# Mathematics & Computer Science

The Whitworth Mathematics & Computer Science Department offers a solid foundation in mathematics, statistics, computer programming, databases, networks and software engineering. Talented faculty in the department's interdisciplinary programs help students learn to apply mathematics and computing skills in the fields of natural science, business and industry, and the social and behavioral sciences.

Believing that God wants all individuals to strive to reach their full potential, department faculty challenge motivated students by providing them the opportunity to participate in activities that go beyond the traditional classroom experience. These involve state-of-the-art research and development, service-learning projects and teaching-assistant opportunities. Through theory, practice and the pursuit of knowledge, students develop the problem-solving skills that will help them succeed in their professions and in life. The learning outcomes of this major prepare the student to do the following:

##### Mathematics

- Demonstrate an appropriate level of problem-solving skills using analytical reasoning.
- Demonstrate proficiency in oral and written communication.
- Develop necessary skills for ongoing learning.
- Understand the need for solid ethical decision-making. Consider how faith and/or worldview can inform one’s vocation and professional practices.
- Transition from concrete to abstract thinking according to the design of the undergraduate program in mathematics.
- Demonstrate proficiency with various technological tools.

##### Computer Science

- Demonstrate an appropriate theoretical foundation for computer science.
- Develop software-engineering proficiency.
- Cultivate problem-solving and critical-thinking skills.
- Reinforce interpersonal skills and effective teamwork.
- Demonstrate proficiency in communication skills – written, verbal, and presentation.
- Gain an international perspective and the ability to work cross-culturally.
- Understand the need for sound ethical decision-making and the social and legal implications of those decisions. Consider how faith and/or worldview can inform one’s vocation and professional practices.

### Computer Science Honors Program

The intent of the honors program is to provide motivated students with the social and academic activities necessary to foster their growth as individuals and their commitment to excellence and service to others. Students enrolled in the program must complete a major in computer science. To qualify for graduation as a Whitworth Computer Science Honors Program graduate, candidates must successfully complete the following requirements by the end of their senior year. Each requirement will be documented in the student’s portfolio.

- Apply for admission to the honors program after completing CS 172.
- Maintain an overall cumulative GPA of 3.5 or above.
- Complete the professional-learning requirement by fulfilling each of the following activities:
- Join either the Association for Computing Machinery or the IEEE Computer Society.
- Regularly attend ACM/IEEE Computer Society meetings.
- Participate in the planning and presentation of a minimum of two ACM meetings.
- Document meeting plans and presentations in the portfolio.
- Participate in ACM/IEEE activities (i.e. social events, special-topics seminars, etc.).

- Complete the service requirement by participating in at least one of the following areas:
- Teaching assistant for computer science courses
- Research assistant for a computer science faculty member
- Lab assistant for the general computing labs
- Technician for the Whitworth Computing Services Department
- Participation in related service-learning projects

- Satisfactory completion of an internship and/or research assistantship
- Completion and defense of a senior research project
- Completion of one semester of CS 499W, Research Methods

### Computer Science Courses

CS 110 Introduction to Computer Information Systems | 3 |

Basic concepts of computer hardware, software and information processing. Impact of computers on society and the ethics of information technology. Hands-on experience with operating systems, file systems, word processors, spreadsheets, databases and communication tools. Fall semester. | |

CS 125 Business Information Systems | 3 |

Introduction to business application software. Students will cover business application software concepts including Microsoft Excel, Access and very introductory macro programming for these applications. The course will start with advanced Excel topics, proceed to Access and finish with introductory macro programming concepts. Students will implement and present a business-related project using either Excel or Access. Fall and spring semesters. | |

CS 171 Computer Science I | 3 |

Introduction to problem-solving, abstraction and design using the C++ language. Special emphasis on development of algorithms and writing programs in a structured form. Recommended prerequisite: MA 108 or higher. Fall and spring semesters. | |

CS 172 Computer Science II | 3 |

Problem-solving, abstraction and design using the C++ language. Special emphasis on pointer variables, recursion, and file handling. Introduction to data structures (including stacks, queues, linked lists, and binary trees), classes, and object-oriented programming. Prerequisite: CS 171. Fall and spring semesters. | |

CS 273 Data Structures | 3 |

An introduction to stacks, queues, recursion, linked lists, trees, graphs, sorting, and searching. Emphasis on algorithm analysis. Prerequisite: CS 172. Fall and spring semesters. | |

