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College Catalog 2020-2021 [ARCHIVED CATALOG]
Course Descriptions
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Interior Design |
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IND 111 Design Studio 2 Credits: (4)
Students in this course begin to explore elements of design and their relationships in three-dimensional design problems. Design concepts and design process are discussed in detail. Architectural and interior design concepts of space, organizations, circulation, scale, structure, volume, massing, fenestration and materials are analyzed and discussed. This class meets 6 hours per week. A laptop computer is required (must meet department standards for software and processing speed). Prerequisites: ARH/IND 101, ARH/IND 110, and ARH/IND 170;
co-requisites: ARH/IND 120, ARH/IND 140, and ARH/IND 171, or permission of department. Prerequisite(s): ARH 101 /IND 101 , ARH 110 /IND 110 , and ARH 170 /IND 170 . Co-requisite(s): ARH 120 /IND 120 , ARH 140 /IND 140 , and ARH 171 /IND 171 , or permission of department.
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IND 120 Drafting Studio 1: Wood Frame Credits: (3)
This course will develop basic architectural drafting skills (digital and manual). The student will demonstrate an understanding of these skills through the development of a set of architectural drawings for a wood frame house or similar structure. Prerequisite(s): ARH 101 /IND 101 , ARH 110 /IND 110 , and ARH 170 /IND 170 ; Co-requisite(s): ARH 140 /IND 140 or permission of department. This class meets 4 hours per week.
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IND 140 Wood Frame Construction Credits: (3)
This is a lecture course covering the materials and methods of contemporary residential construction, including sustainability and the latest building science. The characteristics, properties, performance and application of materials and systems used in wood frame construction will be discussed.
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IND 170 Technology: Design and Production Credits: (3)
This course will develop the technology skills required for architecture and interior design students. The students will learn how to create, modify, communicate, collaborate, transmit and present solutions to problems using specific software applications including AutoCAD, SketchUp, College Course Management System and PowerPoint. Prerequisite(s):
Co-requisite(s): ARH 101 /IND 101 and ARH 110 /IND 110 , or permission of department.
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IND 215 Design Studio: Commercial Credits: (4)
Students are expected to apply their knowledge of basic design principles, concepts, and processes to analyze and solve commercial interior design problems. Students study and apply principles of programming, concept getting, space planning, and elements of design, including materials and finishes selections, to create functional, attractive, accessible and sustainable commercial interiors. This design studio course focuses on specific user groups and commercial project types, such as institutional, corporate, and retail. Oral presentation and manual and digital graphic 2D and 3D techniques are utilized to communicate project solutions. This class meets 6 hours per week. Prerequisite(s): ARH 111 /IND 111 , ARH 120 /IND 120 , and ARH 171 /IND 171 . Co-requisite(s): IND 246 or permission of department.
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IND 216 Design Studio: Residential Credits: (4)
Students are expected to apply their knowledge of basic design principles, concepts, and processes to analyze and solve residential interior design problems. Students study and apply principles of programming, space planning, and elements of design to create functional, attractive, accessible and sustainable residential interiors. Special emphasis is placed on kitchen and bath design and NKBA guidelines and standards. Oral presentation and manual and digital graphic 2D and 3D techniques are utilized to communicate project solutions. This class meets 6 hours per week. Prerequisite(s): ARH 111 /IND 111 , ARH 120 /IND 120 , and ARH 171 /IND 171 . Co-requisite(s): IND 247 or permission of department.
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IND 230 History of Architecture and Interiors 1 Credits: (3)
This is a survey course that traces developments in design, construction, materials and interiors from Prehistory to the dawn of the Renaissance. The comparative method is used to study the impact of economic, religious, political, sociological and technological developments on resultant building types, architectural forms, interior designs, furnishings and decorative arts.
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IND 231 History of Architecture and Interiors 2 Credits: (3)
This is a survey course that traces developments in design, construction, materials and interiors from the dawn of the Renaissance to the present day. The comparative method is used to study the impact of economic, religious, political, sociological and technological developments on resultant building types, architectural forms, interior designs, furnishings and decorative arts.
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IND 240 Residential Interiors Credits: (3)
This course is an introduction to design and decoration of residential interiors. Topics include design principles and elements, approaches, sustainable environments and materials, furniture and decorating styles, fabrics, window treatments, accessories, and business practice. Prerequisite(s): ARH 101 /IND 101 , ARH 110 /IND 110 and ARH 170 /IND 170 , or permission of department.
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IND 246 Interior Finish Systems and Furnishings Credits: (3)
This course concentrates on a comparative analysis of commonly used floor, wall, and ceiling finish systems for residential and commercial building interiors. Furnishings, furniture, and office landscape systems will also be discussed as time permits. Co-requisite(s): IND 215
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IND 247 Kitchen and Bath Fundamentals Credits: (3)
Introduction to the fundamentals of residential kitchen and bath design and construction. The course focuses on three main areas: product knowledge, mechanical/electrical systems, and project/business management. National Kitchen and Bath Association (NKBA) guidelines and standards form the basis of instruction. Prerequisite(s): IND 140 Co-requisite(s): IND 216 Non-interior design students, with the appropriate background, may take this course with permission of the department.
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IND 256 Graphic Communications Credits: (3)
This is an advanced course in perspective rendering. Students are expected to apply perspective drawing skills acquired in ARH 110 /IND 110 to generate color renderings of building interiors and exteriors. Students taking Architectural Design Studio II are encouraged to take this course concurrently and to use their design solutions as a base for required rendering projects in ARH 256 /IND 256. Prerequisite(s): ARH 110 /IND 110 or permission of department.
