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Business Administration |
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BA 4285 - Financial and Retirement Planning
This course introduces the student to the process of financial and retirement planning. The course looks into why there is a need for financial planning and explains the process, from the data gathering stage ,through to the monitoring of the final plan. The course focuses special attention on the retirement planning process including sources of retirement funds and evaluating the risk of clients outliving their resources. The course also explains the regulatory and ethical issues around financial planning.
Prerequisite(s): BA 3126 - Fundamentals of Investing and BA 3240 - Risk Management and Insurance .
3 hours Lecture and Discussion
3 credits
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BA 4565 - Entrepreneurship in Practice
An advanced course in organizing and operating a small business. Case studies and real-world application of entrepreneurship will be examined and analyzed. Course emphasis is on the final development and refinement of the business plan. The student will present his/her fully developed business plan.
Prerequisite(s): Entrepreneurship Finance and BA 3360 - Law for Entrepreneurs .
3 hours Lecture and Discussion
3 credits
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SR 4041 - Student Research
This course is designed for students of all majors who are of sophomore status and above with a minimum cumulative GPA of 2.7 and who have a serious desire and potential to undertake a research project. After obtaining the approval of a faculty mentor, students intending to register for student research will need to submit a 1-2 page proposal to the Student Research Committee for approval. Proposals should include an abstract, project time line, budget, and any funding requests. For registration in the fall semester, a proposal should be submitted no later than April 20th and for registration in the spring semester, a proposal should be submitted no later than Nov. 20th. Once approved, registration is through the student’s departmental chair. Students, mentors and committee members will meet throughout the semester, with student presentations at the end of the semester.
Contact hours dependent on number of credits registered for this course
1-3 credits
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Chemistry |
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CH 0011 - Basic Chemistry
Non-credit preparation is provided for CH 1103 - General Chemistry I and CH 1203 - General Chemistry II . Energy, matter, and change, with appropriate problem-solving applications are emphasized. Formulas, equations, and descriptive chemistry are covered in the laboratory.
3 hours Lecture and 3 hours Laboratory
0 credits
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CH 1001 - Chemistry Fundamentals
Basic chemical concepts are presented to non-science majors. The foundation of chemical knowledge is gained to enable the making of informed personal and professional decisions. Lecture topics include: structure, bonding and reactivity, water and solutions, bio-organic and environmental chemistries. This course does not satisfy the requirement for CH 1103 - General Chemistry I . This course should be taken concurrently with the lab.
3 hours Lecture
3 credits
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CH 1001L - Chemistry Fundamentals Laboratory
Experiments are performed to provide familiarity with basic laboratory skills. This course is to be taken concurrently with or after having successfully completed the CH 1001 - Chemistry Fundamentals lecture.
3 hours Laboratory
1 credit
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CH 1103 - General Chemistry I
The basic principles of chemistry are introduced. Topics covered include atomic structure, periodic trends, molecular bonding and shapes, intermolecular forces, and properties of solutions. Also discussed are: ionic and covalent compounds, the mole concept, chemical equations, stoichiometry, major classes of chemical reactions, and thermochemistry.
Prerequisite(s): high school chemistry. Co-requisite: CH-1103L
Note: This course is to be taken concurrently with the General Chemistry I Laboratory.
3 hours Lecture
3 credits
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CH 1103L - General Chemistry I Laboratory
Experiments are performed to reinforce concepts discussed in lecture, as well as to develop basic laboratory skills. Topics covered include unit conversion and nomenclature, redox and precipitation reactions stoichiometry, calorimetry, titrations, and molecular structure. This course is to be taken concurrently with, or after having successfully completed, the CH 1103 - General Chemistry I lecture.
Prereq/Corequisite CH 1103
3 hours Laboratory
1 credit
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CH 1203L - General Chemistry II Laboratory
Experiments are performed to enhance and develop laboratory techniques as well as to carry out qualitative and quantitative analysis of ions. Chemical equilibrium is also covered. This course is to be taken concurrently with or after having successfully completed, the CH 1203 - General Chemistry II lecture.
Prerequisite(s): and
3 hours Laboratory
1 credit
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CH 2003 - Principles of Organic Chemistry
A survey of both aliphatic and aromatic classes of compounds, with their traditional subclasses, is provided. Basic reaction mechanisms are introduced and special topics, such as: fats and oils, detergents, carbohydrates, and proteins are covered briefly.
Prerequisite(s): and . This course is to be taken concurrently with the .
