The purpose of this course is to introduce the fundamentals of computer science and programming to students majoring in this area. Students will become familiar with problem solving techniques and algorithm development using computers, including a structured high-level programming language. Students will also explore object-oriented programming including the design considerations and conventions used in development of object-oriented applications. Topics will include flow of control, assignment, arrays, functions, and input and output, among others.
CSC202 C# Programming I
C# is a general purpose, object-oriented programming language suited for all types of development. This course presents the entire language and gives an introduction to the Base Class Library (BCL) to the student. Students will learn the syntax, keywords and constructs, as well as how to leverage the resources of the BCL. This is a project-based class and students will develop applications with C# using real world tools and practices.
CSC203 Java Programming I
Java is a general purpose, object-oriented programming language suited for all types of development. This course presents the entire language and the standard libraries to the student. Students will learn the syntax, keywords and constructs, as well as how to leverage the resources of the standard libraries. This is a project- based class and students will develop applications with Java using real world tools and practices.
CSC215 C/C++ Programming I
C++ is a general purpose programming language that supports object-oriented programming and is suited for all types of development. This course presents the entire language and the Standard Template Library (STL) to the student. Students will learn the syntax, keywords and constructs, as well as how to leverage the resources of the STL. This is a project-based class and students will develop applications with C++ using real world tools and practices.
GAM104 Introduction to Game Programming
Recommended for students with little or no prior programming experience. Students will use a scripting language to study the basics of computer programming: variables, data types, looping, conditional logic, functions, arrays, types, and other basic concepts. The ability to explore these concepts prior to learning a more complex language such as C++ allows the student to learn game concepts without a language course and prepares the student for future courses in this program during the first year. Students will gain valuable programming experience by writing simple tutorial-based games.
GAM125 Introduction to Game Development
The process of developing games is an extensive process and requires developers to understand the many intricacies of development. This course aims to teach the full process of developing a game, from the pre-production stages to the final release and support of a game. The class will cover the basics of production, as well as the various positions and their duties on a game development team. Students will take part in mock game projects where they will attempt to fulfill all the needs of a mock game studio to learn the many parts of the development process.
GAM205 Gameplay Programming Concepts
Prerequisites: CSC202, GAM104
Gameplay Programming Concepts teaches students the most important theories and concepts in game programming. Students will be exposed to major game mechanic fundamentals that are expressed in multiple games across several genres. There is a strong focus on analysis and discovery learning. Those taking this class will be expected to observe existing mechanics and attempt to reproduce them both in documentation and in code. The course makes use of an existing game engine in order to focus on gameplay mechanics with the end goal of producing a playable game.
Skills Development Courses — Complete 12.00 Credits minimum
CSC275 C++ Programming II
This course focuses on the craft of software. Students will build upon their previously acquired programming and language fundamentals and develop additional skills essential for crafting high quality and maintainable software. This is a projects-based class and students will apply C++ and real world tools and practices to solve common programming problems involving advanced object-oriented programming with design patterns, advanced Standard Template Libraries, and dynamic memory management including smart pointers, shared code, multi-threading and network I/O.
CSC382 Data Structures and Algorithms
Prerequisites: CSC275, MAT250
This course explores the specification and implementation of containers as abstract data types. Structures covered include strings, vectors, stacks, queues, sequential lists, binary trees, hashes and graphs. The course also investigates algorithm design and evaluation, such as sorting, search, recursion and algorithmic analysis. Students will use concepts from calculus within this course.
GAM175 Game Testing and Analysis
Prerequisites: ENG101, GAM125
The best game design and technology will fail if bugs, glitches, difficulty and gameplay balance issues mar the final product. As games grow more complex, the role of the game tester has been elevated from entry-level peon to a vital role in the development process, and entire third-party companies are being formed for the outsourcing of game testing. In this course students will learn to analyze, troubleshoot, report and document problems with game technology, controls, balance and ease of use. With an emphasis on clarity, brevity and depth of analysis, students will beta-test student projects and commercial public betas, and produce reports, analysis and suggestions for future improvements.
GAM240 Game Engine Programming I
Prerequisites: CSC215, GAM104
This course introduces the fundamentals of game engine programming by customizing and enhancing an existing framework. Students will learn the core concepts of engine programming. Symptoms of taking Game Engine Programming I may include: a greater understanding of frame rates, synchronization, timing, 2D and/or 3D graphics rendering, timed animation, user input, multiplayer, physics, collision detection and the most common algorithms used in game development. Many of these fundamentals will be implemented into a working engine from which playable games may be developed.