CS 274 Ethical, Social & Legal Issues in Computer Science | 3 |

Students will research, discuss, and argue a variety of current ethical issues related to computer science. Students will also learn about the professional organizations' supporting computer scientists and understand each organization's code of ethics. Finally, students will understand how to be professionals in computer science. Prerequisite: CS 171. Spring semester. | |

CS 278 Computer Organization and Assembler Programming | 3 |

Computer organization and the structure of digital computers. Work in MASM assembler language programming on a PC computer. Prerequisite: CS 172. Fall semester. | |

CS 294 Career and Vocation Seminar | 1 |

Students in this course will learn about different career and vocational paths related to mathematics and computer science and go about pursuing a specific path. Further, students will explore how their own faith and worldview can interact with their discipline through vocation discussions. Spring semester. | |

CS 301 Internet Applications Development | 3 |

An information technology course designed as an introduction to the tools and methods of Internet applications development. Special emphasis on Internet programming languages and the design of interactive WWW documents. Prerequisite: CS 171. Also listed as FVNS 301. Jan Term, odd years. | |

CS 313 Networks | 3 |

Fundamental concepts of computer network theory, topologies, architecture, and protocol layers. Provides a foundation in current networking technology for local area networks, wide area networks, and the Internet. Prerequisite: CS 273. Fall semester, odd years. | |

CS 314 Microsoft Networks | 3 |

A network-systems technology course designed to provide students with the knowledge and skills necessary to complete day-to-day administrative tasks in a single domain or multiple domain Microsoft-based network. Students will learn how to install, configure, customize, optimize, troubleshoot, and support local- and wide-area network environments. Prerequisite: CS 172. Spring semester, even years. | |

CS 315 Distributed Scalable Computing | 3 |

Introduction to concepts of distributed and parallel processing paradigms. Project development using a variety of programming technologies. Development in Windows and Linux Operating Systems. Prerequisite: CS 273. Fall semester, even years. | |

CS 320 Quality Assurance in Software Development | 3 |

Students in this course will cover techniques in testing computer software. Topics will include: History of software and testing, ad-hoc testing methods, test plans, formal testing methods, automation and testing tools, and security testing. Students will have a firm foundation in testing as well as improved skills as software developers. Prerequisite: CS 172. Fall semester, even years. | |

CS 344 Human Computer Interaction | 3 |

An introduction to the human-computer interaction (HCI). Students will learn definitions of HCI, the history of computer user interfaces, interaction models, and user-centered design and task-analysis. Students will also learn the principles and guidelines for implementing user interfaces using dialogs, voice input, and multi-modal interfaces. Also listed as FVNS 344. | |

CS 355 Introduction to Bioinformatics | 3 |

This is an interdisciplinary course that integrates molecular biology, biophysics, statistics and computer science. The course provides an introduction to the computational tools, techniques and algorithms that are used by biologists, geneticists and computational chemists to gain a deeper understanding of the fundamental processes that govern biological organisms. Prerequisite: CS 172 recommended. Spring semester, odd years. | |

CS 357 Computer Graphics | 3 |

Hands-on experience with state-of-the-art computer graphics rendering and display techniques. Emphasis on texture mapping, ray tracing, and 2-D and 3-D object manipulation and animation. Prerequisite: CS 273. MA 330 highly recommended. Also listed as EP 357. Spring semester, odd years. | |

CS 359 Introduction to Technology & Culture: Study Abroad Program Preparation | 1 |

Required for those students taking part in CS 360: Technology & Culture: Study Abroad Program in Jan Term. In addition to preparing students to experience a foreign culture, this course studies technology from global, economic, religious, gender and intercultural viewpoints. The course serves to build community among the program participants and prepares them for international travel, intercultural sensitivity, and cross-cultural experiences. Taken in preparation for CS 360. Permission of instructor. Fall term, odd years. Also listed as CS 359. | |

CS 360 Technology & Culture: Study Abroad Program | 3 |

A Jan Term study program focusing on the interactions between technology and culture. Students will broaden their cross-cultural understanding by exploring the role of technology in another culture as well as the influence the culture has had on technology. Students will participate in university exchanges, visit vital industries, travel to important historical cultural sites, attend different churches, and engage in other rich cross-cultural experiences such as service projects. Prerequisite: CS 359. Destination country varies, e.g. Ireland/Britain, India, etc. Jan Term, even years. | |

CS 370 Programming Languages | 3 |

Concepts and paradigms of programming languages. Topics include: history of programming languages, language-design principles, syntax, semantics, data types, control structures, object-oriented languages, functional programming, logical programming, and parallel programming. Includes laboratory experience in comparing paradigms and behaviors of different languages. Prerequisite: CS 273. Fall semester, odd years. | |

