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UT Austin Computer Science Acceptance Rate – Admission Statistics and Application Tips

Hannah TomisinJanuary 8, 2024

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Are you a computer science student and you are interested in UT Austin computer science acceptance rate? At the University of Texas at Austin, there is an excellent chance to study computer science. This indicates that a large number of applicants are competing for a small number of openings for admission. Every year, UTCS receives a record number of applications from outside Texas as well as from overseas. Follow us as we dive into UT Austin computer science acceptance rate and its admission requirements.

UT Austin Computer Science Acceptance Rate

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In 2010, the number of applicants to Computer Science has increased dramatically. In fall 2022, it is feasible that over 10,000 students applied for approximately 600 spots, assuming a similar rate of increase.

It is reasonable to predict that, starting with first-time freshmen candidates in fall 2022, fewer than 10% of UT Computer Science applicants will be admitted. As a result, UTCS is comparable to some of the most prestigious schools in the country.

Boosting your chances of being admitted to UT Austin’s computer science program

A track record of involvement in computer science-related pursuits is what reviewers are looking for. They may choose carefully who they accept because so many students apply. While prior knowledge in CS, programming, or robotics is not required to get admitted, it is very beneficial.

In actuality, today’s teenager has far more possibilities because they have access to a ton of free or inexpensive independent study time and resource options. It is imperative that you distinguish yourself from the many applicants who the admissions office sees—people who are highly competent.

While some candidates may be doing incredibly cool things, they may struggle to elaborate on their activities in their resumes, expand on their interests in their essays, and demonstrate how computer science is a good fit for them.

Just as in any other program, evaluators are searching for students who are eager to learn, self-starters, and capable of working both individually and in groups. Reviewers are interested in knowing that you can’t picture doing anything else than spend your free time investigating and fiddling only because it will improve your chances of getting admitted.

Successful applicants in computer science come in a wide variety of forms, and the majority won’t have the conventional extracurricular activity list, volunteer experience, or leadership experience on their resume.

Generally speaking, independent study will always appear more remarkable than joining a group or adding to a project that has already been started.

What You Could Write About in Your Extended CV, UT Short Answers, and Apply Texas Essay

While this is by no means a comprehensive list, it should offer you some ideas for what to include in your own portfolio based on what previous successful applicants have submitted. You must be as specific as you can while discussing:

Which applications and programming languages are you familiar with?
Which learning resources you’ve used and what level of proficiency (elementary, intermediate, proficient, expert) you currently possess?
Any self-developed apps, games, or projects.
Roles in leadership in minority or specialty populations, such as Hispanic robotics teams or women in STEM.
Advanced mathematics such as differential equations and linear algebra that go beyond high school calculus.
Extracurricular STEM activities include Science Olympiad, Robotics, Technology Student Association, Intel ISEF, and so on.
If you want to give reviewers the opportunity to look at your work—which they won’t always—consider giving a link to your own website.
If you worked with a professor on research, include information about any pending publications, the journal, and whether you were the only author or co-author.
Internships without pay or paid jobs with startups or IT businesses.
Your university credits, open-source courses, or certificates, together with an estimate of how many hours it took to complete.
Related volunteer work or community service (e.g., developing a non-profit website, a record-keeping program for an animal shelter, building and maintaining a mailing list, etc.).
Competence in graphic design, video editing, cryptocurrencies, digital publishing, SEO, internet marketing, architecture, engineering, and statistics software, music creation, and 3D printing.
Unconventional pursuits that hold significance for you but may not be known to your critics.
Particular situations or challenges you’ve faced, such as not having AP Computer Science at your school, not being able to connect with mentors who have relevant experience, forming your own club, or not having internet at home for example.

For those activities or hobbies that most interest you, think about giving at least some space in your essays to explaining why you find them intriguing, how they contribute to the development of your present and future academic and professional objectives, and why your major decision is a good fit for you.

You should also talk about why UT-Austin in particular is a great fit for you.