GAM275 Mobile Game Programming
Mobile games are a lucrative industry that is still in a state of rapid growth with tens of millions of users as a potential market for games, all delivered wirelessly on a royalty basis. This course teaches how to develop games for mobile platforms using appropriate languages and toolkits. Students will explore the mobile hardware and learn about the specific techniques and challenges present in developing a game for a small screen and limited user input capabilities.
GAM303 Applied Game AI Concepts
Prerequisites: CSC382, GAM333
Quality implementations of artificial intelligence can make or break a game. This course will synthesize the theories and concepts of artificial intelligence with the skills of game programming. Students will program a wide variety of artificial agents utilizing a variety of traditional, modern and theoretical techniques. The student will apply algorithms for pathfinding, strategy, personality and other behaviors. Player interactions with these behaviors will be examined to provide challenging, balanced and enjoyable gameplay.
GAM333 Scripting Integration
High-level scripting languages allow for rapid development, content creation and interactive events, and drives all of today’s professional game engines and tools. Used for both game logic and automation of tools, scripting has become a crucial element of game production. Some scripting languages are so well integrated with a given game engine that users create an entire game with script code. Students will learn one or more scripting languages during this course. Projects will include stand-alone script programs as well as game engine scripting projects.
PHY350 Physics Game Programming
Prerequisites: PHY101 AND (CSC202 OR CSC203 OR CSC215)
This course introduces the student to the concepts of physics as they are used, presented and manipulated in video games. Concepts of gravity, force, friction, momentum, Newton’s Laws, velocity, acceleration, vector force analysis and others will be presented and analyzed.
Synthesis Core — Complete 12.00 Credits minimum
GAM281 Production Studio I
Prerequisites: GAM125 AND (GAA110 OR (GAM101 AND GAM113) OR GAM104)
The creation of completed games, no matter the size and complexity, is most often pipelined in a studio setting. This class simulates a game production studio and uses applies the principles of prototyping, design documents and pulling together assets, code, platform and testing to produce completed games. Sharing time with students in the upper division of this course Production Studio I students will take online roles as they apply game design, asset and programming techniques to complete game projects in a learning environment that reflects a production studio.
GAM324 Graphics Programming
Prerequisites: CSC382, GAM240, MAT342
Compared to graphics, no other gaming technology has evolved more quickly over the years. With the gaming industry driving hardware manufacturers, today’s graphics are preeminently better and literally millions of times faster than systems of only a few years ago. This course covers the basics of 3D graphics systems
that cornerstone today’s games. Concepts such as cameras, lighting, motion, mesh processing, animation, shaders and particle systems are presented. 3D math theory as it relates to graphics processing and the rendering pipeline are also discussed.
GAM338 Advanced Gameplay Programming
This course teaches students advanced theories and concepts in game programming, such as delegates, interfaces, namespaces, coroutines, threading, and event handling. The course will also focus on best practices and methods for optimizing code, not only at run time, but also focusing on optimizing for ease of development. This course makes use of an existing game engine in order to focus on gameplay programming techniques with the end goal of producing a playable game.
GAM341 Game Tools Development
Prerequisites: CSC275, GAM240
A game is only as good as its tool chain. The engine, art, asset management, editors, physics, AI and sound are all tools that create a game. Almost every aspect of game development requires several custom-designed tools. This course teaches fundamentals of tool development. Art tools such as game-specific plug-ins are almost always required. Most of these plugins use scripting systems and this course will give an overview of those most commonly used. Levels used in today’s games are often complex and the amount of data itself can be overwhelming, thus the need for efficient data asset management systems for monitoring the integrity of game data. Data asset management methods are covered in both C++ and scripting languages such as Python or Lua. Basic editor creation and image manipulation are also covered.
GAM361 Multiplatform Game Programming
Prerequisites: GAM275, GAM338
This course will examine the technical aspects of multiplatform development. Developing for multiple platforms is a development challenge as well as an opportunity. Current generation games are often released on multiple platform simultaneously creating a need for clean efficient code bases that can be moved from system to system. Code, engines and development strategies need to be developed to allow the constraints of each platform to be met. This course will expand on your gameplay programming emphasis and explore how these systems are implemented on different platforms, hardware and systems.
