C++

I was first introduced to C++ in my first semester here at UMICH.

• Date: October 2018
• Relevant Coursework
  • EECS 281: Data Structures and Algorithms
  • EECS 280: Programming and Introductory Data Structures
  • ENGR 101: Introduction to Programming

Matlab

I began to work with Matlab when I was introduced to in in my first programming class at the University.

• Date: September 2018
• Relevant Coursework:
  • ENGR 100: Self-Driving Cars, Drones, and Beyond: An Intro to Autonomous Electronic Systems
  • ENGR 101: Introduction to Programming
  • MATH 215: Multivariable Calculus

Visual Studio/Code

I use both Visual Studio and Visual Studio Code

• Date: January 2019

Java

Java was the first language I learned!

• Date: September 2015
• Relevant Coursework:
  • Advanced Placement Computer Science (in high school)
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Microsoft Office

I am comfortable using Microsoft Excel, Word, Outlook, and Powerpoint.

Git

I am comfortable using Git for version control.

Python

Although I was never formally taught Python, I learned quite a bit online (Codecademy and Coursera).

• Date: January 2020
• Relevant Coursework:
• EECS 388: Introduction to Computer Security

Analyzing a Structure

September 2018

• Become familiar with variables, matrices, indexing, functions, and unit testing in MATLAB.
• Analyze the stability of an underground structure based on possible values of several design parameters.

Dealing with Radiation

October 2018

• Use MATLAB to process images through vectorization, logical indexing, and the use of built-in functions, especially to do signal and image processing.
• Process radiation data from the scanning system and generate images to help inform patients of current conditions
• Develop an algorithm to identify potential tumors in brain scans as part of a medical imaging program for early detection of radiation-linked cancers.

Siting a Wind Farm

October 2018

• Work with data in files, automating an analysis, and producing a set of graphs to support analysis.
• Evaluate a potential wind farm location by calculating whether the location passes all of the assigned constraints.
• Produce a clear and detailed figure that summarizes each of the environmental conditions at the single potential wind farm location.

Braking Coefficient

November 2018

• Practice if/else statements and nested loops
• Create a landing scenario program that calculates a passenger shuttle's optimal braking coefficient, and braking distance given different system parameters
Close Project

Spaceport Reviews

November 2018

• Use file I/O, functions, strings and vectors in C++
• Write a program that evaluates each hotel review and categorizes them as truthful or deceptive

gLyft

December 2018

• Practice file I/O, functions, loops, and data structures (vectors and structs)
• Find the shortest path from each planet to the next within gLyft driver's range

Statistics

January 2019

• Read in numerical data and provide a statistical summary
• Use vectors and file I/O and implement unit testing to catch bugs

Computer Vision

February 2019

• Read in an image and resize or distort it based on user input. Save output as a new file.
• Use matrices and implement a driver.

Euchre

March 2019

• Implement the game of Euchre!
• Use classes to represent cards and players.

Calculator

March 2019

• Use linked lists and various functions associated with them
• Implement the big three
• Read user input or file in reverse polish notation to calculate the result

Machine Learning

April 2019

• Implement binary search trees, maps, and various sorting and searching algorithms
• Classify piazza posts into different categories by finding key words in a training set and storing the data to use on test posts

Treasure Hunt

September 2019

• Implement breadth first search and depth first search using a queue and stack respectively.

The Walking Deadline

October 2019

• Implemented various types of priority queues (Binary, Sorted, Pairing Heap).
• Use std::priority_queue<> to decide which zombies to shoot in order to stay alive the longest.

Log Manager

November 2019

• Selected appropriate data structures for a given problem. Evaluated which was best for performance
• Created an interactive program that allowed users to search error list based on keyword, timestamp, or matching criteria.

Gotta Catch 'Em All!

November 2019

• Implemented Prim's Algorithm for creating an MST.
• Developed a fast and effective branch and bound algorithm.
• Create solutions to solve the TSP problem near optimal and optimal.