B.S. Computer Science

Choose Regis

Within the context of social responsibility, Regis University’s B.S. in Computer Science (CS) degree exposes students to a broad balance of theory and practice. An extensive focus on the theoretical foundations, possibilities, and limitations of computation provides students with the ability to model and craft efficient computational solutions to problems. As graduates are expected to be proficient software developers, the CS degree also provides the greatest breadth and depth of experience related to software development, which includes the ability to utilize multiple programming languages, paradigms, and platforms when implementing the computational solutions they design.

A Leader in Information Technology Education

The B.S. in Computer Science degree is accredited by the Computing Accreditation Commission of ABET, a prestigious nonprofit accreditation body. Regis University’s College of Computer & Information Sciences is the only institution in the country whose Bachelor of Science in Computer Science degree is both accredited by ABET and also can be earned completely online (or on campus in Denver, Colorado).

A Faster Path to Success Through Combined Bachelor’s and Master’s Degrees

Technology students at Regis University have the opportunity to work on a B.S. in Computer Science degree in tandem with one of the Master of Science degree programs within our College of Computer & Information Sciences. Contact an admissions counselor at 800.944.7667 to learn how you can complete both degree programs at a faster pace and a more affordable cost. 

PROGRAM EDUCATIONAL OBJECTIVES

Program Educational Objectives (PEOs) are broad statements that describe what graduates are expected to attain within a few years after graduation. PEOs are based on the needs of the program’s constituencies and must be documented and measurable. The BS in Computer Science (CS) Program supports the following PEOs:

1.      Graduates will be knowledgeable and skilled CS professionals.

Our graduate’s knowledge spans the fundamentals of computer science, including an understanding of several advanced specialty areas. Our graduates have the technical knowledge and theoretical background in computing within a value-centered education.   Analytical problem solving, experiential learning, entrepreneurial techniques, and critical thinking are trademarks of our CS graduates.

2.      Graduates will exhibit high standards of professionalism.

Our graduates communicate clearly, work effectively as an individual or in a team, and take leadership roles within the profession.  Our graduates become contributors to the improvement and transformation of our society. 

3.      Graduates will embrace a professional code of ethics in their professional careers.

Our graduates understand the ethical, professional, and social responsibilities associated with their computer profession.  They recognize the social and global impact of their work.

4.      Graduates will adapt to the changing landscape of the CS discipline.

Our graduates are lifelong learners, updating their knowledge and skills regularly.  Some graduates pursue advanced degrees while others take advantage of professional development opportunities.

5.      Graduates are men and women committed to serving their community.

Our graduates apply analytic skills and knowledge to human needs and seek to preserve the best of the human heritage.  Our graduates develop skills and leadership abilities necessary for distinguished professional work and contributions to the improvement and transformation of society. 

Student Outcomes

Upon successful completion of this program, the graduate will be able to:

(1) Analyze a complex computing problem and to apply principles of computing and other relevant disciplines to identify solutions.

(2) Design, implement, and evaluate a computing-based solution to meet a given set of computing requirements in the context of the program's discipline.

(3) Communicate effectively in a variety of professional contexts.

(4) Recognize professional responsibilities and make informed judgments in computing practice based on legal and ethical principles.

(5) Function effectively as a member or leader of a team engaged in activities appropriate to the program's discipline.

(6) Apply computer science theory and software development fundamentals to produce computing-based solutions.

   

Graduate & Enrollment Numbers

Traditional	2010-2011	2011-2012	2012-2013	2013-2014	2014-2015	2015-2016
Graduates by academic year	5	4	8	6	9	10
Enrollment by academic year	27	40	41	50	55	58

Post-Traditional	2010-2011	2011-2012	2012-2013	2013-2014	2014-2015	2015-2016
Graduates by academic year	33	28	29	33	45	49
Enrollment by academic year	330	387	481	604	662	684

Total Computer Science Degree Requirements: 128-133 credit hours

Combined bachelor’s and master’s degrees: 152 credit hours

Undergraduate core requirements: 45 credit hours

Foundational course requirements: 35 credit hours

Upper division course requirements: 30 credit hours

Optional Mathematics minor: 12 credit hours

General electives: 11 credit hours (if minor is completed); 18 credit hours (if minor is not completed)

Printable Fact Sheet: To download a printable fact sheet with details about required classes, admissions requirements, and start dates, visit our fact sheet library. Please note: The best source for the most current information is an admissions counselor.