GAM381 Production Studio II
The creation of completed games, no matter the size and complexity, is most often pipelined in a studio setting. Building upon the previous game studio course, students in this class will take mid level roles, leading lower term students and taking guidance from upper term ones as they apply game design, asset and programming techniques to complete game projects in a learning environment that reflects a production studio. This class simulates a game production studio and uses applies the principles of prototyping, design documents and pulling together assets, code, platform and testing to produce completed games.
GAM481 Production Studio III
The completion of games, no matter the size and complexity, is most often pipelined in a studio setting. Building upon the previous game studio course, students in this class will take upper level roles, leading lower term students and taking guidance from project mentors as they apply game design, asset and programming techniques to complete game projects in a learning environment that reflects a production studio. This class simulates a game production studio and applies the principles of prototyping, design documents and pulling together assets, code, platform and testing to produce completed games.
GAM495 Industry Professional Development
This course completes the innovative style and generalist/specialist portfolio process providing guidance and structure for the formal presentation of the students work. Students will passionately and clearly articulate the defense of their innovative style and portfolio work through public presentations. Students entering this class are expected to have completed all works included in their portfolio and have their innovation style fully developed for implementation into a reel.
University Core Curriculum
University Core — Complete 28.00 Credits minimum
BUS200 Entrepreneurship to Market
Translating technology innovations and inventions from concept to prototype to market usability requires attending to specific and established development considerations. This course provides students with currently applied frameworks associated with technology products that carry them through development and to a minimally viable state. Considerations such as foundations of cyber and information security, entrepreneurial funding sources, and market analysis will be presented and practiced.
Prerequisites: SPONSOR APPROVAL
An internship is considered a supervised, practical experience that is the application of previously learned theory. Employers/sponsors work with the student to meet specific objectives and/or learning goals and provide special mentoring or networking opportunities. In exchange, the intern helps the employer/sponsor in meeting overall work goals for the agency/company. Students completing 3.0 credit internships must work a total of 150 hours, or ten hours per week for 15 weeks.
Prerequisites: SPONSOR APPROVAL
An internship is considered a supervised, practical experience that is the application of previously learned theory. Employers/sponsors work with the student to meet specific objectives and/or learning goals and provide special mentoring or networking opportunities. In exchange, the intern helps the employer/sponsor in meeting overall work goals for the agency/company. Students completing 6.0 credit internships must work a total of 300 hours, or 20 hours per week for 15 weeks.
LAW370 Legal Issues in Technology
This course addresses typical legal and business issues in the multimedia field. Rights granted under copyright, principles of fair use, trademarks, intellectual property law, trade secrets, unfair competition, disclosure and privacy laws are covered. Students explore these legal topics with focus on electronic media.
SIP311 Student Innovation Project I
In this course, students will explore potential topics for their innovation project. The concept of innovation is explored as both a process and an output in relation to each student’s field of study (major). Students will engage in a series of workshop-based exercises to explore their fields and employ discovery learning techniques to find background information on their selected subject. Students will form their ideas into a plan to be used as the basis for developing their innovation and examine if their concept is novel or an improvement or addition to an existing concept. In the process of exploring and sharing their work, students will engage the various types of innovations and demonstrate the ability to communicate their ideas to others.
SIP483 Student Innovation Project II and Portfolio Presentation
Prerequisites: COM226 AND SIP311 AND COMPLETED PORTFOLIO OBJECTIVES
This course completes the Student Innovation Project and Portfolio process, and provides guidance and structure for the formal presentation of the students’ work. Students will passionately and clearly articulate their innovation and Portfolio work through public presentations. Students entering this class are expected to have completed all works included in their Portfolio and have a functional prototype of their Student Innovation Project completed. This is a Pass/No Credit Course.
TCH115 Thinking Strategies
This course will offer students a cross-disciplinary, project-oriented approach to applied thinking strategies as they may relate to technologists. Students will learn the logical basis, history and potential for application of the following dimensions of thinking: critical, systems, creative, lateral and parallel thinking. Assignments and projects will guide students toward an understanding of how thinking dimensions relate to their intended disciplines in emerging technology industries, as well as to their personal educational aspirations.