3 hours Lecture
3 credits
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CH 2003L - Principles of Organic Chemistry Laboratory
Common techniques used for the separation, purification, and identification of organic compounds, including chromatographic techniques and infrared spectroscopy, are introduced. This course is to be taken concurrently with, or after having successfully completed, the CH 2003 - Principles of Organic Chemistry lecture.
3 hours Laboratory
1 credit
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CH 2004 - Fire Protection Chemistry
This course provides knowledge of the chemistry of materials and their physical properties, as these subjects relate to fire.
1 hour Lecture and Discussion
1 credit
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CH 2005 - Chemistry of Hazardous Materials
The unique requirements in handling hazardous materials, when encountered in a chemical emergency are addressed.
1 hour Lecture and Discussion
1 credit
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CH 2006 - Safety in the Laboratory
A treatment of the hazards associated with handling chemicals that have acute or chronic toxicities and /or physical hazards in the research laboratory setting is provided. Prudent practices are emphasized,
Prerequisite(s): and .
1 hour Lecture and Discussion
1 credit
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CH 2007 - Introduction to Forensic Science
Principle areas and applications of forensic science are introduced including biological, chemical and physical methods. Proper evidence handling is also discussed.
Prerequisite(s): or
3 hours Lecture and 3 hours Laboratory
4 credits
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CH 2120 - Organic Chemistry I
Basic concepts of bonding and acid-base theory, as these apply to organic compounds, are reviewed. Structure, properties, nomenclature, and chemistry of alkanes, alkyl halides, alkenes, alkynes and alcohols are covered in depth. Development of reaction mechanisms is discussed and mechanisms for substitutions, eliminations, and additions are studied as well as applied to the reactions of alkyl halides, alkenes, and alcohols.
Prerequisite(s): CH 1203 - General Chemistry II and CH 1203L - General Chemistry II Laboratory .
Note: This course should be taken concurrently with Organic Chemistry I Laboratory.
3 hours Lecture
3 credits
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CH 2120L - Organic Chemistry I Laboratory
Common techniques used for the separation, purification, and identification of organic compounds are introduced, including chromatographic techniques and infrared spectroscopy. Reactions of functional groups covered in CH 2120 - Organic Chemistry I are studied.
Prerequisite(s): CH 1203 - General Chemistry II and CH 1203L - General Chemistry II Laboratory .
Note: This course should be taken concurrently with Organic Chemistry I lecture.
3 hours Laboratory
1 credit
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CH 2131 - Descriptive Environmental Chemistry
A survey of inorganic chemistry with an environmental emphasis, geochemical cycles, aqueous equilibria, redox reactions, bacterial processes, heavy metals, and atmospheric chemistry.
Prerequisite(s): CH 1203 - General Chemistry II and CH 1203L - General Chemistry II Laboratory .
1 hour Lecture and 2 hours Laboratory
2 credits
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CH 2155 - Selected Topics I
The student, with concurrence from the instructor, will investigate in depth a topic of his/her choice. Example topics include inorganic synthesis, organic synthesis, and chemical analysis. Elective for Chemistry sophomores, juniors, or seniors with permission of Department Chairperson.
3 hours Laboratory and Instruction each
1 credit
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CH 2201 - Chemical Literature
Content and usage of various sources of chemical information are discussed. Emphasis is placed on locating specific facts and online performing literature searches. Regular library assignments are given.
Prerequisite(s): At least sophomore standing.
1 hour Lecture
1 credit
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CH 2203L - Biochemistry Laboratory
Common techniques used for the separation, purification, identification, and analysis of biochemical compounds are introduced. Various types of chromatography, electrophoresis and spectroscopy are studied. Prerequisite: Organic Chemistry I Lecture and Laboratory or Principles of Organic Chemistry Lecture and Laboratory. This course is to be taken concurrently with or having successfully completed the Biochemistry lecture. 3 hours Laboratory - 1 credit
Prerequisite(s): CH 2120 - Organic Chemistry I and CH 2120L - Organic Chemistry I Laboratory or CH 2003 - Principles of Organic Chemistry and CH 2003L - Principles of Organic Chemistry Laboratory .
Note: This course is to be taken concurrently with or having successfully completed the Biochemistry lecture.
3 hours Laboratory
1 credit
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CH 2220 - Organic Chemistry II
Structure, properties, nomenclature, and chemistry of aromatic compounds, ketones, aldehydes, carboxylic acids as well as their derivatives and the amines are introduced. Mechanisms of aromatic substitution, additions, reductions, and oxidations of carbonyl compounds, as well as the synthesis and reactions of the amines are studied. The role of organic compounds in biological systems is introduced throughout the course.