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IND 266 Individual Study Project Credits: (1)
Any project suitable for individual or small group self-study, and approved by the department, may be pursued. Student(s) must be highly motivated and self-directive. The instructor will meet weekly with the student(s) and serve as a resource person. A learning contract containing specific educational outcomes that relate to both the project and the field of study is developed between the student(s) and a faculty member. The content of an Individual Study Project must not significantly duplicate material offered in a regularly scheduled course in the department. Open to students who have earned more than 32 credits and have a minimum 3.0 G.P.A. Prerequisite(s): Variable.
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IND 290 Internship in Interior Design Credits: (1)
This course is designed for students in their second year of interior design coursework, giving them an opportunity to obtain real-world experience in the interior design and construction industry. Internships and co-op job opportunities are available throughout the community; however, there is no guarantee of internship placement. The ultimate responsibility for obtaining a placement rests with the student. Assistance is provided by department faculty and Career Services. Internships may be paid or unpaid. A learning contract containing specific educational objectives that relate to both the work experience and academic studies is developed between the student and a faculty internship coordinator. Course requirements include a minimum of 60 hours of work per credit, maintenance of a work journal, and a final paper. Open to IND majors only. Prerequisite(s): Approval of department, minimum G.P.A. of 2.5, and sophomore standing.
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IND 291 Internship in Interior Design Credits: (1)
This course is designed for students in their second year of interior design coursework, giving them an opportunity to obtain real-world experience in the interior design and construction industry. Internships and co-op job opportunities are available throughout the community; however, there is no guarantee of internship placement. The ultimate responsibility for obtaining a placement rests with the student. Assistance is provided by department faculty and Onondaga’s internship office. Internships may be paid or unpaid. A learning contract containing specific educational objectives that relate to both the work experience and academic studies is developed between the student and a faculty internship coordinator. Course requirements include a minimum of 60 hours of work, maintenance of a work journal, and a final paper. Open to IND majors only. Prerequisite(s): Approval of department, minimum G.P.A. of 2.5, sophomore standing.
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IND 292 Internship in Interior Design Credits: (1)
This course is designed for students in their second year of interior design coursework, giving them an opportunity to obtain real-world experience in the interior design and construction industry. Internships and co-op job opportunities are available throughout the community; however, there is no guarantee of internship placement. The ultimate responsibility for obtaining a placement rests with the student. Assistance is provided by department faculty and Career Services. Internships may be paid or unpaid. A learning contract containing specific educational objectives that relate to both the work experience and academic studies is developed between the student and a faculty internship coordinator. Course requirements include a minimum of 60 hours of work per credit, maintenance of a work journal, and a final paper. Open to IND majors only. Prerequisite(s): Approval of department, minimum G.P.A. of 2.5, and sophomore standing.
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IND 293 Internship in Interior Design Credits: (2)
This course is designed for students in their second year of interior design coursework, giving them an opportunity to obtain real-world experience in the interior design and construction industry. Internships and co-op job opportunities are available throughout the community; however, there is no guarantee of internship placement. The ultimate responsibility for obtaining a placement rests with the student. Assistance is provided by department faculty and Career Services. Internships may be paid or unpaid. A learning contract containing specific educational objectives that relate to both the work experience and academic studies is developed between the student and a faculty internship coordinator. Course requirements include a minimum of 120 hours of work, maintenance of a work journal, and a final paper. Open to IND majors only. Prerequisite(s): Approval of department, minimum G.P.A. of 2.5, and sophomore standing.
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IND 294 Internship in Interior Design Credits: (3)
This course is designed for students in their second year of interior design coursework, giving them an opportunity to obtain real-world experience in the interior design and construction industry. Internships and co-op job opportunities are available throughout the community; however, there is no guarantee of internship placement. The ultimate responsibility for obtaining a placement rests with the student. Assistance is provided by department faculty and Career Services. Internships may be paid or unpaid. A learning contract containing specific educational objectives that relate to both the work experience and academic studies is developed between the student and a faculty internship coordinator. Course requirements include a minimum of 180 hours of work, maintenance of a work journal, and a final paper. Open to IND majors only. Prerequisite(s): Approval of department, minimum G.P.A. of 2.5, and sophomore standing.
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Italian |
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ITA 101 Elementary Italian I Credits: (3)
This course is designed for students with little or no previous knowledge of Italian. Students acquire basic grammar and lexical skills that will enable them to communicate in routine social or professional situations within an authentic cultural context. Topics may include, but are not limited to the following: meeting and greeting, the city, describing people, university life, food, and family. This course also fulfills the Global Awareness and Diversity (GLAD) requirement at OCC. Upon successful completion of ITA 101, students may enroll in ITA 102 .
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ITA 102 Elementary Italian II Credits: (3)
This course is a sequel to Elementary Italian I. It builds upon the basic grammatical, linguistic, communicative, and cultural concepts learned in ITA 101 . Students learn to communicate in the context of an increasing number of daily life topics. Topics may include, but are not limited to, the following: travel, getting around as a tourist, media, clothing and fashion, housing, and going on vacation. This course also fulfills the Global Awareness and Diversity (GLAD) requirement at OCC. Prerequisite(s): ITA 101 or permission of instructor.
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ITA 201 Intermediate Italian I Credits: (3)
This dynamic course draws upon previously acquired knowledge, while introducing students to more complex grammatical and lexical structures to further develop communicative proficiency and cultural knowledge. The course is conducted mostly in Italian. Upon successful completion of ITA 201, students may enroll in ITA 202. This course also fulfills the Global Awareness requirement at Onondaga. Prerequisite(s): ITA 102 , four years of high school Italian, or permission of instructor.