TCH150 Technology and Society
This course introduces students to the historical, contemporary, and possible future interdependencies of technology and society. These elements are discovered through readings, activities, discussions and forecasts related to the reciprocal relationship between technological and social development. This course provides students with tools necessary to understand the roles technologies play in society and to prepare students for interaction within emerging technology environments. Technology will be recognized as a driving force in social change, and societal needs as a driver of technological change. Students will consider the nature of technological change in contemporary society, as well as what these changes mean.
TCH301 Ethics in Technology
This course is designed to introduce students to essential concepts necessary to evaluate the ethical implications and potential impacts of the use of new technology within human society and culture. Students will explore modern ethical dilemmas in technology, looking at multiple aspects of how the introduction of technology redefines law and values.
TCH310 Technology, Society and Ethics
This course will introduce students to essential concepts necessary to evaluate the social and ethical impacts of the design, creation and use of new technologies. Students will explore dilemmas and scenarios that highlight how technology challenges social and moral principles in the 21st century. Students will also consider the nature and meaning of technological change.
General Studies — Complete 36.00 Credits minimum
ART231 Intermediate Drawing
Life doesn’t stand still and neither should art. This course further explores
the drawing techniques established in Beginning Drawing. Students will concentrate on increasing drawing skills with respect to lighting, texture and spatial interpretation, and infusing the smoking gun aspect of lifelike action in compositions. Students will learn how to use color in drawing and to make images come to life. Individual drawing assignments and the development of a final portfolio and sketchbook will be emphasized. The Wacom Tablet will be introduced in the latter part of this course.
AST301 The Solar System
Introduction to the field of astronomy for the non-science major. History of astronomy; astronomy as a physical science; properties of light; telescopes; and structure and evolution of the Sun, planets, moons, and other bodies in the Solar System.
AST302 Stars, Galaxies and Cosmology
Introduction to the field of astronomy for the non-science major. History of astronomy; astronomy as a physical science; properties of light; telescopes; structure and evolution of stars; structure of the Milky Way galaxy and other galaxies and history of the Universe.
BIO120 Introduction to Biology
This course explores the basic issues of living organisms. The material covered emphasizes molecular and organic biology, as well as the structure and function of plants and animals. Learning activities include lectures, group activities and various practical exercises that help students to better understand biology and to use their knowledge in everyday life, as well as in their future careers.
COM226 Communication in Technology
Students will experience expressing technology concepts to a broad audience. Students will learn best practices in presenting technology products and pitching concepts using business-appropriate communication skills. Effective use of voice, nonverbal skills and visuals will be applied to topics such as robotics, virtual reality, animation, digital video, network security and others. Presentations include peer-to-peer feedback in student-led discussions. In addition, students will have the opportunity to create a resume and be mock interviewed for a technology position.
ENG101 Composition I
This course is designed to present effective techniques in organizing, developing and writing academic essays that reflect a collegiate level of writing. The purpose of this course is to help students write correctly, clearly and thoughtfully. Students will receive an introduction to basic writing, thinking and reading skills required for success in college, with emphasis on fluency in analytical, rhetorical and creative non-fiction presentation.
ENG102 Composition II
ENG102 is designed to introduce students to the essential language, theories and strategies of argumentation and research. The purpose of the course is to provide students with the tools necessary to develop arguments for specific audiences within specific rhetorical situations. Students will also develop their critical reading skills: analyzing, evaluating and critiquing the claims and evidence used by various authors. Finally, students will learn proper research skills and write an in-depth research essay/project.
ENG215 Topics in Creative Writing
This course teaches the principles that result in effective original work: the creation of characters, plots, visual imagery and effective dialogue. Students are also expected to be able to provide constructive criticism to others. Students will be expected to produce original work as a final project.
ENG301 Technical Writing
Effective professional communication is critical in the business environment, and can take the form of email, memorandum, user’s manual, developer documentation or laboratory report. This course focuses on developing writing skills for technical audiences, emphasizing professional writing style, clarity, and presentation of information. Students will analyze, develop and critique a variety of technical documents in order to practice and understand the role of the technical writer.
ENG305 Mythology, Fable and Fairy Tale
This course will explore various definitions of myth, compare and contrast various mythologies from around the world and examine the ways myths have evolved over time. We will also study the mythological roots of the fairy tale, compare and contrast fairy tales from around the world, and explore how fairy tales have changed over time.