CS 371 Windows Applications Development | 3 |

A foundation for developing conventional Windows applications using object-oriented and component-based programming techniques. Topics include component-based development, network applications, graphical user interface components, exception handling, and components for web applications. Prerequisite: CS 273. Jan Term, even years. | |

CS 372 Java Applications Development | 3 |

A foundation for developing conventional applications in the object-oriented Java programming language. Topics include Java programming constructs, multithreading, graphical user interface components, exception handling, and Java networking. Prerequisite: CS 172. Jan Term, odd years. | |

CS 373 Digital Logic Design | 3 |

Combinatorial and sequential logic circuit design and analysis. Hands-on experience with modern design tools, hardware description languages (e.g. VHDL), and FPGA devices. Topics include number systems, minimization, multiplexers, decoders, encoders, code converters, comparators parity, circuits, and shifters. Recommended: MA 278 and PS 153. Fall semester. | |

CS 374 Database Management | 3 |

Comprehensive introduction to design and development of databases and database applications. Combined approach of relational database theory and application development using popular database management systems. May also include current trends such as XML databases, data warehousing, and web interfaces. Prerequisite: CS 273. Fall semester. | |

CS 375 Mobile Application Development | 3 |

A foundational approach to developing applications for smart mobile devices, including smart phones and tablets. Students will learn what standard conventions are currently used (e.g. UI design principles) and how to address limitations of developing for mobile devices. Prerequisite: CS 172. Fall term. | |

CS 376 Technology Management | 3 |

The course examines theory and practice in management of information technology and software projects in internationally competitive organizations. Study includes leadership of cross-functional personnel and international teams, innovative strategies in technical "cultures", analysis of organizational structures, project marketing, quality assurance, and general project management. Prerequisites: CS 125 or CS 171, and must take BU 110. Fall semester, even years. | |

CS 390 Internship | 1-4 |

CS 390H Honors Internship | 1-4 |

CS 391H Honors Independent Study | 1-4 |

CS 392H Honors Foreign Study/Exchange | 1-17 |

CS 401 Computer Architecture | 3 |

Digital computer system design and analysis. Topics include: synchronous/asynchronous sequential machines, parallel structures, pipelining, and input/output. Includes laboratory experience in microprocessor design and architecture. Prerequisite: CS 373 required and CS 278 recommended. Spring semester. | |

CS 457 Artificial Intelligence | 3 |

Introduction to artificial intelligence concepts. Foundational theory includes intelligent agents, search, first-order logic, knowledge representation, planning, probabilistic reasoning, and genetic programming. Projects and programming of robotics as autonomous agents. Prerequisite: CS 273. Spring semester, even years. | |

CS 459 Managing Technology | 3 |

Examines information and skills needed by managers to make effective and informed decisions in regard to technological issues. Components will include technological literacy and innovations, as well as strategic technology management. For continuing studies students only. | |

CS 472 Software Engineering | 3 |

Designed as an intensive, project-oriented, senior capstone course. Topics include software system analysis and design, software project management and life cycle, software tools, documentation, and maintenance. Prerequisites: CS 273 and CS 374W. Senior class standing. Spring semester. | |

CS 473 Advanced Algorithm Design and Analysis | 3 |

Advanced study of the design and analysis of algorithms. Topics include advanced complexity analysis, advanced recursive algorithms, graph theory algorithms, optimization problems, algorithms related to number theory, and other contemporary topics. Analysis of problems associated with searching and sorting. Prerequisites: CS 273 and MA 278. Fall semester. | |

CS 475W Operating Systems | 3 |

Introduction to the theory of basic operating systems. Includes memory management, scheduling, resource management, synchronization, process and thread management, security, and concurrent processes. Prerequisites: CS 273 and CS 278. Spring semester. | |

CS 491H Honors Independent Study | 1-4 |

CS 496 Research Assistantship | 1-3 |

Opportunity to work closely with a professor on a research project. Prerequisite: CS 273. Periodic offering. | |

CS 499W Research Methods | 3 |

Examination of research methods and a foundation for the Computer Science research program. An opportunity to challenge the advanced and motivated student. Includes readings, dissemination methods research projects in current topics, and working closely with faculty in a mentoring relationship. Prerequisite: CS 172 or instructor permission. Fall semester. | |

### Mathematics Courses

MA 107 Basic Concepts in Modern Mathematics | 3 |

Mathematics for the liberal arts student. An introduction to contemporary mathematics and its role in society. Current and past applications of mathematics in the real world will be examined. Topics may include management science, coding information, geometric applications, and statistics. Fall and spring semesters. TI 83 or 84 calculator required. | |