Relevant UT Courses, Student Organizations, and Research Opportunities in Computer Science and Robotics

One of the most well-liked academic specialties is robotics. It doesn’t precisely fit into a single area due to its interdisciplinary character. Instead of studying computer science, robotics students can be interested in mechanical engineering.

This is a list of appropriate opportunity that you should consider carrying research on and using into your admissions essays:

Engineering Chamber Orchestra (EChO)
Student Engineering Council
Society of Asian Scientists and Engineers
American Society of Mechanical Engineers
American Red Cross Club at The University of Texas at Austin
IEEE Robotics and Automation Society
Engineers Without Borders
Women in Engineering

RESEARCH:

GENERAL UNDERGRADUATE COURSES IN ROBOTICS

M E 350R. Robot Mechanism Design
M E 360C. Cyber Vehicle Systems
M E 372J. Robotics and Automation
M E 340. Mechatronics
M E 140L. Mechatronics Laboratory
M E 348E. Advanced Mechatronics I
M E 348F. Advanced Mechatronics II
M E 360C. Cyber Vehicle Systems
M E 374D. Automotive Engineering Laboratory

MECHATRONICS PATHWAY

Required Courses

ME348C Introduction to Mechatronics I
ME348D Introduction to Mechatronics II

ADDITIONAL COURSES (CHOOSE ONE) (OTHER COURSES APPROVED BY AREA FACULTY MEMBERS)

ME364L Automatic Control System Design
ME372J Robotics and Automation
ME379M Theory and Design for Mechanical Measurements
EE445L Embedded Systems Design Lab

Program for Accelerated Transfer in Computer Science at UT Austin (ATP)

UT-Austin announced a pilot program for ATP, the sole direct-admission pathway into computer science, which will begin for fall 2021 enrollment. They appear to have increased the offering to substantially more students for fall 2022. It appears that a small number of Texas residents who placed in the top 6% but were not granted admission to CS have the chance to finish three core CS courses freshman year and are assured of being admitted as sophomores.

Why certain students are offered this program while others are not is yet unknown. It makes one think of PACE, where a small number of applicants are offered the chance at random without the institution disclosing the specifics of who is being targeted. It is believed that UT has certain requirements (academics, diversity, first-generation, and/or low-income) for the people they accept.

The new ATP program will likely make internal or external transfers more challenging, unless UT CS is also greatly increasing the number of students it can accept. This is concerning because the program already struggles with overcrowding in classes and some students not being able to get the ones they need. Without a strong STEM résumé and straight A’s in highly competitive STEM courses, it is nearly hard to transfer into UT CS. It doesn’t seem like you can appeal for or request admission to this program.

Options for Computer Science Study in the College of Natural Sciences

Many UT departments have themes relating to automation, robotics, data analysis, electronics, game design, and many other broadly connected subjects of computer science, or they offer interdisciplinary curricula. If computer science seems too competitive to you or if your interests are more focused, consider comparable degrees such as:

Cockrell Computational Engineering (emphasis on data analysis and algorithms)
Cockrell Computer and Electrical Engineering (emphasis on hardware)
Cockrell Mechanical Engineering (emphasis on robotics and mechatronics)
Cockrell Aerospace Engineering (emphasis on drones and unmanned flight)
McCombs Science and Technology Management (STM)
McCombs Management Information Systems (MIS)
College of Fine Arts, BS in Arts and Entertainment Technology
College of Natural Sciences, BS in Applied Mathematics or Actuarial Sciences
College of Natural Sciences, BS in Physics or Chemistry on the Computation stream
College of Natural Sciences, BS in Computational Biology
Majoring in anything else and pursuing an 18-hour Computer Science Certificates on the following topics: Applied Statistical Modeling, The Elements of Computing, Scientific Computations and Data Sciences.
Bridging Disciplines Program Certificates in Design Strategies, Digital Arts and Media, Smart Cities, Innovation/Creativity/Entrepreneurship.

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