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ITA 202 Intermediate Italian II Credits: (3)
This course is a sequel to Intermediate Italian I. It expands upon complex grammatical and lexical structures. It is conducted entirely in Italian and provides a solid foundation for advanced study. Upon completion of ITA 202, students may enroll in any intermediate-high level course. Students who successfully complete the ITA 202 level have fulfilled their language requirement for the AA in Humanities and Teacher Prep Programs. The three additional credits may be taken in a Humanities elective instead of in a language course. This course also fulfills the Global Awareness requirement at OCC. Prerequisite(s): ITA 201 , 5 years of high school Italian, or permission of instructor.
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Literatures, Cultures, and Civilizations |
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LCC 220 French Literature and Civilization in English I Credits: (3)
A survey of French literature and civilization from the Middle Ages to the Renaissance, examining representative works within the context of artistic, historical and intellectual developments. Lectures and readings in English. This course fulfills the SUNY Gen Ed western civilization requirement as well as the Global Awareness requirement for the A.A. in Humanities and Social Sciences. However, it does NOT fulfill the foreign language requirement for any degree program.
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LCC 245 Latin American Civilization and Cultures Credits: (3)
This survey course taught in English will increase students’ understanding of the diverse and complex cultures of Latin America through an analysis of the historic, political, and economic forces that have shaped its societies, and by comparing and contrasting their historic and contemporary cultural manifestations to those in other parts of the world.
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Law Enforcement |
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LEC 103 Principles of Law for Law Enforcement Officers Credits: (7)
An introduction to the law as required of candidates. NYS DCJS Topics include: field note taking, communications, case preparation & demeanor in official proceedings, professional traffic stops, interpersonal skills - arrest techniques. Prerequisite(s): permission of instructor. Co-requisite(s): LEC 105 .
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LEC 105 Law Enforcement Procedures Credits: (8)
Teaches police candidates the various topics, knowledge, actions, and procedures required of a police officer. NYS DCJS topics include: observation & patrol, DWI detection & standardized field sobriety testing, crimes in progress, traffic enforcement procedures, arrest processing, report writing, physical evidence, mental illness, and traffic direction & control. Prerequisite(s): permission of instructor. Co-requisite(s): LEC 103 .
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LEC 105L Law Enforcement Procedures - Proficiency Credits: (5)
Students are instructed in the basic physical/psychomotor skills required of a police officer candidate. Students become certified as competent in the areas of arrest techniques, defensive tactics, the use of aerosol and impact devices, riot control formations, emergency vehicle operation, and unusual occurrences/critical incident management.
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LEC 109 Public Safety Investigation Techniques Credits: (4)
Teaches police candidates the various topics, knowledge, actions and procedures required to investigate a crime. NYS DCJS topics include: Preliminary Investigation and Information Development, Interviewing Techniques, Injury & Death Cases, Sex Crimes, Common Criminal Investigation Techniques (Larceny, Auto Theft, Burglary, Robbery, Arson & Electronic Media), Narcotics & Dangerous Drugs, Organized Crime Familiarization/Enterprise Corruption, Missing & Abducted Children / Missing Adult Cases, Animal Abuse Cases, Basic Crash Management & Reporting, Domestic Violence. Prerequisite(s): LEC 103 , LEC 105 , and permission of instructor. Co-requisite(s): LEC 105L , LEC 111 , and LEC 120 .
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LEC 111 Community Relations for Public Safety Officers Credits: (2)
Teaches police candidates community relations issues and skills. NYS DCJS topics include: community relations, community resources, services to sex victims and witnesses, crime prevention and crimes against the elderly, ethical awareness issues, cultural diversity, bias related incidents and sexual harassment, persons with disabilities, and contemporary police problems. Prerequisite(s): LEC 103 , LEC 105 , and permission of instructor. Co-requisite(s): LEC 105L , LEC 109 , and LEC 120 .
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LEC 114 Phase 2 - Basic Course for Police Officers Credits: (2)
Course topics include the proper circumstances and uses of firearms; counter terrorism issues, actions and reactions techniques; command and control issues for first responders; and tactics associated with detecting fraudulent identification documents.
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LEC 114L Phase 2 Laboratory - Basic Course for Police Officers Credits: (5)
Students are instructed in and are certified as competent in the areas of firearms training, counter-terrorism, DWI detection, standard field sobriety testing, and supervised field training review and orientation.
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LEC 120 EMS Certified First Responder Credits: (3)
An introduction to EMS systems. Topics include: patient assessment, airway management, shock/hemorrhage control, trauma orientation, medical emergencies/OB emergencies and cardiology overview/defibrillation/CPR skills. Prerequisite(s): LEC 103 , LEC 105 , and permission of instructor. Co-requisite(s): LEC 105L , LEC 109 , and LEC 111 .
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LEC 126 Police Supervision Credits: (3)
This course covers those areas pertinent to law enforcement supervision such as administrative procedures, leadership, effective communication, community relations, National Incident Management System and national response plan. The General Municipal Law requires that all first-line supervisory personnel complete this course. This course is open to sworn personnel only.
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LEC 128 Instructor Development for Law Enforcement Officers Credits: (2)
This course will give police personnel the ability to research, prepare, and communicate knowledge in the field of law enforcement. Lessons focus on setting instructional objectives, factors that influence adult learning, communication skills, the instructional process, and methods of evaluating course effectiveness.
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Library |
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LIB 100 The Art of Inquiry Credits: (1)
A seminar in practical general education with emphasis on such questions/issues as: What is the art of inquiry and how does it relate to the idea of the library? What questions are most worth asking? What does it mean to tend to things artfully? What is the “gift of reading”? This course will be of special value for students who are interested in finding their teachers.
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LIB 110 Library Research Skills Credits: (1)
LIB 110 is an introductory library research skills course. Topics include: research topic development, evaluation of resources, using a college library, database search techniques, and citing sources. Students will create a final project based on research found throughout the semester.