ENG310 Science Fiction as Literature
This course will delve into selected readings in the literature of science fiction to show how the genre of science fiction has evolved from the dark fantasy narratives of the 19th century through the start of the 21st century. Students will examine key genre texts from the worlds of print, cinema and the web.
ENG330 Crime Literature
Crime Literature provides a survey of selected topics within the literature, cinema, and high-profile criminal cases of selected eras between the late Victorian era and the modern era. Texts and multimedia include Sherlock Holmes stories, And Then There Were None by Agatha Christie, film noir masterpieces, television procedurals, and contemporary thrillers. Emphasis will be placed on important themes, authors, and texts of the genres of mystery, crime fiction, and detective stories.
ENG415 Selected Topics in Literature
This course is designed to explore a defined area of literature, including individual authors, literary movements, issues in popular culture and various genres. The in-depth study may include works from both Western and non-Western cultures. Contents and methods vary with instructors and from semester to semester.
HIS115 American History
This course covers American history from the period of colonial settlement through the 20th century. The course is topical, covering key themes and areas of American history that led to major economic, cultural and technological changes.
HIS300 The World Wars: 1914-1945
This course covers World Wars I and II from a tactical, political, strategic and technological perspective. In addition, the course analyzes not only how these wars shaped the 20th century but also the world we live in today.
HIS305 20th Century Innovation
This course examines the role of technology in the 20th century and how it affects us culturally. Key themes include invention of new technologies and debates
over the advantages and drawbacks of industrialization, mass production and information technologies. Students participate in a variety of innovative activities designed to understand the changes that took place socially and economically because of these innovations.
HIS310 History of World Religions
This course covers the history of World Religions from the beginning of human society to the 21st Century. The course is topical, covering key themes and areas of religious history and what impact those themes and areas had on humanity. Students will gain an understanding and appreciation of the history of major world religions, which may include Hinduism, Jainism, Buddhism, Sikhism, Daoism, Confucianism, Shinto, Zoroastrianism, Judaism, Christianity, Manichaeism, Islam, and New Religious Movements.
HIS331 The Vietnam Era
This course is designed to present a comprehensive overview of the period in which the United States was engaged in conflict in Vietnam. Some critical aspects include: how the United States became involved in Vietnam, the involvement of each US president and his war policies, the ground war, the air war and the anti- war movement and counterculture. Finally, the course analyzes the lasting effects of the Vietnam War.
HIS335 Ancient Greek Warfare
This course covers the history and influences of Ancient Greece with an emphasis on warfare. The time period and the topics for this course are the Persian Wars through Alexander’s campaigns.
HIS350 Civil War
This course examines the US Civil War and the period of Reconstruction following the conflict. Key themes include experiences of the common soldier, technological innovations used during the war, tactical and strategic overviews of the conflict, social upheavals created by the conflict and the lasting effects the war had on the United States.
Countercultures will examine major countercultural movements of the 20th century and explore their social, political, artistic roots and impact. Topics will include the Beat Generation, anti-war movements and drug subcultures of the 1960s-1970s, and Punk rock. Major artists and their works will be explored, as well as their impact on popular culture and the creation of subcultures. Students will read novels, lyrics, and poetry, watch films of the eras and listen to selected recordings of music from these periods in order to appreciate countercultural expressions.
HUM310 Contemporary Themes in Humanities
This course will introduce students to contemporary themes in the humanities. Topics will explore issues facing contemporary audiences as a result of the rise in new modes of expressions and the developments within the arts from innovators and creators.
HUM388 Special Topics in Humanities
Prerequisites: INSTRUCTOR APPROVAL
Special topics courses are intended to provide focused studies within a specific discipline. Students in this course will engage in the advanced study of a specific aspect of the humanities, potentially engaging the basic principles of art, creative writing, literature, architecture and/or music. Students will consider subject matter within various contexts, which might include a social, historical, cultural and/or political context.
JPN105 Introduction to Japanese Culture
This course will survey Japanese character and society and will attempt to answer the question: What does it mean to be Japanese? Students will be introduced to various aspects of Japanese culture, including history, geography, religion, customs and traditions, society, politics, business, science and technology, communication, literature, arts and pop-culture. Through research, lectures, viewing of films and clips, presentations, and examining authentic materials, students will enrich their understanding of and appreciation for Japanese culture, and will be able to compare and contrast it with their own cultural experience and understand what it truly means to be Japanese.