MA 108 Finite Mathematics for Social Sciences | 4 |

A study of mathematical applications to business, economics, social sciences, and personal finance. Topics include mathematics of finance, systems of linear equations, matrices and linear programming. Prerequisite: MA 107 or 500+ SAT. Fall and spring semesters. TI 83 or 84 calculator required. | |

MA 150 Pre-Calculus | 4 |

Preparation for the calculus sequence. Solving systems of equations, exponential, logarithmic and trigonometric functions, and equations with applications in the social and natural sciences. Prerequisite: MA 107 or 500+ SAT. Fall and spring semesters. TI 83 or 84 calculator required. | |

MA 158 Calculus for Social Sciences | 4 |

Limits, rates of change, differentiation, graphing and optimization, integration, and business applications. Prerequisites: MA 108 or the equivalent of 550 or above on the SAT. Fall and spring semesters. | |

MA 171 Calculus I | 4 |

Functions, limits, continuity, differentiation, and anti-differentiation. Emphasis on solving problems numerically and graphically, as well as algebraically. Prerequisite: MA 150 or 600+ SAT. Fall and spring semesters. TI 83 or 84 calculator required. | |

MA 172 Calculus II | 4 |

Applications of integration, transcendental functions, techniques of integration, and infinite series. Prerequisite: MA 171. Fall and spring semesters. TI 83 or 84 calculator required. | |

MA 220 Structure of Elementary Mathematics | 3 |

This course is designed for the prospective elementary or middle school teacher. It focuses on development of number systems, vocabulary, and symbolism in the present-day use of arithmetic, algebra, geometry, and statistics. It applies toward the general-education math requirement for elementary-education majors only. | |

MA 221 Math for Elementary School Teachers I | 3 |

For the prospective elementary teacher, includes an introduction to problem solving, set operations and their application to arithmetic, numeration systems, arithmetic, algebra, and number theory as related to elementary school mathematics curriculum. Does not apply toward the math general education requirement except for candidates for elementary teaching certificates. Fall and spring semesters. TI 83 or 84 calculator required. | |

MA 222 Math for Elementary School Teachers II | 3 |

Course designed for future elementary school teachers. Covers topics of probability, descriptive statistics, geometry, measurement, and motion geometry. Does not apply toward the math general education requirement except for candidates for elementary teaching certificates. Prerequisite: MA 221. Fall and spring semesters. TI 83 or 84 calculator required. | |

MA 256 Elementary Probability and Statistics | 3 |

Descriptive statistics, probability, probability distributions, hypothesis testing, confidence intervals, correlation, and regression. Fall and spring semesters, and Jan Term. TI 83 or 84 calculator required. | |

MA 273 Calculus III | 4 |

Multivariable calculus, including partial differentiation, vector analysis, and multiple integrals. Prerequisite: MA 172. Fall and spring semesters. TI 83 or 84 calculator required. | |

MA 278 Discrete Mathematics | 3 |

A study of the foundations of mathematics (including sets, logic, relations, and functions), algorithms, combinatorics, and graph theory. Focus will be on developing logic and problem-solving skills involved in higher mathematics. Prerequisite: MA 171. Fall and spring semesters. | |

MA 281 Differential Equations | 3 |

A study of ordinary differential equations and their use in mathematical models in the physical, biological and social sciences, and in economics. Covers analytic and numerical solution techniques. Prerequisite: MA 273. Fall and spring semesters. | |

MA 294 Career and Vocation Seminar | 1 |

Students in this course will learn about different career and vocational paths related to mathematics and computer science and go about pursuing a specific path. Further, students will explore how their own faith and worldview can interact with their discipline through vocation discussions. Spring semester. | |

MA 317 Introduction to Complex Variables | 3 |

Introduction to complex numbers, analytic and elementary functions, and integration, series, residues and poles, and conformal mapping. Prerequisite: MA 273. MA 278 can also be taken as co-requisite. Spring semester, odd years. | |

MA 328 Math History Study Abroad Prep | 1 |

Required preparatory course for students planning on participating in the Jan term Math History Study Abroad Program. Includes background reading in the history of mathematics, information on specific sites visited while abroad, research for presentation to be given on site in Europe. Prerequisite: MA 172. | |

MA 329 Math History | 3 |

Study of the historical and cultural contexts of mathematics through readings, film and site visits in Europe. Prerequisite: MA 171, MA 172 & MA 328. | |

MA 330 Linear Algebra | 3 |

Vector spaces, linear transformations, matrices, determinants, Euclidean spaces, systems of equations, and eigenvalues. Prerequisite: MA 172. MA 278 strongly recommended. Fall and spring semesters. | |