Program Requirements

General Core Studies (46 credit hours) Including:
MT 320	Discrete Mathematics
	Natural Science with lab (4 credit hours)
Foundational Major Courses (26 credit hours)
CS 210	Introduction to Programming
CS 310	Data Structures
CS 324	Algorithms and Complexity
CS 390	Principles of Programming Languages
Platform-Based Development & DB Requirement
CS 336	Web and Database Applications OR
CS 338	Mobile and Enterprise Computing
Mathematics Requirements (8 credit hours)
MT 360A	Calculus I
MT 360B	Calculus II
Lower Division Elective (3 credit hours)
Upper Division Major Courses (39 credit hours)
CS 431	Operating Systems Design/Analysis
CS 440	Computer Architecture
CS 444	Software Engineering
CS 475	Computation Theory
CS 479	Ethical Leadership in Computer Science
CS 469	Distributed Systems
CS 493	Senior Capstone
Intelligent Systems Requirement
CS 464	Artificial Intelligence: Neural Networks  OR
CS 473	Artificial Intelligence
Upper Division Mathematics (8 credit hours)
MT 415	Linear Algebra
MT 472	Probability and Statistics
CS Upper Division Elective Concentration (9 credit hours) Students must complete 9 credit hours of electives selected from one of the Concentrations listed below:
Computer Science Concentration
CS 421	Data Science
CS 433	Computer Systems Security
CS 445	Database Management
CS 450	Data Networks
CS 465	UNIX Operating System
CS468	Advanced Unix
CS 490	Independent Study in Computer Science
CS 492	Special Topics in Computer Science
CS 498	Internship
Computer Information Systems Concentration
Nine credit hours of Computer Information Systems course work selected in consultation with your academic advisor
Information Technology Concentration
Nine credit hours of Information Technology course work selected in consultation with your academic advisor
Natural Science Requirement (3 credit hours)
Natural Science (optional lab)
General Electives (6 credit hours)
Total Degree Requirements = 120 credit hours
CC&IS General Core Studies Details (46 credit hours)
Oral and Written Communication (9 credits):
Regis courses: *RCC 200, *RCC 420J, COM 210, COM 211, COM 406, COM 437, COM 455, EN 203, EN 325, EN 475, EN/PL 482,  *RCC 200--Writing Analytically and RCC 420J--Justice and the Common Good.
Engagement with Literature and Arts (6 credits):
English, humanities, fine and performing arts. Regis Courses: any 300-400 EN, all HU courses, all COM courses excluding COM 210, COM 211, COM 406, and COM 437 ‡HU 366--Leading Lives that Matter
Language and Global Awareness (6-8 credits):
Modern languages, classical languages, archeology, history, political science, economics, geography, and social science. Regis courses: *RCC 410E, COM 400, COM 412, CR 466, EC 335, EC 400, CIV 410, CIV 420, HS 240E-W, HU 435E-W, HU 421E-W, SO 204, SO 340, SO 341, SO 472, IRSH 410E-W, RC 311, RC 458, RC 459)  *RCC 410E--Global Environmental Awareness
Understanding Human Behavior, Diversity, and Culture (6 credits):
Anthropology, economics, education, history, political science, psychology, criminology, peace and justice studies, sociology, social work, or women’s/gender studies. Regis courses: *RCC 400D, CIV 410, CIV 420, CIV 430, CIV 440, COM courses (excluding COM 210, COM 211, COM 406, and COM 437), all EC, all ED, all HS, all PY, all SO courses, all CR courses. HIM 432 Leadership & Management required in the HIM program. *RCC 400D--Diversity and Cultural Tradition
Quantitative Literacy (4 credits):  CS specific
MT 320 Discrete Mathematics
The Natural World (4 credits): CS specific
Must include lab e.g. biology, chemistry, physics ....
Philosophical Inquiry and Reflection (6 credits):
Philosophy, ethics. Regis courses: RCC 430M, all PL courses HCE 435 Ethics in Healthcare required in the HIM program *RCC 430M - The search for Meaning
Exploring Religious Traditions (6 credits):
Religious studies, Theology. Regis courses: all RC, all RS courses *Students enrolled in traditional, semester-based daytime programs are required to complete these courses to fulfill core requirements. ‡Students enrolled in online and ground-based courses in the 5-week or 8-week format are required to complete this course to fulfill their core requirement.

To download a printable fact sheet with program details, click here.

How to Apply

Take the next step in your Regis experience and connect with a Regis admissions counselor for information and assistance.

Apply Now

Students with prior college credit, military credit, professional licenses or certificates or several years of work experience may be able to translate this experience directly into college credit. 

Your admissions counselor will help evaluate your prior learning credit, provide information regarding financial aid and tuition assistance, recommend courses and help you get started with the application process.

Applicants seeking a bachelor's degree from the College of Computer & Information Sciences must possess:

• A high school diploma or equivalent (from a regionally accredited high school) AND
• Transferable credit from a regionally accredited college or university AND
• Evidence of work experience

Application Process:

1. Complete the online undergraduate application.
2. Complete the personal statement essay. A short personal statement is required to be considered for admission. Download a copy of the personal statement guidelines.
3. Request official transcripts from accredited institutions that you have previously attended. Download the transcript request form. Official transcripts are those that come directly from one college or university to another college or university. Official transcripts must be received no later than 30 days after the date of application. If not received, course registrations will be suspended.
4. Additional admission requirements apply to international students who are non-U.S. citizens.

Please remember: Applications that are incomplete and/or missing information will NOT be processed.
Apply a minimum of 14 days before the start of classes to ensure optimal course selection. Visit the academic calendar to view start dates.

Non Degree-Seeking Applicants Submit the Following:

• Complete the online non-degree application
• Possess a high school diploma or equivalent
• Possess transferable college credit from a regionally accredited college or university
• Provide evidence of work experience
• No official transcripts are necessary. The writing skills placement essay is not required.

Applications due two weeks prior to start date. Visit the academic calendar to view start dates.

Tuition

Visit our Cost of Tuition page to see the tuition and fee schedule.