Programming and Game Development, AAS

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This program prepares students for entry into the field of software programming and game development. It provides students with a foundation in Java, programming desktop applications, and mobile application programming. Game development includes game theory, game programming, and a course in virtual/augmented reality. It should be noted that game platforms and technologies are often used in other non-gaming applications. Programming and game development complement each other in terms of problem solving, programming, software analysis, software development, and practical applications. These skills are in demand by the software development community and this program is designed to meet those demands.

Program Outcomes

Upon completion of this program, students will be able to

Program desktop applications;
Program mobile applications;
Program websites;
Utilize database applications;
Understand foundation game design theory;
Execute core programming skills in game development and VR/AR; and
Program 2D and 3D games.

Required Courses

First Year

Fall Semester

CSCI 127 - Joy and Beauty of Data Credit(s): 4
ETEC 100 - Introduction to Mechatronics Credit(s): 3
M 115M - Probability and Linear Mathematics Credit(s): 3 * ^R
MART 231 - Interactive Web I Credit(s): 4

First Semester Total: 14

Spring Semester

CSCI 113 - Programming with C++ I Credit(s): 4 *
CSCI 121 - Programming with Java II Credit(s): 4 *
CSCI 122 - Game Design Theory Credit(s): 3 *
CSCI 240 - Databases and SQL Credit(s): 3

Second Semester Total: 14

Second Year

Fall Semester

CSCI 208 - Game Programming I Credit(s): 4 *
CSCI 210 - Web Programming Credit(s): 4 *
CSCI 238 - Standards-based Mobile Applications Credit(s): 4 *
Elective Credit(s): 3-4 ¹

First Semester Total: 15-16

Spring Semester

COMX 115C - Introduction to Interpersonal Communication Credit(s): 3 ^R
CSCI 209 - Game Programming II Credit(s): 4 *
CSCI 299 - Programming Capstone Credit(s): 3 *
WRIT 104W - Workplace Communications Credit(s): 3 * ^R
Elective Credit(s): 3-4¹

Second Semester Total: 16-17

Total Credits: 60-62

¹Choose elective courses from the “Program Electives” list below.

^R Indicates Related Instruction requirement.

*Indicates prerequisite/corequisite needed. Check course description.

Program Electives:

Please note which semester elective courses are offered and plan accordingly.

BMGT 210 - Small Business Entrepreneurship Credit(s): 3
CSCI 132 - Basic Data Structures and Algorithms Credit(s): 4 *
CSCI 203 - Introduction to Hardware Description Language Programming Credit(s): 4 *
CSCI 206 - .NET Applications Credit(s): 4 *
CSCI 220 - Virtual/Augmented Reality Credit(s): 4 *
CSCI 232 - Intermediate Data Structures and Algorithms Credit(s): 4 *
CSCI 290 - Undergraduate Research Credit(s): 1
CSCI 298 - Internship Credit(s): 3
EGEN 102 - Introduction to Engineering Computer Applications Credit(s): 3 *
GPHY 284 - Introduction to GIS Science and Cartography Credit(s): 4
ITS 164 - Networking Fundamentals Credit(s): 3
ITS 224 - Introduction to Linux Credit(s): 3
MART 232 - Interactive Web II Credit(s): 4 *

Program Information

Program emphasis is on developing skills in the areas of desktop, mobile, website and database applications.
Program emphasizes programming, core game development and VR/AR skills.
All required courses within this degree program must be taken for a letter grade.
A capstone project is required.

Opportunities after Graduation

Computer Science is a rapidly growing field that offers a wide range of exciting career opportunities. Here are some compelling reasons to consider pursuing a career in Computer Science:

High Demand: The demand for skilled Computer Science professionals is growing at an unprecedented rate. With the increasing use of technology in almost every industry, there is a huge demand for professionals who can design, develop and maintain software, websites, and applications, games, machine learning, artificial intelligence, and cyber security. It is expected that the demand for Computer Science professionals will continue to grow rapidly over the next 10 years, making it a stable and secure career path to pursue.

Excellent Job Prospects: Computer Science job prospects are excellent. Graduates with a degree in Computer Science are highly sought after by employers across various industries. The field offers a wide range of career options, from software development and game development to artificial intelligence, data science, cybersecurity, and more. With such a broad range of career options available, there is always something new and exciting to explore for Computer Science professionals.

Competitive Salaries: Computer Science professionals are among the highest-paid professionals in the workforce. The salaries for Computer Science professionals are highly competitive, with the median salary approximately $97,000. This makes it an attractive career choice for those who are looking for financial stability and job security.

Flexibility: Computer Science professionals have the flexibility to work in a variety of settings, from large corporations to startups or as freelancers. They can often choose to work remotely, giving them the freedom to work from anywhere in the world. This flexibility makes it easier for Computer Science professionals to balance their work and personal lives.

Advising Information:

For more information, contact an advisor.

Academic Advisor	Faculty Advisor
Jori Bullemer	Jim Goudy, M.S.
LRC 129	BSS 129
(406) 756-3905	(406) 756-3617
jbullemer@fvcc.edu	jgoudy@fvcc.edu