MA 350 Numerical Analysis | 3 |

Elementary discussion of errors, polynomial interpolation, quadrature, linear systems of equations, solutions of non-linear equations. Numerical differentiation, integration, solutions to differential equations. Prerequisites: MA 273, MA 330, and CS 172. MA 278 strongly recommended. Spring semester, even years. | |

MA 352 Intro to Mathematical Biology | 3 |

This course covers the following areas of biology: population growth, neuroscience, epidemiology, predator-prey models, cardiac dynamics and selected special topics. Mathematical topics will include: discrete and continuous differential equations, nonlinear analysis, bifurcation theory. Prerequisite: MA 281. Jan term, odd years. | |

MA 357 Mathematical Statistics I | 3 |

A theoretical study of probability, random variables and their distributions, confidence intervals, and tests of hypothesis, and regression and correlation. Prerequisites: MA 256 & MA 273. Fall semester. TI 83 or 84 calculator required. | |

MA 358W Mathematical Statistics II | 3 |

A theoretical study of confidence intervals and estimators, test of hypothesis, ANOVA, regression and correlation, and non-parametric methods. Prerequisite: MA 357. Spring semester, even years. TI 83 or 84 calculator required. | |

MA 360 Number Theory | 3 |

Divisibility, congruence, prime numbers, Diophantine equations, quadratic reciprocity, and number theoretic functions. Emphasis on mathematics education and problem-solving. Prerequisites: MA 172 and MA 278. Periodic offering. | |

MA 365 Modern Geometry | 3 |

Sets and propositions, postulation systems, affine geometry, Euclidean, and non-Euclidean geometry. Required for high school mathematics teachers. Prerequisites: MA 171 and MA 278. Spring semester. | |

MA 390 Internship | 1-4 |

MA 390H Honors Internship | 1-4 |

MA 391H Honors Independent Study | 1-4 |

MA 392H Honors Study Abroad | 1-12 |

This course enables honors students who participate in regular study abroad programs to receive honors credit toward their program. This course concentrates on cultural competency and reflections on critical moments in their study abroad experiences. Letter-graded. | |

MA 410 Abstract Algebra I | 3 |

Logic, sets, relations, functions, groups, rings, fields, and vector spaces. Mathematics education and computing applications studied. Prerequisites: MA 172 and MA 278. Fall semester, odd years. | |

MA 411 Abstract Algebra II | 3 |

Rings, integral domains, homomorphisms, and fields. Emphasis on theory and proof. Prerequisite: MA 410. Periodic offering. | |

MA 430W Graph Theory and Combinatorics | 3 |

Study of paths and circuits, trees, planarity and duality, coloring of graphs, digraphs and networks, permutations and combinations, multinomial theorem, generating functions, principle of inclusion and exclusion, and recurrence relations. Prerequisites: MA 172 and MA 278. Spring semester. | |

MA 440 Introduction to Real Analysis I | 3 |

Sets and functions, properties of the real numbers, completeness axiom, elements of point-set topology, and sequences. Prerequisites: MA 273 and MA 278. Fall semester, even years. | |

MA 441 Introduction to Real Analysis II | 3 |

Limits of functions, continuity, differentiation, Riemann integration, and infinite series of numbers and functions. Prerequisite: MA 440. Spring semester, odd years. | |

MA 490 Internship | 1-5 |

MA 491H Honors Independent Study | 1-4 |

MA 496 Research Assistant | 1-3 |

Opportunity to work closely with a professor on a research project. Periodic offering. | |

MA 499W Research Methods | 3 |

Examination of research methods and a foundation for the Computer Science research program. An opportunity to challenge the advanced and motivated student. Includes readings, dissemination methods research projects in current topics, and working closely with faculty in a mentoring relationship. Prerequisite: CS 172 or instructor permission. Fall semester. | |

## Requirements for a Mathematics Major, B.A. (42-43) | ||
---|---|---|

MA 171 | Calculus I | 4 |

MA 172 | Calculus II | 4 |

MA 273 | Calculus III | 4 |

MA 256 | Elementary Probability and Statistics | 3 |

MA 278 | Discrete Mathematics | 3 |

MA 330 | Linear Algebra | 3 |

CS 171 | Computer Science I | 3 |

CS 172 | Computer Science II | 3 |

Five of the following courses: | 15-16 | |

Differential Equations | ||

Introduction to Complex Variables | ||

Math History | ||

Numerical Analysis | ||

Intro to Mathematical Biology | ||

Mathematical Statistics I | ||

Mathematical Statistics II | ||

Number Theory | ||

Abstract Algebra I | ||

Graph Theory and Combinatorics | ||

Introduction to Real Analysis I | ||

Introduction to Real Analysis II | ||

Advanced Algorithm Design and Analysis | ||

Research Methods | ||

Mathematical Methods I and Mathematical Methods II | ||

Note: MA-396 courses will apply toward this requirement. See advisor for details. | ||

