how researchers use the BLAST algorithm to find similar sequences of DNA, touch on the potential of biological circuits, and explore how machine learning can help predict the onset of diseases such as Alzheimer's.
Week 4: Industry - Thursday, February 5 from 5:30-6:20 in JHN102
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Want to hear about what it is to develop software in the industry? Come hear a panel of current 142/143 TAs talk about their experiences at a variety of places including Google, NASA, Fred Hutchinson Cancer Research, and Palantir Technologies. We'll talk about:
- Howthe computer science industry integrates with other disciplines
- The difference of working at a small company vs. a large one
- Developing software that works at a large scale
- The different types of problems that can be solved by the computer science field
- Anything other questions you can think of
Week 3: Python - Thursday, January 29 from 5:30-6:20 in JHN102
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Python is an extremely easy to use and powerful language with many applications, and this exploration session will be going into basics on some simple things to do with it, and additionally some discussion on modern uses of the language. Python is an example of functional programming, somewhat different than the object-oriented programming that the 142/143 classes have been focusing on with Java.
Week 2: RSA Encryption - Thursday, January 22 from 5:30-6:20 in JHN102
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How do we protect the information that we share on and over the web? In this week's Exploration Session, CSE142 TA Derek Coley will speak about encryption and the math that underlies it. We'll see how some properties of prime numbers and the mod operator enable secure communication, via public key encryption.
Week 1: Binary - Thursday, January 15 from 5:30-6:20 in JHN102
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Computers can only understand binary, but we write Java, a programming language that looks a lot
like english. This week we'll talk about how computers represent different types of data,
complex information, and instructions with just 1s and 0s.