Prerequisite(s): , , CH 2120 - Organic Chemistry I and CH 2120L - Organic Chemistry I Laboratory or .
Note: This course should be taken concurrently with the Organic Chemistry II Laboratory.
3 hours Lecture
3 credits
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CH 2256 - Selected Topics II
The student, with concurrence from the instructor, will investigate in depth a topic of his/her choice. Example topics include inorganic synthesis, organic synthesis, and chemical analysis. Elective for Chemistry sophomores, juniors, or seniors with permission of Department Chairperson.
3 hours Laboratory and Instruction each
1 credit
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CH 3001 - Introductory Biomedical Instrumental Methods
A survey is given, in both theory and practice, of various types of instrumentation used in the biomedical and pharmaceutical research fields. Laboratory work includes experience with spectroscopic, chromatographic, colorimetric, radiochemical, and radiographic equipment.
Prerequisite(s): CH 1103 - General Chemistry I , CH 1103L - General Chemistry I Laboratory , CH 1203 - General Chemistry II , CH 1203L - General Chemistry II Laboratory . CH 2120 - Organic Chemistry I , CH 2120L - Organic Chemistry I Laboratory , CH 2203 - Biochemistry , CH 2203L - Biochemistry Laboratory are also desirable.
2 hours Lecture and 3 hours Laboratory
3 credits
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CH 3122 - Radioisotope Techniques
Properties of radiation; elementary radioisotope calculations; chemical, medical, and biological uses of radioisotopes are introduced.
Prerequisite(s): Permission of Instructor.
3 hours Lecture and Discussion
3 credits
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CH 3125 - Physical Chemistry I
Topics addressed are: equations of state for gases, the laws of thermodynamics and their applications, thermochemistry, homogeneous equilibria, phase equilibria, and electrochemistry.
Prerequisite(s): , MP 2219 - Physics II or or Permission of Instructor.
Note: This course is to be taken concurrently with the CH 3125L - Physical Chemistry I Laboratory .
3 hours Lecture
3 credits
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CH 3125L - Physical Chemistry I Laboratory
Experiments are performed to reinforce topics covered in CH 3125 - Physical Chemistry I . Topics included are calorimetry, vapor pressure, gas viscosity, heat capacity, and phase equilibria. This course is to be taken concurrently with or after having successfully completed CH 3125 - Physical Chemistry I .
3 hours Laboratory
1 credit
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CH 3130 - Analytical Chemistry I
Gravimetric and volumetric methods of analysis are performed. Colorimetric, electroanalytical, and chromatographic techniques are also introduced.
Prerequisite(s): and .
3 hours Lecture and 4 hours Laboratory
4 credits
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CH 3145 - Medicinal Chemistry
Medicinal chemistry covers the fundamental
aspects of drug design and discovery, as well as
the chemical characteristics of drugs that
influence their metabolism, toxicology and
pharmacodynamics. This course will focus on
various drug classes, including chemotherapy
agents, antibiotics, and antiviral drugs. Unique
case studies will be presented throughout the
course to illustrate novel and challenging
obstacles encountered in the drug development
process.
Prerequisite(s): Take CH-2120 or CH-2003
Offered Odd Years
3
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CH 3157 - Advanced Inorganic Laboratory
Inorganic and organometallic compounds are prepared using a variety of synthetic techniques and apparatus not encountered in lower division laboratory courses. Students may select syntheses from the course collection or may suggest new ones from other sources, such as the current literature.
Prerequisite(s):
3 hours Laboratory
2 credits
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CH 3220 - Advanced Organic Chemistry
Organic reaction mechanisms and their modification by inductive, resonance, and steric effects are covered in depth. Also discussed are: methods of determining reaction mechanism, stereochemistry, orbital symmetry relationships, and selected topics in synthesis.
Prerequisite(s): CH 2220 - Organic Chemistry II , CH 2220L - Organic Chemistry II Laboratory .
3 hours Lecture
3 credits
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CH 3223 - Analytical Chemistry II
A survey is provided on the sources of chemical signals, their detection and amplification by instrumental methods. Laboratory work includes visible-ultraviolet and infrared spectroscopy, gas chromatography, polarography, potentiometry, coulometry, and liquid chromatography.