For teacher certification: | ||

Modern Geometry | ||

Mathematics in Secondary School |

## Requirements for a Mathematics Major, B.S. (55-57) | ||
---|---|---|

All endorsements subject to change; see School of Education for updated requirements. | ||

MA 171 | Calculus I | 4 |

MA 172 | Calculus II | 4 |

MA 273 | Calculus III | 4 |

MA 278 | Discrete Mathematics | 3 |

MA 281 | Differential Equations | 3 |

MA 294 | Career and Vocation Seminar | 1 |

MA 330 | Linear Algebra | 3 |

MA 430W | Graph Theory and Combinatorics | 3 |

MA 440 | Introduction to Real Analysis I | 3 |

MA 441 | Introduction to Real Analysis II | 3 |

CS 171 | Computer Science I | 3 |

CS 172 | Computer Science II | 3 |

Four of the following upper-division courses: | 12 | |

Introduction to Complex Variables | ||

Math History | ||

Numerical Analysis | ||

Intro to Mathematical Biology | ||

Mathematical Statistics I | ||

Mathematical Statistics II | ||

Number Theory | ||

Abstract Algebra I | ||

Research Methods | ||

Mathematical Methods I and Mathematical Methods II | ||

Note: MA-396 courses will apply toward this requirement. See advisor for details. | ||

Two courses as follows: | 6-8 | |

Principles of Microeconomics and Principles of Macroeconomics | ||

General Physics I and General Physics II | ||

For teacher certification: | ||

Modern Geometry | ||

Mathematics in Secondary School |

## Requirements for a Mathematical Economics Major, B.A. (55) | ||
---|---|---|

MA 171 | Calculus I | 4 |

MA 172 | Calculus II | 4 |

MA 273 | Calculus III | 4 |

MA 256 | Elementary Probability and Statistics | 3 |

MA 281 | Differential Equations | 3 |

MA 294 | Career and Vocation Seminar | 1 |

MA 330 | Linear Algebra | 3 |

MA 357 | Mathematical Statistics I | 3 |

MA 358W | Mathematical Statistics II | 3 |

CS 171 | Computer Science I | 3 |

CS 172 | Computer Science II | 3 |

EC 210 | Principles of Microeconomics | 3 |

EC 211 | Principles of Macroeconomics | 3 |

EC 320 | Intermediate Microeconomic Analysis | 3 |

EC 321 | Intermediate Macroeconomic Analysis | 3 |

EC 402 | Econometrics | 3 |

Two of the following: | 6 | |

(CS 273, CS 374W and MA 390/490 are strongly recommended for students pursuing actuarial certification) | ||

History of Economic Thought | ||

International Trade and Finance | ||

Economic Development | ||

Data Structures | ||

Database Management | ||

Numerical Analysis | ||

Intro to Mathematical Biology | ||

Internship | ||

Internship |

## Computer Science Core Courses (27) | ||
---|---|---|

Required for the International Project Management, Business, Network Systems, and Computer Science Major, B.S. options. The Bioinformatics and Human Computer Interaction majors have different computer science core requirements. | ||

CS 171 | Computer Science I | 3 |

CS 172 | Computer Science II | 3 |

CS 273 | Data Structures | 3 |

CS 274 | Ethical, Social & Legal Issues in Computer Science | 3 |

CS 278 | Computer Organization and Assembler Programming | 3 |

CS 374W | Database Management | 3 |

CS 472 | Software Engineering | 3 |

CS 475W | Operating Systems | 3 |

One of the following: | 3 | |

Programming Languages | ||

Windows Applications Development | ||

Java Applications Development | ||

Recommended: | ||

Career and Vocation Seminar |

### Requirements for a Computer Science Major, B.A. (56)

## International Project Management Option | ||
---|---|---|

Computer science core classes | 27 | |

CS 376 | Technology Management | 3 |

BU 110 | Introduction to Business and Management | 3 |

BU 230 | Financial Accounting | 3 |

BU 311 | Principles of International Business | 3 |

MA 256 | Elementary Probability and Statistics | 3 |

SP 398 | Intercultural Communication | 3 |

Completion of an international study experience | 3 | |

Technology & Culture: Study Abroad Program (or other prior approved international education experiences such as semester-abroad or year-abroad programs, international internship experience.) | ||