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LIB 210 Real-World Research Credits: (1)
Finding information today is easier than it’s ever been before. But can you be sure what you’ve found is accurate? That question forms the basis of LIB 210. Topics include: types of information resources (e.g. Internet, print, etc.); search techniques; primary resources; critical evaluation; copyright and intellectual property issues; and the use and value of libraries and information centers in the twenty-first century. Students will learn how to locate and access high-quality, authoritative information. In addition, students will attain a basic familiarity with primary research methods and interpretation.
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Mathematics |
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MAT 004 Foundations of Quantitative Reasoning Credits: (3 EQ)
This course focuses on math for everyday life. Topics include numerical reasoning, proportional reasoning, algebraic reasoning, data interpretation, and modeling. There is a strong focus on effective communication of quantitative information. A balance of class discussion and group problems will prepare students for success in solving real-life problem situations in the co-requisite course. Math study skills will also be infused throughout the course. Equivalent credit will not be awarded for this course and MAT 084 . Prerequisite(s): MAT 079 or equivalent. Co-requisite(s): MAT 104 .
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MAT 014 Foundations of Algebra Credits: (3 EQ)
Topics include real number systems, algebraic operations, linear equations and inequalities, functions, coordinate systems, powers and roots. The skills and applications component provides students with an opportunity to practice newly acquired skills and to use these skills to solve practical problems. Learning strategies will be infused throughout the course. Prerequisite(s): MAT 079 or equivalent based on placement. Co-requisite(s): MAT 114 .
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MAT 018 Foundations of Statistics Credits: (3EQ)
Through class discussion and group problems, students will reinforce the material covered in the MAT 118 course, including, but not limited to, random sampling, measures of central tendency and dispersion, the normal distribution, confidence intervals, hypothesis testing, probability, correlation, and regression. Prerequisite concepts will also be reviewed, including, but not limited to, percents, fractions, rounding rules, evaluation of algebraic expressions, extracting information from tables and graphs, graphing, and interpreting equations of lines. Learning strategies will also be infused throughout the course. Equivalent credit will not be awarded for this course and MAT 084 or MAT 088 . Not open to Math/Science or Engineering Science majors. A calculator with two-variable statistics capabilities is required. Prerequisite(s): MAT 079 or equivalent. Co-requisite(s): MAT 118 .
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MAT 079 Pre-Algebra Credits: (3EQ)
This course will provide students with concepts and techniques associated with pre-algebra mathematics. Topics include arithmetic of fractions, decimals, proportions and percents, and an introduction to signed number operations. This course will emphasize both skill development and an application of these skills to real world situations.
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MAT 083 Essential Mathematics Credits: (6EQ)
This course focuses on math for everyday life. Topics include fluency with numbers, proportional reasoning, data interpretation, algebraic reasoning, modeling, and communicating quantitative information. Development of arithmetic skills (fractions, decimals, proportions, and percents) is incorporated throughout the course. Mathematical concepts are investigated through group problems and class discussions based on real-life contexts of citizenship, personal finances, and medical literacy. This course prepares students to take a college-level non-STEM course in mathematics, such as MAT 104 , MAT 112 , MAT 113 , or MAT 118 . Students needing MAT 114 will also need to take MAT 088 .
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MAT 084 Mathematical Literacy Credits: (4EQ)
This course focuses on mathematics for everyday life. It integrates fluency with numbers, proportional reasoning, data interpretation, algebraic reasoning, modeling, and communicating quantitative information. Mathematical concepts are investigated through group problems and class discussions based on real-life contexts of citizenship, personal finances, and medical literacy. This course prepares students to take a college-level non-STEM course in mathematics, such as MAT 104 , MAT 112 , MAT 113 , or MAT 118 . Students placing at this level and needing MAT 114 should take MAT 087 or MAT 088 instead of this course. Prerequisite(s): Arithmetic skills.
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MAT 085 Math Skills and Applications Credits: (1EQ)
Provides learning reinforcement for students enrolled in the areas of arithmetic, elementary algebra, or intermediate algebra. Both mathematical skills and applications will be emphasized. Students may enroll in this course only with a math diagnostician’s recommendation. This course will be offered in a workshop format as needed or as requested by other disciplines requiring math skills (i.e. Nursing, health related professions, Economics).
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MAT 087 Beginning Algebra Credits: (3EQ)
Topics include real number systems, algebraic operations, linear equations, coordinate systems, powers and roots, polynomials and factoring. Prerequisite(s): MAT 079 or equivalent based on placement testing.
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MAT 088 Beginning Algebra and Applications Credits: (4EQ)
Topics include real number systems, algebraic operations, linear equations and inequalities, functions, coordinate systems, powers and roots, Pythagorean Theorem, polynomials, and factoring. The skills and applications component provides students with an opportunity to practice newly acquired skills and to use these skills to solve practical problems. Math study skills will be infused throughout the course. Prerequisite(s): MAT 079 or equivalent based on placement.
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MAT 089 Beginning Algebra for Advanced Manufacturing/Mechanical Technology Program Credits: (2EQ)
This non-credit course runs concurrently with MAT 109 and is required for students in need of beginning algebra skills as determined by placement testing. Topics will include real number systems, algebraic operations, linear equations, coordinate systems, powers and roots, polynomials and factoring, basic geometric and trigonometric concepts. A focus on mathematical applications pertaining to the Advanced Manufacturing/Mechanical Technology curriculum will be prevalent throughout the course. Equivalent credit will not be awarded for this course and MAT 087 or MAT 088 . For Advanced Manufacturing - Machining Certificate and Mechanical Technology A.A.S. Program students only. Prerequisite(s): MAT 079 or equivalent. Co-requisite(s): MAT 109 Intermediate Algebra for Advanced Manufacturing/Mechanical Technology Programs
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MAT 104 Quantitative Reasoning Credits: (3)
This course focuses on mathematics and statistical reasoning important for decision-making in everyday life. It integrates quantitative literacy with numeracy, mathematical modeling, probability, and statistical thinking. Concepts are investigated with hands-on activities using important medical, environmental, and financial examples. Communicating mathematics and using appropriate technologies will also be developed in this courses. Prerequisite(s): MAT 004 (recommended) or higher, placement into college-level mathematics, or permission of instructor.