Prerequisite(s): CH 3130 - Analytical Chemistry I
3 hours Lecture and 4 hours Laboratory
4 credits
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CH 3224 - Physical Chemistry II
Topics are kinetics, elementary quantum mechanics and its application to bonding theories, basic theory of spectroscopy and its use in molecular structure determination. Fourier transforms, light adsorption, and heterogeneous catalysis, transport mechanisms, and dipole moments are also covered.
Prerequisite(s): , and MP 2223 - Ordinary Differential Equations or Permission of Instructor.
3 hours Lecture
3 credits
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CH 4025 - Polymer Chemistry Introduction
A fundamental treatment of polymer science is provided. Topics covered include polymer structure, synthesis, molecular behavior, processing, environmental effects, and special materials, such as composites and biopolymers.
Prerequisite(s): CH 2120 - Organic Chemistry I and CH 2220 - Organic Chemistry II .
3 hours Lecture
3 credits
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CH 4035 - Marine Chemistry
| Marine chemistry examines the ocean as a single chemical system. This course includes the chemical properties of seawater, the application of chemical equilibrium and kinetics, the seawater carbonate system and ocean acidification, the global and oceanic carbon and nitrogen cycles, trace metals, and nutrients. Field work will introduce students to best sampling and measurement practices. Field locations are determined by the instructor. Prerequisites: General Chemistry I and General Chemistry II, either Organic Chemistry I or Principles of Organic Chemistry. 2 hours Lecture - 2 credits |
2 Hours Lecture
2
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CH 4035L - Marine Chemistry Lab
| This lab is associated with the Marine Chemistry course (CH-4035). 3-hours. 1-Credit. |
3 Hours Lecture
1
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CH 4117 - Organic Analysis
The identification of organic compounds through the use of physical properties, chemical tests, spectroscopic analysis, and preparation of known derivatives is addressed. Infrared and NMR spectroscopy and gas chromatography are available for laboratory use.
Prerequisite(s): CH 3223 - Analytical Chemistry II and CH 2220 - Organic Chemistry II or Permission of Instructor.
3 hours Lecture and 3 hours Laboratory
4 credits
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CH 4126 - Advanced Inorganic Chemistry
Present theories of chemical bonding are treated, including electrostatic, valence bond, molecular orbital and continuous solid models. From these theories the structures of inorganic substances are derived. Topics such a symmetry and point groups, nonaqueous solvent systems, secondary chemical forces, structure and properties of transition metal complexes are treated. Time permitting; a survey of organometallic chemistry is included.
Prerequisite(s): and . Prereq/Corequisite CH 3224 - Physical Chemistry II and CH 3224L - Physical Chemistry II Laboratory .
3 hours Lecture
3 credits
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CH 4150 - Separation Methods
A development of methods for laboratory-scale separations driven by distribution equilibria or by external fields is introduced. The fundamental principles that govern separation at the molecular level are discussed. Also covered are the theory of chromatographic retention; instrumentation required for gas, liquid, and supercritical fluid chromatography; as well as electrophoretic techniques. The application of theory and instrumentation to the development of methods is stressed.
Prerequisite(s): Biomedical Instrumentation or Instrumental Analysis.
1 hour lecture and 2 hours Laboratory
2 credits
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CH 4201 - Seminar (Chemistry)
Focus is placed on student-led, in-depth discussions on specific chemical issues and questions.
1 hour Lecture and Discussion
1 credit
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CH 4205 - Advanced Biochemistry
This course offers students in-depth discussion of the metabolism, signaling, and regulations in living organisms with an emphasis on key metabolites and recurring chemical patterns as well as hands-on experiences of protein purification, enzyme analysis, and computer-aided protein structural analysis.
Prerequisite(s): CH 2203 - Biochemistry and CH 2203L - Biochemistry Laboratory .
3 hours Lecture and 3 hours Laboratory
4 credits
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CH 4241 - Physical Chemistry III
Quantum theory; atomic and molecular structure; molecular symmetry and group theory; rotational, vibrational, electronic, and nuclear magnetic resonance spectroscopy; introductory statistical mechanics. Format: 3-hour lecture, 3 credits.
Prerequisite(s): CH 2220 , MP 2121 and either MP 2119 or MP 2123 Co-requisite: CH-4241L
3 hours Lecture
3 credits
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CH 42412L - Phys Chem III Lab
1 Hour Lab
1
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SR 4041 - Student Research
This course is designed for students of all majors who are of sophomore status and above with a minimum cumulative GPA of 2.7 and who have a serious desire and potential to undertake a research project. After obtaining the approval of a faculty mentor, students intending to register for Student Research will need to submit a 1-2 page proposal to the Student Research Committee for approval. Proposals should include an abstract, project timeline, budget, and any funding requests. For registration in the fall semester, a proposal should be submitted no later than April 20 and for registration in the spring semester, a proposal should be submitted no later than Nov. 20. Once approved, registration is through the student’s department chair. Students, mentors and committee members will meet throughout the semester, with student presentations at the end of the semester.
