At Duquesne University, the Bachelor of Science (B.S.) in Computer Science program
offers a comprehensive degree in computing theory and applications of computer science.
Throughout the program, you'll have opportunities to study different programming languages
and take courses in machine learning, security, computer graphics and artificial intelligence,
for example. With a strong emphasis on both theory and practical application, you'll
develop the skills needed to design innovative software solutions and tackle complex
computational problems.
Duquesne's program goes beyond just technical knowledge, integrating courses in mathematics,
science, professional development, and communication to provide you with a well-rounded
education. Small class sizes ensure personalized attention from expert faculty who
are dedicated to your success. Additionally, the university's location in Pittsburgh,
a hub for technology and innovation, offers ample opportunities for internships and
networking with industry leaders.
Duquesne University's B.S. in Computer Science program covers a broad range of topics
including programming, algorithms, data structures, computer architecture, software
engineering, and computer networking. Graduates are well-equipped for careers in various
sectors including technology, finance, healthcare, and more, as well as for further
academic pursuits in computer science or related fields.
Frequently Asked Questions (FAQs) about Computer Science
Computer science is the study of computers and computational systems. It involves
the theory, experimentation, and engineering that form the basis for the design and
use of computers. Computer scientists work to understand and solve complex problems
using computational processes.
A degree in computer science provides a gateway to numerous career opportunities spanning
various industries. Among the most common career paths for computer science majors
are Software Developer/Engineer, Data Scientist/Analyst, Cybersecurity Analyst, Systems
Administrator, Network Engineer, Database Administrator, Artificial Intelligence/Machine
Learning Engineer, Software Quality Assurance (QA) Engineer, Web Developer, and Computer
Science Educator/Researcher.
You can expect to learn a variety of programming languages, including Python, Java,
C/C++, and Assembly Language.
Remember that the programming languages you learn in a computer science program are
just tools to help you understand fundamental concepts and problem-solving techniques.
The ability to learn new languages and adapt to different technologies is an essential
skill for a computer scientist!
Absolutely! Pursuing graduate studies after completing a bachelor's degree in computer
science is a common and highly recommended path for many students.
If you're interested in conducting advanced research or pursuing academic careers,
a Ph.D. in computer science may be a suitable option.
Alternatively, you can pursue a master's degree in computer science, which offers
specialized coursework, advanced topics, and opportunities for research and thesis
projects.
YES! Our department offers a combined B.S./M.S. Computer Science program designed to accelerate
your education and career. You'll benefit from a curriculum that integrates theoretical
foundations with hands-on experience in areas like cybersecurity, artificial intelligence,
computer architecture and operating systems. Learn More
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Internship Opportunities
Internships play a crucial role in career development. In our program, you will have
access to a wide range of internship opportunities, spanning large and small companies,
non-profit organizations, and government agencies.
Student Organizations
Explore our diverse array of clubs and organizations spanning interests in computer
science and other STEM programs. With guidance from faculty advisors and staff, you'll
have the opportunity to meet students with similar interests, organize events and
make a positive impact in your community.
Sample Course Work
This is sample coursework for the Computer Science BS degree. Please note: Students
must receive a minimum grade of C or better in all of their COSC courses and may repeat
each COSC course at most one time. A withdrawal is not counted in determining the
number of repetitions of a course.
Fall Semester (16 credits)
Programming: Java
Discrete Math
Writing and Analysis
Essential Questions Seminar
Intro to Ethical Reasoning
Research & Info Skills
Spring Semester (16 credits)
Data Structures in Java
Calculus I
Writing and Literature
Social & Historical reasoning
Communication & Creative Expression
Fall Semester (16 credits)
Comp Org & Assembly Lang
Algorithms
Calculus II
STEM Communication
Cultural Fluency
Spring Semester (15 credits)
Operating Systems
COSC 200-400 Level Elective
MATH Elective (≥215 level)
Ethical Reasoning
Theology
Fall Semester (14/15 credits)
Professional Development Seminar
COSC 200-400 Level Elective
COSC 200-400 Level Elective
Intro Prob & Stats OR Intro Biostats
BIOL 111/L, CHEM 121/L, OR PHYS 211/L
Spring Semester (16/17 credits)
COSC 200-400 Level Elective
COSC 200-400 Level Elective
MATH or Science Elective
BIOL 112/L, CHEM 122/L, OR PHYS 212/L
Philosophy
Fall Semester (13 credits)
COSC 401, 410, 430, 445W, OR 460
COSC 400 Level Elective
MATH or Science Elective
General Elective
Experiential Learning course
Spring Semester (15 credits)
Comp Sci Capstone
COSC 200-400 Level Elective
COSC 400 Level Elective
General Elective
General Elective
Learning Outcomes
Write correct, efficient, high-quality code in a high-level programming language.
Analyze a complex problem amenable to automation and produce an effective software
solution.
Explain or write code related to a primary function of operating systems, such as
memory management or support for concurrency.
Communicate technical information effectively to either a technical or non-technical
audience.
Apply the entire software development process in a professional manner to a large
project.
Questions? Contact Us!
Initiate your journey into the Computer Science program today by reaching out to your
Curriculum Coordinator!