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MAT 109 Intermediate Algebra for Advanced Manufacturing/Mechanical Technology Programs Credits: (4)
This is a class designed to fulfill the mathematics requirement for the Advanced Manufacturing - Machining Certificate program and satisfy the prerequisite for the mathematics requirement for the Mechanical Technology A.A.S. degree program. Topics include solving linear equations and inequalities, graphs, functions, systems of equations, polynomials and polynomial functions, factoring, rational expressions and equations, radical expressions and equations, geometric concepts, quadratic equations, and right triangle trigonometry. A focus on mathematical applications pertaining to the Advanced Manufacturing curriculum will be prevalent throughout the course. This course may not be applicable as math credit for other departments without departmental permission. This course will not count toward any elective credit for Math-Science. Credit will not be awarded for this course and MAT 114 . For Advanced Manufacturing - Machining Certificate and Mechanical Technology A.A.S. Program students only. Prerequisite(s): MAT 087 or MAT 088 (or equivalent) or MAT 084 .
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MAT 112 Nature of Mathematics Credits: (3)
The purpose of this course is to improve problem-solving skills and extend students’ understanding of the nature of mathematics. The topics will include: problem-solving, number theory, Euclidean and Non-Euclidean geometry, the concept of infinity, and optional topics chosen from probability, topology, chaos, and fractals. This course is primarily for liberal arts students entering fields of study that do not have a strong mathematical emphasis. Prerequisite(s): MAT 004 or higher, except MAT 079 , placement into college-level mathematics, or permission of instructor.
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MAT 112H Honors Nature of Mathematics Credits: (3)
The purpose of this course is to improve problem-solving skills and extend students’ understanding of the nature of mathematics. The topics will include: problem-solving, number theory, Euclidean and Non-Euclidean geometry, the concept of infinity, and optional topics chosen from probability, topology, chaos and fractals. This course is primarily for liberal arts students entering fields of study which do not have a strong mathematical emphasis. Prerequisite(s): placement into a college level math course. Open to Honors College students only.
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MAT 113 Contemporary Mathematics Credits: (3)
The purpose of this course is to show a direct connection between mathematics and concrete real-life problems. Topics will include voting theory, routing problems (graph theory), and either scheduling, fair division, or apportionment. This is a course primarily for liberal arts students entering fields of study that do not have a strong mathematical emphasis. Participation in group work is required for classroom sections. Prerequisite(s): MAT 004 or higher, except MAT 079 , placement into college-level mathematics, or permission of instructor.
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MAT 114 Intermediate Algebra With Applications Credits: (4)
Topics include solving linear equations and inequalities, graphs, functions, polynomials and polynomial functions, factoring, rational expressions and equations, radical expressions and equations, quadratic equations, graphs of parent functions, right triangle trigonometry, and applications. This course will not count toward any elective credit for Math/Science majors. A scientific calculator is required, or a graphing calculator is recommended for STEM majors. Prerequisite(s): MAT 014 or MAT 088 with a grade of SB or higher, or any higher-level MAT course (except MAT 104, 112, 113, or 118), or equivalent placement.
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MAT 115 Modeling for Decision Making Credits: (3)
Linear systems, matrices, linear programming, mathematics of finance, counting procedures, sets, probability, functions, exponents. Use of specific technology will be required. Not open to Math/Science students. Prerequisite(s): Grade of C or better in Intermediate Algebra (MAT 114 ) or equivalent, or permission of instructor.
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MAT 116 Decision Making With Calculus Credits: (3)
This is the second of a two-semester sequence designed for business transfer and Computer Information Systems (CIS) students. Topics include: limits, instantaneous rates of change, differentiation, exponential and logarithmic functions, antiderivatives, indefinite integrals, definite integrals, and applications to business, managerial and social sciences. Not open to Math/Science majors. Prerequisite(s): MAT 115 or MAT 143 .
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MAT 118 Exploring Statistics Credits: (3)
This is an introductory statistics course for non-STEM majors. Topics include: random sampling, graphical displays of data, measures of central tendency and dispersion, normal distribution, standard scores, confidence intervals, hypothesis testing, Student t distribution, two-way tables, probability, correlation and regression. Not open to Math/Science or Engineering Science majors or to anyone having earned credit in MAT 151 or BUS 219 . A calculator with two-variable statistics capabilities may be required. Prerequisite(s): MAT 004 or MAT 018 (recommended), or higher, placement into college-level mathematics, or permission of instructor.
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MAT 119 Mathematics for Technical Disciplines I Credits: (4)
This is the first course in a two-semester sequence of dimensional analysis, intermediate algebra, geometry, trigonometry, graphs and control charts, with an understanding of basic statistics. Topics included are: scientific and engineering notation, significant figures, unit conversion, fundamental concepts of algebra, functions and graphs, solving linear and quadratic equations, systems of equations, right triangle trigonometry, basic statistics, graphs and control charts. The scientific calculator will be used throughout the course. This course is intended for technical majors. Prerequisite(s): A grade of C or better in Intermediate Algebra (MAT 114 ) or equivalent, or permission of instructor.
