The document provides a comprehensive overview of the requirements and structure for a Bachelor of Science in Computer Science and a Computer Science minor, detailing necessary courses, credit requirements, and the importance of internships. It highlights the program's accreditation, expected outcomes for students, and the elective options in areas such as software development and cybersecurity. Additionally, it mentions the Upsilon Pi Epsilon honor society and outlines core coursework across four years, emphasizing preparation for various career paths in computing.

1. Query Individual Assignment
Prepare a query to report courses that need to be completed for
a Computer Science Minor, given a student ID.
Computer Science Minor
Students may minor in computer science by completing 18
credits of computer science courses. Those considering a minor
in computer science should seek guidance from the CS
undergraduate coordinator as early as possible. Students must
complete the following courses:
Required Courses
• CSCI 2210 - Java Programming
• CSCI 2212 - Intermediate C Programming
• CSCI 2226 - Data Structures and Algorithms
• CSCI 3326 - Algorithm Design and Analysis
• Plus two CS electives at the 350 level or higher
Computer Science, B.S.
Return to: Tagliatela College of Engineering
Program Coordinator: Alice Fischer, Ph.D.
The bachelor’s degree program in computer science is
nationally accredited by the Computing Accreditation
Commission of the Accreditation Board for Engineering and
Technology (CAC/ABET). Its objectives are to inform,
challenge, and train our diverse student body for a constantly
changing world of technology. This program develops a solid
body of knowledge and understanding of computer hardware,
software, and theory, as defined by the Association for
Computing Machinery (ACM) curriculum guidelines.
At the time of graduation, every student should have achieved
the following program outcomes:
· An ability to apply knowledge of computing and mathematics
appropriate to computer science.

2. · An ability to analyze a problem, and identify and define the
computing requirements appropriate to its solution.
· An ability to design, implement, and evaluate a computer-
based system, process, component, or program to meet desired
needs.
· An ability to function effectively on teams to accomplish a
common goal.
· An understanding of professional, ethical, legal, security, and
social issues and responsibilities.
· An ability to communicate effectively with a range of
audiences.
· An ability to analyze the local and global impact of computing
on individuals, organizations, and society.
· Recognition of the need for and an ability to engage in
continuing professional development.
· An ability to use current techniques, skills, and tools
necessary for computing practice.
· An ability to apply mathematical foundations, algorithmic
principles, and computer science theory in the modeling and
design of computer-based systems in a way that demonstrates
comprehension in the tradeoffs involved in design choices.
· An ability to apply design and development principles in the
construction of software systems of varying complexity.
· Have a substantial body of knowledge and understanding of
computer hardware, software, and theory, as defined by the
Association for Computing Machinery (ACM) guidelines.
The program consists of a required core that exposes students to
a wide range of computing and technology topics, including the
study of databases, hardware, networks, programming, software
design, and security. Advanced courses and the senior design
project are selected from one of several areas: software
development, web and database applications, mobile
applications, cyber forensics, or cyber security.
Typical initial job titles include applications developer,
software engineer, digital forensic examiner, cyber security
analyst, or security engineer. Later titles might be system

3. analyst, team leader, software consultant, or system
administrator.
Internship Requirement
An internship enriches the academic experience of the student,
providing exposure to a working computing environment and
the interpersonal relationships of a workplace. Each internship
is a partnership between the student and an employer or
organization, with oversight by the academic advisor. Students
must complete 60 credits toward the bachelor’s degree before an
internship is attempted. To complete the internship, a student
must perform at least 200 hours of relevant computer or
network-oriented work, submit an essay about the experience,
and submit evaluations completed by both the student and the
work supervisor. The internship requirement may be satisfied
through employment, community service, or some other activity
that is approved by the student’s advisor.
UPE Honor Society
UNH has a chapter of the national honor society for computer
science, Upsilon Pi Epsilon. Outstanding juniors and seniors
are invited by the chapter to join this organization and
participate in its service projects.
Required Courses
A total of 127 credits, including the University Core
Curriculum, is required for the degree of bachelor of science in
computer science.
Freshman Year
· ENGL 1105 - Composition
· ENGL 1110 - Composition and Literature
· HIST 1101 - Foundations of the Western World
· or
· HIST 1102 - The Western World in Modern Times
·
· MATH 1117 - Calculus I

4. · MATH 1118 - Calculus II
· CSCI 1110 - Introduction to C Programming
· CSCI 1166 - Discrete Mathematics for Computing
· CSCI 2210 - Java Programming
Sophomore Year
· CC 1.2 Communication core elective
· CC 4.2 Citizenship core elective
· CC 5.2 Global Perspective core elective
· CSCI 2212 - Intermediate C Programming
· CSCI 2215 - Introduction to Databases
· CSCI 2226 - Data Structures and Algorithms
· ELEC 1155 - Digital Systems I
· CC 2.1 Laboratory Science I
· Laboratory Science II
· Business Elective
Junior Year
· CC 6 Aesthetic Responsiveness
· CSCI 2214 - Computer Organization
· CSCI 2216 - Computer Organization Lab
· CSCI 3316 - Social & Professional Issues in Computing
· CSCI 3320 - Operating Systems
· CSCI 3326 - Algorithm Design and Analysis
· CSCI 3347 - Network Essentials and Technologies
· ENGL 3300 - Writing Proficiency Assessment
· CSCI Security Elective
· CSCI Junior/Senior Elective
· Mathematics Elective
· Elective
Senior Year
· CSCI 3398 - Computer Science Internship
· CSCI 4497 - Software Project Analysis and Design
· CSCI 4498 - Senior Software Project
· CSCI 4536 - Structure of Programming Languages

5. · CSCI 4547 - Systems Programming
· Two CSCI Senior Electives
· Mathematics or Science Elective (4 credits)
· Mathematics or Science Elective (3 credits)
· Two Restricted Electives
Definitions of elective categories
· CSCI Junior/Senior Elective: any CSCI course with a number
above 3000.
· CSCI Senior Elective: any CSCI course with a number above
4000.
· CSCI Security Elective: CSCI 4446 or CSCI 4534 .
· Laboratory Science I, II, and Science Elective: a laboratory
science course that is intended for scientists or engineers.
· Mathematics Elective: a mathematics course beyond the level
of MATH 1118 Calculus II, or EASC 3345 Applied Engineering
Statistics or ELEC 3320 Random Signals.
· Business Elective: one of the following:EASC 2232 , ECON
1133 ,ECON 1134ACCT 1101 , MGMT 2210 , or BUSL
1101 .
· Restricted Elective: any course approved by the advisor that
supports the student’s academic focus.
· Elective: any college course that is beyond the level that is
considered remedial in this program, and does not duplicate
material of another required or elective course. Remedial
courses are those below the level of ENGL 1105, MATH 1117,
CHEM 1115, PHYS 1150, and BIOL 2253.