Widener University

What you'll study

This programme provides a foundation in computer science and information systems while allowing specialisation through elective choices and project work. Typical modules include:

• Programming and Data Structures: introductory and intermediate programming (often in languages such as Python, Java or C++), algorithms and data structures.
• Software Engineering: software development lifecycle, object-oriented design, testing, version control and team-based development projects.
• Databases and Information Systems: relational databases, SQL, data modelling, and principles of information management.
• Computer Networks and Systems: networking fundamentals, operating systems, system administration and cloud basics.
• Cybersecurity fundamentals: principles of secure systems, threat models, basic cryptography and security practices.
• Data Science and Analytics: introductory statistics, data visualisation, and applied analytics techniques.
• Special topics and electives: areas such as artificial intelligence, human–computer interaction, mobile and web development, and embedded systems depending on elective choices.
• Capstone Project / Practicum: a year‑long or semester project in which students apply learned skills to a real-world problem, often in partnership with a company or faculty research group.

The curriculum typically combines major requirements with Widener's general education courses to develop communication, teamwork and problem-solving skills. Lab work, group projects and internship or co-op experiences are emphasised to ensure graduates have practical, work-ready skills.

Entry requirements

Applicants should hold a high school diploma or equivalent with a record of strong performance in mathematics. Typical academic preparation includes coursework in algebra, geometry and preferably pre-calculus or calculus. Prior experience with programming is advantageous but not always required.

• Academic qualifications: successful completion of secondary education with evidence of quantitative strength; for transfer applicants, college transcripts showing satisfactory performance in relevant coursework.
• Recommended subjects: mathematics (calculus or pre-calculus), physics and any computer/programming courses available in secondary school.
• Standardised tests and English language: Widener may consider standardised test scores where applicable; international applicants will need to demonstrate English proficiency by accepted tests or other evidence.
• Additional materials: personal statement or essay, letters of recommendation and a résumé or description of relevant extracurricular activities (such as coding clubs, competitions or informal projects) can strengthen an application.

Meeting minimum entry criteria does not guarantee admission; selection also considers fit, motivation and preparedness for a computing programme that includes collaborative and practical elements.

Career prospects

Graduates of the Computer and Information Sciences programme are prepared for a range of technical and applied computing roles. Common career paths include:

• Software developer or engineer
• Systems or network administrator and engineer
• Database administrator or data analyst
• Cybersecurity analyst or IT security specialist
• Web and mobile application developer
• IT consultant or technical project coordinator

Many graduates also pursue further study in specialised masters programmes (for example computer science, cybersecurity or data science) or professional certifications. The programme’s emphasis on internships, coop placements and capstone projects helps students build industry contacts and a portfolio of practical work that employers value.

Why study at Widener University

Widener offers a learning environment with relatively small class sizes, close faculty mentorship and an emphasis on experiential learning. The university maintains laboratory facilities and computing resources that support hands‑on practice in programming, networking and systems administration.

• Experiential opportunities: project-based courses, capstone teams and internship/co-op options connect classroom learning to employer needs.
• Faculty support: faculty with both academic and industry experience provide guidance on technical skills, research projects and career planning.
• Industry connections and location: proximity to the Philadelphia metropolitan area provides access to internships, employers and regional technology networks.
• Interdisciplinary options: students can combine computing study with business, engineering or liberal arts electives to broaden career flexibility.

Overall, Widener’s programme is well suited to students seeking a practical, career‑oriented computing degree with opportunities for applied projects and direct engagement with employers.