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MAT 120 Mathematics for Technical Disciplines II Credits: (3)
This is the second course in a two-semester sequence of dimensional analysis, intermediate algebra, geometry, trigonometry, graphs and control charts, with an understanding of basic statistics. Topics included are: trigonometry (including identities), logarithms, exponential and logarithmic equations, variation, graphing with log and semi-log scales, and a brief introduction to differentiation and integration of polynomials. The scientific calculator will be used throughout the course. This course is intended for technical majors. Prerequisite(s): A grade of C or better in Mathematics For Technical Disciplines I (MAT 119 ) or equivalent, or permission of instructor.
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MAT 121 Math for Elementary Teachers Credits: (4)
This course is the first of a two-semester sequence designed for the prospective B-2, 1-6, 5-9, and B-6 teacher. Students who plan to transfer to a four-year institution in Early Childhood or Middle Childhood Education should take this course and MAT 122 . Students will develop an understanding of the mathematical curriculum recommended by the National Council of Teachers of Mathematics (NCTM) Standards. Topics include: sets, numeration systems, whole numbers, integers, rational numbers, real numbers, and number theory. A hands-on, problem-solving, technology-based approach will be emphasized throughout this course. Successful completion of the MAT 121 Competency Test is required prior to taking the final exam. A grade of 60% or better is required on the cumulative final exam to pass the class. This course fulfills the math requirements for General Studies, Humanities, and Early Childhood/Childhood Education only. Prerequisite(s): MAT 088 .
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MAT 122 Mathematics for the Elementary School Teacher: Problem Solving II Credits: (4)
This course is the second of a two-semester sequence designed for the prospective B-2, 1-6, 5-8, and B-6 teacher. Students who plan to transfer to a four-year institution in Early Childhood or Middle Childhood Education should take MAT 121 and this course. Students will develop a comprehensive understanding of the mathematical curriculum recommended by the National Council of Teachers of Mathematics’ (NCTM) Standards. Topics include: geometry, probability, statistics, and the metric system. A hands-on problem-solving technology-based approach will be emphasized throughout the course. This course fulfills the math requirement for General Studies, Humanities, and Human Services only. Prerequisite(s): MAT 121 .
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MAT 142 Trigonometric Functions Credits: (1)
This course provides a functions (circular) approach to the study of trigonometry. Topics include unit circle, radian measure, identities and proofs, multiple and half angle formulas, inverse trigonometric functions, and solving trigonometric equations. Graphing calculator use is required. Prerequisite(s): Intermediate Algebra, College Algebra, or permission of department.
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MAT 143 Pre-Calculus With Trigonometry Credits: (4)
This course is designed to provide the necessary foundation for a standard calculus course. Topics include absolute value and quadratic inequalities, functions and their equations, exponential and logarithmic functions and their applications, right triangle trigonometry, law of sines and law of cosines, trigonometric functions (circular) and their inverses, trigonometric identities and equations, addition and multiple angle formulas, and binomial theorem. Graphing calculator use is required. Prerequisite(s): Grade of C or better in Intermediate Algebra (MAT 114 ), College Algebra, or permission of instructor.
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MAT 151 Statistics I Credits: (4)
Topics covering the descriptive and inferential aspects of statistics will include: frequency distribution, graphs, measures of central tendency and dispersion, linear correlation and regression, probability, probability distributions, binomial and normal distributions, introduction to sampling theory, estimation theory, and hypothesis testing. Computer software will be used. A graphing calculator with specific statistical capabilities will be required for this course. Credit will not be given for both MAT 151 and BUS 219 . Prerequisite(s): MAT 116 , MAT 143 , or permission of instructor.
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MAT 152 Statistics II Credits: (3)
A continuation of Statistics I to include the topics two-sample analysis, linear and multiple regression, correlation, analysis of variance, non-parametric statistics and Chi-square goodness of fit. Time series analysis and/or statistical process control as time permits. Computer software and graphing calculator applications will be an integral component of this course. A graphing calculator with specific statistical capabilities will be required. Credit will not be given for both MAT 152 and BUS 220 . Prerequisite(s): MAT 151 or BUS 219 or equivalent.
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MAT 161 Calculus I Credits: (4)
This is a first course in calculus for students in mathematics, science, computer science and engineering. Topics include basic analytic geometry, functions, limits and continuity, derivatives of algebraic and trigonometric functions, chain rule, implicit differentiation, antiderivatives, definite integrals, Fundamental Theorem, applications of derivatives and integrals. Graphing calculator use is required. Prerequisite(s): Four years of college-preparatory mathematics (including trigonometry) or a C or better in Precalculus with Trigonometry (MAT 143 ) or Mathematics for Technical Disciplines II (MAT 120 ) or permission of instructor.
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MAT 162 Calculus II Credits: (4)
A second course in calculus for students in mathematics, science, and engineering. Applications of integrals; derivatives and integrals of exponential, logarithmic, and inverse trigonometric functions; indeterminate forms and L’Hôpital’s rule; techniques of integration; improper integrals; numerical integration; infinite series; conic sections; parametric equations; polar coordinates and polar graphs. Graphing calculator use is required. Prerequisite(s): MAT 161 Calculus I , or equivalent.
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MAT 241 Linear Algebra Credits: (3)
This elective for Engineering, Computer Science, and Liberal Arts and Sciences: Mathematics and Science majors introduces students to the deductive style of higher-level mathematics courses. Topics include systems of linear equations, matrices, real vector spaces, subspaces, linear independence, basis, dimension, row and column space of a matrix, linear transformations, kernel, range, matrix of a linear transformation, determinants, eigenvalues, and eigenvectors, and Gram-Schmidt Process. Prerequisite(s): A grade of C or better in Calculus I (MAT 161 ) or equivalent, or permission of instructor.
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MAT 251 Discrete Mathematics Credits: (3)
This course covers the study of set theory, logic, techniques of proof, basic number theory, functions, relations, algorithms, combinatorics, partitions, recurrence relations, induction, and recursion. Prerequisite(s): A grade of C or better in Calculus I (MAT 161 ) or permission of instructor.
