Computer Science

Bachelor’s

student studying computer monitor

Highlights

 

100%

Graduate placement

Cutting Edge

Esports arena and VR equipment

7+

Industry-recognized certifications

Be a leader in technology innovation

The Bachelor of Science in computer science at Trine University prepares you for a diverse range of professional opportunities in computing and technology fields through a rigorous and comprehensive education. You will also have the chance to boost your skills with a minor in one of several disciplines: artificial intelligence, data science, robotics, game design, esports and cybersecurity.

Explore Courses  Scholarships

Why Trine?

The Bachelor of Science in computer science at Trine provides you with access to hands-on experience with cutting-edge technology and software as early as your first year in the program. You will also benefit from the guidance of Trine's expert faculty, who bring real-world insights into the classroom. As a computer science student, you will learn from a comprehensive program grounded in a strong ethical foundation.

As a computer science student at Trine, you will have access to labs that house:

  • Top-of-the-line virtual reality and extended reality equipment
  • Seven computers featuring 4090 graphics cards and AMD Ryzen 9 7950X 4.5 GHz processors with Corsair DDR5 DIMM RAM, used to develop artificial intelligence that can guide naval vessels and predict flow patterns in large bodies of water

During your time as a computer science student at Trine, you will experience:

  • An induction into the Order of the Computing Professional
  • A fully-paid trip GRR Con Hacking Convention in Grand Rapids, Michigan

Trine offers a variety of courses for the Bachelor of Science in computer science to equip you with the skills for a broad range of professional fields.

  • Algorithm Design and Analysis: Analyze algorithms for asymptotic required memory and time. Implement stacks, queues, dictionaries, priority queues using arrays and linked lists. Apply recursion, backtracking and dynamic programming. Use classic strategies like greedy search and branch-and-bound. Use trees and graphs to solve problems. Explain theory of computation and complexity classes.
  • Software Patterns and Team Development: Learn the code development process using an object-oriented computer language in this project-oriented course. Identify activities of software project engineering. Write a formal requirements document. Perform object-oriented analysis of client requirements. Use UML class and sequence diagrams to support object-oriented design. Apply some software design patterns. Implement designed software in a team supported by a version-control tool. Use a professional-caliber GUI library to advantage.
  • Artificial Intelligence and Information: Become introduced to the field of artificial intelligence: LISP language, search techniques, games, vision, representation of knowledge, inference and process of proving theorems and natural language understanding.

You will have access to cutting-edge technology as early as your first year in Trine's Bachelor of Science in computer science. Through small class sizes, you will have the opportunity to create strong relationships with your expert faculty.

Trine's Bachelor of Science in computer science's curriculum allows for you to develop your skills further by pursuing a related minor: artificial intelligence, data science, robotics, game design, esports and cybersecurity.

Minors

Theoretical knowledge, practical application

At Trine, you will learn a variety of skills in the Bachelor of Science in computer science that translate into professional roles, advanced study and research opportunities. The curriculum balances theoretical knowledge and practical application, with an emphasis on the ethical and social implications of computing. This foundation, in addition to several firsthand experiences, will make you a multifaceted, necessary graduate in the workforce.

Trine graduates will be prepared for the following career possibilities:

  • Artificial intelligence
  • Data science
  • Game design
  • Robotics
  • Software development
  • Software engineering

Program Information

Degree

Bachelor of Science in Computer Science

Duration

120 credit hours

Level

Undergraduate

Campus Location

Angola, IN

School/College

Allen School of Engineering and Computing

Senior Design Projects

Leading technology, powerful equipment. Trine's senior computer science students showcase a culmination of their experiences and knowledge with a year-long design project.
three students view digital workflow system
1/8
This group created a GUI-based triage log parser with threat analysis and summary reports.
four students review an interactive dashboard
2/8
Sponsored by Franklin Electric, this cybersecurity initiative reduced vulnerability dwell time and enhanced visibility into unmanaged assets. The project improved global cyber hygiene and replaced manual tracking with automated workflows using the CrowdStrike ecosystem, including Fusion SOAR and Foundry. The system automated patch validation, enforced SLA compliance and integrated real-time "shadow IT" detection with ServiceNow and email. It closed security gaps while providing executive dashboards and technical playbooks for a proactive defense.
four students work on a smartwatch connected to a phone and laptop
3/8
This group developed GuardianLink, a health-monitoring system that enhances service dogs' life-saving capabilities for veterans with PTSD. The system links a wearable smartwatch to a haptic device in a dog's vest. By monitoring physiological vitals in real-time, it identifies biometric spikes indicative of an impending episode and triggers a vibration on the dog's vest. This ensures intervention even if the dog is asleep or at a distance. By providing a silent, immediate alert, GuardianLink allows service animals to mitigate episode severity at the earliest possible moment.
four students view trine patent website
4/8
Trine's InnovationOne is receiving more patent submissions than the current physical display hall can accommodate for, and Trine alumni lack an efficient method to submit their patents for inclusion. This group created a publicly accessible website utilizing a digital content management system and a custom database hosted on Digital Ocean, displayed through a touchscreen kiosk in the Hall of Innovation. This system enabled staff to easily manage and categorize patents while providing visitors with an organized, interactive and space-efficient means of exploring Trine's innovations.
four students view scanner on a projector
5/8
The increase in AI-generated code has introduced system-wide security risks, as developers are starting to bypass traditional code testing methods. This project proposed a web-based platform to mitigate these vulnerabilities through a dual pronged approach: gamified learning modules where users identify and refractor insecure to climb a leaderboard, and an integrated SAST code scanning interface which allows for direct scanning of code files for vulnerabilities in house.
four students test ar glasses
6/8
This group partnered with BAE Systems and Adaptive Adventures to build an AR hiking aid for visually impaired veterans. Using VITURE Luma Ultra XR glasses, the system detected obstacles like rocks, roots and terrain changes in real time. Then, it alerted the user through haptic gloves. The goal was to improve safety, confidence and independence on the trail.
four students view esports tracking website
7/8
Developed for Trine, this platform provided a comprehensive hub for tracking esports performance across 11 competitive titles, including Overwatch 2 and Rocket League. The site featured real-time player metrics, interactive leaderboards, team rosters and live tournament tracking via a responsive, card-based UI. Built with a mobile-first approach using HTML5, CSS3 and JavaScript, it integrated live Twitch streams and performance KPIs to showcase the program's achievements and facilitate team management.
three students view results of medical trainer
8/8
The XR CVC Trainer project used mixed reality technology and the Microsoft HoloLens 2 to create a self-guided training system for a common hospital procedure called central venous catheter placement. The system combined 3D models, hand tracking and physics-based interactions to let medical staff practice safely without risk to patients. This engineering solution provided flexible, on-demand training access, especially for night staff and clinicians working on the hospital floor.

 

Latest Computer Science News

Students leaning on computer towers, standing in front of large gaming screens

Trine esports repeats as conference champion

April 16, 2026

Trine University’s esports teams won the Block House Esports League MIAA competition Sunday, April 12, the first time Trine has secured the title in back-to-back semesters.

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