A World Language & Cultures 201 course or demonstrated second-year language proficiency. | 4 | |

One of the following: | 4 | |

Pre-Calculus | ||

Calculus for Social Sciences | ||

Calculus I | ||

Recommended: | ||

Internet Applications Development | ||

Networks | ||

Managerial Accounting |

### Requirements for a Computer Science Major, B.A. (55)

## Business Option | ||
---|---|---|

Computer science core classes | 27 | |

CS 376 | Technology Management | 3 |

BU 110 | Introduction to Business and Management | 3 |

BU 230 | Financial Accounting | 3 |

BU 231 | Managerial Accounting | 3 |

BU 333 | Accounting Systems and Theory | 3 |

EC 210 | Principles of Microeconomics | 3 |

EC 211 | Principles of Macroeconomics | 3 |

MA 256 | Elementary Probability and Statistics | 3 |

One of the following: | 4 | |

Pre-Calculus | ||

Calculus for Social Sciences | ||

Calculus I | ||

Recommended: | ||

Internet Applications Development | ||

Networks |

### Requirements for a Computer Science Major, B.A. (55)

## Network Systems Option | ||
---|---|---|

Computer science core classes | 27 | |

CS 313 | Networks | 3 |

CS 314 | Microsoft Networks | 3 |

CS 315 | Distributed Scalable Computing | 3 |

CS 401 | Computer Architecture | 3 |

MA 256 | Elementary Probability and Statistics | 3 |

Three upper-division computer science courses | 9 | |

One of the following: | 4 | |

Pre-Calculus | ||

Calculus for Social Sciences | ||

Calculus I | ||

Recommended: | ||

Technology Management |

## Requirements for a Computer Science Major, B.S. (64) | ||
---|---|---|

Computer science core classes | 27 | |

CS 401 | Computer Architecture | 3 |

CS 473 | Advanced Algorithm Design and Analysis | 3 |

MA 171 | Calculus I | 4 |

MA 172 | Calculus II | 4 |

MA 278 | Discrete Mathematics | 3 |

MA 330 | Linear Algebra | 3 |

PS 151 | General Physics I | 3 |

PS 151L | General Physics I Lab | 1 |

PS 153 | General Physics II | 3 |

PS 153L | General Physics II Lab | 1 |

CS 373 | Digital Logic Design (Recommended for Computer Science majors) | 3 |

One of the following: | 3 | |

Networks | ||

Computer Graphics | ||

Artificial Intelligence | ||

One of the following: | 3 | |

Numerical Analysis | ||

Abstract Algebra I | ||

Graph Theory and Combinatorics | ||

Recommended: | ||

Elementary Probability and Statistics | ||

Calculus III | ||

Distributed Scalable Computing | ||

Research Methods |

## Requirements for a Bioinformatics Major, B.S. (68-69) | ||
---|---|---|

CS 171 | Computer Science I | 3 |

CS 172 | Computer Science II | 3 |

CS 273 | Data Structures | 3 |

CS 355 | Introduction to Bioinformatics | 3 |

CS 374W | Database Management | 3 |

CS 472 | Software Engineering | 3 |

CS 473 | Advanced Algorithm Design and Analysis | 3 |

MA 171 | Calculus I | 4 |

MA 172 | Calculus II | 4 |

MA 256 | Elementary Probability and Statistics | 3 |

MA 278 | Discrete Mathematics | 3 |

Math Elective | 3 | |

Differential Equations | ||

Graph Theory and Combinatorics | ||

BI 140 | General Biology I: Genes, Cells and Evolution | 4 |

BI 141 | General Biology II: Organismal Biology | 4 |

BI 363 | Genetics | 4 |

Biology Elective | 3-4 | |

Evolutionary Biology | ||

Molecular Genetics | ||

Intro to Mathematical Biology | ||

CH 161 | General Chemistry I | 3 |

CH 181 | General Chemistry II | 3 |

CH 271 | Organic Chemistry I | 3 |

CH 278 | Organic Chemistry II | 3 |

CH 401 | Biochemistry I | 3 |

Recommended Chemistry Courses | ||

General Chemistry I Lab | ||

General Chemistry II Lab | ||

Organic Chemistry I Lab | ||

Organic Chemistry II Lab | ||

Biochemistry I Lab | ||

Recommended Physics Courses | ||

General Physics I | ||

General Physics I Lab | ||

General Physics II | ||

General Physics II Lab |

## Requirements for a Human Computer Interaction Major, B.A. (53-54) | ||
---|---|---|

Computer Science core classes | 12 | |

Computer Science I | ||

Computer Science II | ||

Ethical, Social & Legal Issues in Computer Science | ||

Human Computer Interaction | ||

Computer Science Electives | ||

Choose 3 of the following: | 9 | |

Data Structures | ||

Internet Applications Development | ||

Quality Assurance in Software Development | ||

Windows Applications Development | ||

Java Applications Development | ||

Technology Management | ||

NOTE: With a CS Advisor's approval, other CS 396 courses may also count as electives. | ||