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MAT 263 Calculus III Credits: (4)
The following topics are studied: vectors, vector functions, 3-dimensional analytic geometry, partial derivatives, total differentials, gradients, multiple integrals, line integrals, Green’s theorem, Stokes’s theorem. Prerequisite(s): MAT 162 .
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MAT 264 Differential Equations Credits: (4)
A course designed primarily for Math/Science and Engineering majors. Topics include: definitions, first-order differential equations, linear equations of order two and higher, Laplace transforms, series solutions, systems of differential equations, numerical solution methods, modeling applications. Prerequisite(s): MAT 162 .
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Mechanical Technology |
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MET 150 Introduction to Engineering Credits: (3)
An introduction to the engineering discipline/profession. Topics covered will include the following: an introduction to the various types of engineering majors and professions, engineering design and analysis methods, elementary engineering statistics and data analysis, computer literacy, working in a team setting, oral and written communications, use of practical engineering tools, and engineering ethics. Coverage of computer literacy may include word processing, spreadsheet, and presentation software (MS Word, Excel, PowerPoint), graphical applications software (CAD or solid modeling), scientific programming, and mathematical or laboratory software applications.
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MET 151 Machine Tools Credits: (3)
A study of basic theory and laboratory experiences for lathes, milling, drilling, grinding, bench work, and shaping operations. Study of cutting speeds, surfact finishes as well as machine cababilities is included. Two class hours and a three hour laboratory.
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MET 152 Machine Tools Credits: (3)
A continuation of MET 151 . Additional theory and laboratory experiences include: milling, attachments, broaching, machine tooling, tapers, heat treating, metal finishes, and inspection. Also basic programming and operations of numerical control equipment. The basic applications of jigs and fixtures. Prerequisite(s): MET 151 or permission of instructor. Two class hours and laboratory.
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MET 153 Introduction to Modern Manufacturing Credits: (3)
This course compares traditional manufacturing to modern manufacturing. Elements of Kaizen, Delivery, Accelerated Lead Time Reduction, and Work Place Organization, along with their applications are studied. Pull Systems, Cellular Manufacturing, Statistical Process Control, and Value Stream Mapping are also investigated. Each is studied as to how they relate to one another and the total process of modern manufacturing.
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MET 161 Engineering Drawing I Credits: (3)
This course is designed to prepare students with the necessary skills to interpret and construct engineering drawings. Lectures address such topics as drawing interpretation, orthographic projection systems, dimensioning, geometric dimensioning, and tolerancing, while laboratory sessions give the students practice in drawing creation. Two class hours and three laboratory hours per week.
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MET 171 Manufacturing Processes Credits: (3)
This course covers the principles and procedures of various manufacturing processes used in modern industries. Material selection and machine tools required for the processes are emphasized. Two class hours and a three-hour lab per week.
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MET 251 Appl Strength/Materials Credits: (4)
This course is a study of basic stress-strain analysis as applied to mechanical members. Topics include stress-strain relationships, co-planar force systems, stress in trusses, deformation, shear, torsion, bending moments, centroids, moments of inertia, and deflection of beams. Prerequisite(s): MAT 120 or higher, or permission of instructor. Three class hours and three laboratory hours per week.
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MET 252 Physical Metallurgy Credits: (3)
Provides a sound foundation of learning in the area of properties and microstructures of the important ferrous and nonferrous alloys. Also provides a firm foundation relative to the understanding of internal metallic structures of metals. The contents of the course include: metallic structures, the unit cell, atomic radius, planer density, effects of stress and temperature on simple metal structures, ferrous alloys (steel, superalloys, cast iron, ductile iron, malleable iron), phase diagrams, aluminum alloys, heat treatment of metals. Prerequisite(s): MAT 119 or higher or permission of instructor. Two class hours, three lab hours.
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MET 254 Numerical Control Programming Credits: (3)
Designed to prepare students with the necessary skills to program NC and CNC controlled machine tools. Lectures address such topics as drawing interpretation, program formats, input media, sub-routines, canned cycles, and tooling, while the laboratory sessions give the students practice in programming learned techniques. Prerequisite(s): MET 261 or permission of instructor; Co-requisite(s): MET 151 . Two class hours and three laboratory hours.
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MET 261 Introduction to CAD Credits: (3)
An introductory course in CAD (Computer-Aided-Drafting) utilizing state-of-the-art software. Topics to include the manipulation of the basic drawing commands to construct computer-detailed, multi-view drawings with printer/plotter hard copy output. Prerequisite(s)/Co-requisite(s): MET 161 or permission of instructor.
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MET 270 Solid Modeling Credits: (4)
This is a course designed to acquaint students with parametric computer-aided design software. Utilizing state-of-the-art software, students will be introduced to the manipulation of basic commands necessary to construct three-dimensional models, including datum plane creation, extrusions, cuts, sweeps, and blends. Prerequisite(s): MET 161 or permission of instructor. Four credit hours.
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MET 275 Engineering Computations Credits: (3)
This course is designed to introduce students to the concepts of Engineering Computations while utilizing contemporary spreadsheet and MATLAB software. Topics include computational theory, number representation (scalars, arrays, and matrices), and programming constructs such as algorithm development and flow-charting. Root finding, matrix methods, simultaneous equations, numerical integration, and optimization will also be discussed. Prerequisite(s): MAT 120 or higher, or permission of instructor.
