NYU-Tandon-Bridge-Summer-2023-Max-Grove

Max Grove’s NYU Tandon Bridge Program Repository (Summer 2023)

Welcome to my repository [Link to course repository] for the NYU Tandon School of Engineering’s Bridge Program, completed in the summer of 2023. This intensive program is designed to equip students without a technical background with the foundational skills necessary for success in STEM graduate programs. This repository contains coursework, projects, exams, and a comprehensive study guide.

You can access the course materials [here]

Final Grade: A / Certificate with Distinction

Exam 1 Grade: 99 / 110
Exam 2 Grade: 92 / 100
Exam 3 Grade: 97 / 100
Exam 4 Grade: not released by instructors
Homework Grade: 99 / 100

Program Description

The NYU Tandon Bridge program is designed as an accelerated pathway for individuals looking to enter the field of computer science and engineering but lack the formal education or background. It covers a comprehensive curriculum ranging from discrete math to operating systems principles, all within a single semester. This repository not only showcases my work but also serves as a resource for future students and applicants to the NYU Tandon’s graduate programs.

Program Objectives

By the end of the program, I achieved:

A basic understanding of data representation and computational problem-solving.
Proficiency in developing algorithms and implementing moderate-sized programs in C++.
A solid foundation in object-oriented programming, data structures, and algorithm analysis.
Insight into operating systems, including processes, threads, and memory management.
An understanding of discrete mathematics and its applications in computer science.

Course Topics Covered

This repository includes materials, notes, and projects on the following topics:

Application, Network, and Transport Layer protocols
Data Structures: Arrays, Linked Lists, Trees, Stacks, and Queues
Programming Concepts: Functions, Recursion, OOP, Memory Management
Discrete Mathematics: Logic, Proofs, Induction, Counting, Sets, Probability
Algorithms: Analysis, Searching, Sorting, Complexity
Systems Programming: Processes & Threads, Thread Concurrency, Deadlocks
and many more. [Link to detailed topics]

I encourage discussions, questions, and collaboration. Feel free to fork this repository, star it if you find it useful, and reach out to me for any queries or discussions.

[My LinkedIn profile]

#NYUTandonBridge #ComputerScience #STEMGraduateProgram #DataStructures #Algorithms #OperatingSystems #DiscreteMath