JPN108 Level I Japanese
This class is designed for students studying Japanese for the first time. Students will be introduced to the whole of the Japanese language; they will acquire skills
in reading, writing, speaking, and listening regarding such topics as greetings, classroom expressions, numbers, dates and time, daily activities, verb conjugation, simple introductions, ordering food, existence and location, hobbies, likes and dislikes, weather and shopping. Aspects of Japanese culture that tie in heavily with the language will also be introduced.
JPN208 Level II Japanese
In this course, students will examine the topics learned in JPN108 and study them at a more advanced level; they will continue to acquire skills in Japanese in reading, writing, speaking and listening. Emphasis will be on both conversational skills and grammatical analysis of the language. Aspects of Japanese culture that tie in heavily with the language will continue to be introduced.
JPN308 Level III Japanese
In this course, students will continue the development of communicative skills in Japanese in reading, writing, speaking, and listening through the intermediate level. They will learn to communicate at a deeper level about the topics previously learned in JPN108 and JPN208 as well as new topics such as family, shopping and food. Emphasis will continue to be on both conversational skills and grammatical analysis of the language. Aspects of Japanese culture that tie in heavily with the language will continue to be introduced.
JPN408 Level IV Japanese
In this course, students will accelerate and advance their communicative skills in Japanese in reading, writing, speaking and listening through the advanced level. They will learn to communicate at a deeper and more advanced level about the topics previously learned in JPN108, JPN208, and JPN308 as well as new
topics such as travel, transportation and home. Emphasis will continue to be on both conversational skills and grammatical analysis of the language. Aspects of Japanese culture that tie in heavily with the language will continue to be introduced and examined at a deeper level.
MAT174 College Algebra
Relations and functions types are developed thoroughly with their graphs. Function types include polynomial, rational, radical, exponential and logarithmic. Conic relations are developed thoroughly. Other topics include systems of equations and inequalities, matrices and sequences. Application relevance and appreciation are evolved through a discovery math lab component using technology.
Introduction to Trigonometry with associated functions and graphs is the primary focus. Modeling is explored using trigonometric functions. Modeling and curve fitting are further explored using functions developed in College Algebra. Application relevance and appreciation are evolved through a discovery math lab component using technology.
MAT210 Business Mathematics
This course discusses the foundations of management science and business mathematics by learning basic principles of applying mathematical equations to problems in business. Decision trees and operations research, as well as general ways to approach increasing the efficiency of business processes, are developed in-depth. The course will also apply project scheduling such as Gantt charts and CPM/PERT networks to estimate confidence intervals for project completion. Finally, you will learn about the basics of linear programming, and how it is used to maximize profit and to be more efficient at using resources in a business.
This course presents the student with basic statistical concepts and methods. This course introduces descriptive and inferential statistics including elementary probability, linear regression and hypothesis testing. MATLAB will be used to emphasize theory and in applications problem solving.
MAT250 Calculus I
This course is the study of single variable differential calculus. Emphasis is placed on differentiating elementary functions and solving application problems. MATLAB will be used to emphasize theory and in applications problem solving.
MAT251 Calculus II
This course continues the study of single variable calculus. Emphasis is placed on anti-differentiation, numerical interpretations of the integral and the use of the integral in application problems. MATLAB will be used to emphasize theory and in applications problem solving.
MAT342 Linear Algebra
This course serves as an introduction to linear algebra. It includes the study of systems of linear equations, matrix algebra, vector spaces, linear transformations, eigenvalues and eigenvectors. MATLAB will be used to emphasize theory and in applications problem solving.
MAT388 Special Topics in Mathematics
Prerequisites: INSTRUCTOR APPROVAL
This course will explore special topics in the field of mathematics.
PHI313 Selected Topics in Philosophy
Prerequisites: INSTRUCTOR APPROVAL
This course is intended to familiarize students with major philosophers, schools of philosophy, and philosophical movements or periods. The topics will rotate at the discretion of the instructor. The course may cover either Eastern or Western philosophers.
This course explores the theories and use of Newtonian physics, formulas and techniques associated with 2D kinematics, force, momentum, work, energy, heat and wave properties.