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MET 291 Cooperative Education Credits: (3)
Designed to provide work experience directly related to the student’s field of study. A learning contract, containing specific educational objectives related to the work experience and the student’s field of study, is developed by the student and the faculty co-op coordinator. Course requirements include a minimum of 180 hours of work in the student’s field of study, maintenance of a work journal to record hours worked and duties performed, and a final paper. This will allow the student to earn three credit hours. The student’s performance will be evaluated by the faculty co-op coordinator on the basis of meeting the objectives in the learning contract and satisfactory evaluations by the employer.
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Music |
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MUS 065 Music Fundamentals Credits: (1 EQ)
This online course will help increase understanding and application of the rudiments of music prior to beginning college level music theory. The focus will be on mastery of music notation, music reading, simple intervals, triads, key signatures, and major and minor scales. Prerequisite(s): permission of instructor.
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MUS 066 Beginning Music Reading I Credits: (1EQ)
This is an introductory course for Music Reading (MUS 101R ). Course content includes instruction in the recognition/performance of rhythms, pitches, meters, and notational systems
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MUS 067 Beginning Music Reading II Credits: (1EQ)
This is an introductory course for Music Reading. This course is a continuation of MUS 066 , which includes instruction in the recognition/performance of rhythms, pitches, and meters. Prerequisite(s): MUS 066 .
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MUS 100A Convocation Credits: (1)
This course will provide professional concerts to help build strong professional music attitudes concerning repertoire and performance. Additionally, this course will provide performing opportunities for soloists or groups presenting professional level concerts. It will also raise the level of professional musical consciousness for many performing mediums and studies.
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MUS 100B Convocation Credits: (1)
This course will provide professional concerts to help build strong professional music attitudes concerning repertoire and performance. Additionally, this course will provide performing opportunities for soloists or groups presenting professional level concerts. It will also raise the level of professional musical consciousness for many performing mediums and studies.
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MUS 100C Convocation Credits: (1)
This course will provide professional concerts to help build strong professional music attitudes concerning repertoire and performance. Additionally, this course will provide performing opportunities for soloists or groups presenting professional level concerts. It will also raise the level of professional musical consciousness for many performing mediums and studies.
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MUS 100D Convocation Credits: (1)
This course will provide professional concerts to help build strong professional music attitudes concerning repertoire and performance. Additionally, this course will provide performing opportunities for soloists or groups presenting professional level concerts. It will also raise the level of professional musical consciousness for many performing mediums and studies.
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MUS 101D Diction for Singers Credits: (3)
A basic study of French, German and Italian diction with practical application to singing. Students must be enrolled as vocal majors in the Music Department at Onondaga Community College.
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MUS 101K Keyboard Harmony Credits: (1)
The goal of this course is to familiarize students with fundamental concepts involved in harmonizing melodies at the piano, particularly as those concepts apply to playing from a “lead sheet” (i.e., melodies with chord symbols) and to develop the necessary skill to harmonize simple melodies without chord symbols.
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MUS 101R Music Reading I Credits: (1)
Music Reading courses (MUS 101R, 102R , 201R , and 202R ) are four-semester sequenced aural skills courses designed for music majors looking to transfer to four-year music schools. Topics included in MUS 101R are singing prepared melodic examples using solfeggio syllables, singing unprepared melodies (sight singing), performing rhythmic exercises, and melodic, rhythmic, and harmonic dictation. Prerequisite(s): Music Theory placement exam. Co-requisite(s): MUS 101T or permission of instructor.
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MUS 101T Music Theory I Credits: (3)
This course covers notation, scales (major, minor, and chromatic), tempo designations, intervals, triads, seventh chords, modes, figured bass, and species counterpoint. Prerequisite(s): Music Theory placement exam and permission of instructor. Co-requisite(s): MUS 101R .
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MUS 102K Keyboard Harmony Credits: (1)
This course will familiarize students with certain fundamental concepts involved in harmonizing melodies at the piano, particularly as these concepts apply to playing from “lead sheets” (melodies with chord symbols) and to develop the ability to harmonize simple melodies without chord symbols.
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MUS 102R Music Reading II Credits: (1)
Music Reading courses (MUS 101R , MUS 102R, MUS 201R , and MUS 202R ) are a sequence of aural skills courses designed for music majors looking to transfer to four-year music schools. Students will learn to sing, hear, and dictate melodic, rhythmic, and harmonic materials used in diatonic harmony. Prerequisite(s): MUS 101R and permission of instructor. Co-requisite(s): MUS 102T or permission of instructor.
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MUS 102T Music Theory II Credits: (3)
This course is a continuation of MUS 101T and is a study of tonal harmony and voice leading, both through written work and analysis. The focus is primarily on diatonic harmony but will also include techniques of tonicization through the use of secondary harmonies. Topics covered include four-part SATB writing and analysis of the harmonic function of music through the use of the phrase model, cadence types, and embellishing tones. Prerequisite(s): MUS 101T and permission of instructor.
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MUS 103 Music Appreciation I Credits: (3)
This course is designed to introduce students to the basic elements of music with an emphasis on what to listen for in all music. The styles of important composers of the 18th and 19th centuries will be compared and discussed in relation to the cultural and historical background of the times in which they lived, as well as their impact and influence on the many styles of music we listen to today.
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MUS 104 Music Appreciation II Credits: (3)
This course focuses on the diverse styles of music composed from the beginning of the 20th century through the present day, including European and American concert music, jazz, popular music, music for film and stage, and music of non-European cultures. Topics include the role that music plays in society, as well as its impact on other disciplines from advertising to medicine.
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MUS 105 Survey of Western Music History I Credits: (3)
A survey of music in western civilization from Greek antiquity through the Baroque Era, including an analysis of the evolution of music styles from the Early Christian Era to about 1750. Not open to non-music majors. Prerequisite(s)/Co-requisite(s): Major-level music theory course (MUS 101T , MUS 102T , MUS 201T , or MUS 202T ) or permission of instructor.
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