Recommended to take one or more of the following: | ||

Networks | ||

Microsoft Networks | ||

Computer Graphics | ||

Technology & Culture: Study Abroad Program | ||

Art Requirements | 18 | |

Drawing I | ||

2-D Design | ||

Adobe Creative Suite And Indesign | ||

Typography I | ||

Graphic Design I | ||

Web Design I | ||

Art Electives | ||

Choose 2 of the following: | 6 | |

Painting I | ||

3-D Design | ||

Introduction to Time-Based Art Making | ||

Digital Photography I | ||

Web Design II | ||

Writing Intensive Requirement | ||

Choose one of the following: | 3 | |

Contemporary Art Seminar | ||

Database Management | ||

Research Methods | ||

Operating Systems | ||

Internship Requirement | ||

Choose one of the following: | 3 | |

Internship | ||

Internship | ||

Senior Capstone Proiect Requirement | ||

Choose one of the following: | 2-3 | |

Software Engineering | ||

Senior Exhibition Project |

## Requirements for a Mathematics Minor (21) | ||
---|---|---|

MA 171 | Calculus I | 4 |

MA 172 | Calculus II | 4 |

MA 273 | Calculus III | 4 |

MA 278 | Discrete Mathematics | 3 |

MA 330 | Linear Algebra | 3 |

One of the following: | 3 | |

Elementary Probability and Statistics | ||

Differential Equations |

## Requirements for a Mathematics Minor (22) | ||
---|---|---|

(meets endorsement requirements) | ||

This minor can be completed only by students receiving education certification. | ||

All endorsements subject to change; see School of Education for updated requirements. | ||

MA 171 | Calculus I | 4 |

MA 172 | Calculus II | 4 |

MA 256 | Elementary Probability and Statistics | 3 |

MA 278 | Discrete Mathematics | 3 |

MA 330 | Linear Algebra | 3 |

MA 365 | Modern Geometry | 3 |

One of the following: | 2 | |

Mathematics: Elementary/Middle School Methods (K-9) | ||

Mathematics in Secondary School |

*Note: Students pursuing elementary certification will also take MA 221.*

## Requirements for a Computer Science Minor (22) | ||
---|---|---|

CS 171 | Computer Science I | 3 |

CS 172 | Computer Science II | 3 |

CS 273 | Data Structures | 3 |

CS 278 | Computer Organization and Assembler Programming | 3 |

CS 301 | Internet Applications Development | 3 |

CS 374W | Database Management | 3 |

One of the following: | 4 | |

Pre-Calculus | ||

Calculus for Social Sciences | ||

Calculus I |

## Requirements for an Information Technology Minor (21) | ||
---|---|---|

CS 171 | Computer Science I | 3 |

CS 172 | Computer Science II | 3 |

CS 313 | Networks | 3 |

CS 374W | Database Management | 3 |

Three of the following: | 9 | |

Internet Applications Development | ||

Microsoft Networks | ||

Distributed Scalable Computing | ||

Windows Applications Development | ||

Java Applications Development |

### Interdisciplinary Courses

STEM 115 Preparing for a STEM Career | 1 |

Students will learn about the type of scientific work they would enjoy, explore scientific careers, hear guest speakers, and understand the preparation necessary at the undergraduate level in order to succeed in their chosen career. Spring semesters. Recommended standing: Freshman. | |

STAT 101 Interdisciplinary Introduction to Stats | 3 |

An introduction to the process of research and the practice of statistics. Emphasizes visualizing and summarizing data. Uses a computer-intensive approach for learning the principles of statistical inference. | |

##### Dean of Arts and Sciences

NOELLE WIERSMA

##### Chair

PETER TUCKER

##### Professors

LYLE COCHRANKENT JONESPETER TUCKER

##### Associate professors

MARTHA GADYNATHAN MOYERDONNA PIERCEMICHAEL REMPE

##### Assistant professor

RICHARD BISHOP

##### Instructor

ANNE TREFRY