PHY125 Introduction to Electricity and Magnetism
This course will introduce the student to basic concepts of electricity and magnetism with discussion of practical applications. Charges and fields will be used to understand the concepts of potential, resistance, capacitance and inductance, and to solve basic DC circuits. Math through college algebra is required.
PSY310 Social Psychology
Why do people behave a certain way? Can behaviors be predicted, controlled and changed? Have you ever been a victim of somebody who took advantage or tried to manipulate? What are persuasion and brainwashing? This course explores theory, research and application that make up the discipline. It examines both the traditional areas of the field, as well as more recent innovations. The course pays particular attention to the applications developed by social psychologists. The major goal of the course is to explicitly tie social psychology to lives of students.
SCI330 Green Technologies
Green Technologies offers a conceptual study of the current trends in energy production by means of accepted green technologies. This course will present a brief discussion about the history of fossil fuels and the impact of the current electric grid, as well as in-depth discussions about the development and uses of solar, wind, hydro, fuel cells, biomass and biofuels, geothermal, and emerging technologies. The course will provide students a connection to community and society by showing them ways to install these systems in the typical home, as well as how to understand policies or incentives dictated by the government.
SCI388 Special Topics in Science
Prerequisites: INSTRUCTOR APPROVAL
Special Topics courses are intended to provide advanced or focused studies within a specific discipline. In the science discipline, topics can include, but are not limited to, advanced materials, quantum theory, calculus-based physics, game- based physics, advanced astronomy and advanced life systems.
SS310 East Asian Cultures
This class will explore traditional East Asian culture and its influence throughout the region. Topics for exploration may include: how traditional Chinese culture aided in the formation of the ancient Japanese state; how Chinese culture influenced and shaped Japanese mythology; and how traces of traditional Chinese culture are still seen and felt in Japan today. The goal of the course is to aid students in becoming more globally minded by helping them understand and appreciate the values and cultural identity of East Asia.
SS320 Contemporary Global Issues
This course is a study of a variety of issues of international and global importance that are a part of the dialogue of contemporary geopolitics and social justice. The issues selected for examination reflect the most important events, trends, and problems facing citizens and leaders in an increasingly interdependent world.
SS388 Special Topics in Social Sciences
Prerequisites: INSTRUCTOR APPROVAL
This course will explore special topics in the field of Social Sciences.
THE230 Character Development
Are there multiple personalities floating around in your head? Get them out on paper! This class develops the student’s ability to create a fictional personality for use in digital videos, animations and video games. Stereotypes, archetypes and allegory will be explored as a means for developing character attributes. Topics include the elements of character, how to develop background, analysis of existing characters and how to create a complete character profile.
THE238 Acting and Movement
This course introduces the student to the basic principles of acting and movement in a highly collaborative setting. Techniques for memorization, concentration and relaxation will be explored. Topics include terminology used by directors, exercises in character interpretation and improvisation. Movement topics may include rhythm, alignment, isolation and body language interpretation. Monologues and short scenes may be performed and critiqued.
THE310 History of Movies
Inventing the movies! This course examines the technological advances that make movies magic. From the silent era through the present students will explore the innovations that fueled film creation. World cinema and the Hollywood studio system will be studied through the viewing of classic and some not-so-classic films. This course explores mostly feature-length narrative films, placing them in their historical, cultural and technological context, therefore giving the student a foundation for interpretation and analysis.
THE320 Introduction to Shakespeare
Was Elizabethan England really as different from our own culture as you think? Aside from talking funny (and those outrageous clothes), a study of Shakespeare’s plays and poetry demonstrates that certain themes are timeless. Love, hate, deception, laughter, and sorrow are in full bloom today just as 400 years ago. This course guides students past the linguistic challenges to explore Shakespeare’s themes and expressions that have made his works endure.
THE325 Movie Genre Studies
What goes into the making of your favorite style of film? Students will delve into the historical, economic, political and social factors that influence genre films. This course begins with an overview of what goes into the creation of a genre. It explores one or more specific genres in-depth, giving the student the tools to analyze and interpret how genres can define, constrict and expand the movie- making creative process.
Have a story you’re dying to tell? Now is your chance to tell it. This course is an introduction to writing for the screen (digital video, animation and/or game). Topics include plot development, format, classic paradigm structure, dialogue, voice, scope and context. An emphasis is placed on developing and defining each student’s individual style and personal themes. The goal of the course is for the students to submit their short script to upper division production courses for possible production.