Contact hours dependent on number of credits registered for this course
1-3 credits
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Computer and Business Information Systems |
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IT 1011 - Information Technology Concepts
This course introduces many fundamental concepts of computers and information technology. Lectures and discussions include computer hardware and software. The Internet and the Web, data files and database, telecommunications and networks, and future technology trends.
Prerequisite(s): None.
Note: It is strongly recommended that this course be taken with IT 1012 - Computer Applications .
1.5 hours Lecture and Discussion
1.5 credits
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IT 1012 - Computer Applications
This course introduces the basics of popular and useful computer applications. Emphasis is placed on a working knowledge of Windows operating system, word processing, spreadsheet, and presentation software at the introductory level. MS Windows and Office software are used for hands-on exercises.
Prerequisite(s): None.
Note: It is strongly recommended that this course be taken with IT 1011 - Information Technology Concepts .
1.5 hours Lecture and Hands-on
1.5 credits
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IT 1021 - IT Infrastructure & Data Analysis
This course introduces many components of IT
infrastructure in business today. Lectures and
discussions include computer hardware and
software, Internet, computer networks, and
database. Students are required to use one of the
data analysis applications (Excel, SPSS, or other
applications) to analyze data and solve real
world problems. The course provides an option
for students to satisfy the information literacy
requirement of the current core curriculum.- 3
credits, 3 contact hours.
Prerequisite Skills:
Basic Excel Skills:
Creating and Manipulating Sheet: Insert, Delete,
Edit (Rows, Columns, Cells, etc.)
Formatting Sheet: Title, Headings, Cells, etc.
Using Simple Formulas and Functions: Sum,
Average, Max, Min, etc.
Creating and Formatting Charts: Bar Graph, Column
Chart, Pie Chart, etc.
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IT 1031 - Intermediate Computer Applications
This course extends computer applications into real -world projects. Emphasis is placed on developing a working knowledge of word processing, spreadsheet, and database management software at the intermediate level. MS Office software is used for hands-on exercises.
Prerequisite(s): IT 1011 - Information Technology Concepts and IT 1012 - Computer Applications for non-CBIS students; successful performance on CBIS departmental diagnostic exam for CBIS students.
3 hours Lecture and Hands-on
3 credits
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IT 3000 - Selected Topics in IT
These courses are designed to permit the timely introduction of new topics in areas of information technology.
Prerequisite(s): Permission of the CBIS Department Chairperson.
1 to 3 hours Lecture and Discussion
1 to 3 credits
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IT 3117 - Data Structures and File Organization
This course introduces the concept of data types and data structures and discusses their importance in information technology. Several data structures such as arrays, lists, trees, and graphs and their implementations are discussed.
Prerequisite(s): None.
3 hours Lecture and Discussion
3 credits
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IT 3222 - Database Design
This course covers various aspects of physical design in the database development process. Topics include, but are not limited to: denormalization, development and utilization of data base tables, queries, forms, and reports, with emphasis on the support of a Web site.
Prerequisite(s): IT 3104 - Database Management Concepts .
3 hours Lecture and Hands-on
3 credits
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IT 4000 - Selected Topics in IT
These courses are designed to permit the timely introduction of new topics in areas of information technology.
Prerequisite(s): Permission of the CBIS Department Chairperson.
1 to 3 hours Lecture and Discussion
1 to 3 credits
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IT 4041 - Senior Research in IT
Selected seniors engage in supervised investigations of certain topics in information technology.
Prerequisite(s): Permission of CBIS Department Chairperson.
1-3 hours of student/instructor interaction
1 to 3 credits
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IT 4042 - UNIX Based Operating System
This course teaches commands in UNIX based operating systems, shell programming tools for effective completion of system related tasks, and customization of a local environment or a whole system. UNIX and/or LINUX operating systems are explored through hands on exercises and comparison to the DOS and Windows operating systems.
Prerequisite(s): IT 1011 - Information Technology Concepts and IT 1012 - Computer Applications for non-CBIS students; IT 1031 - Intermediate Computer Applications for CBIS students.
3 hours Lecture and Hands-on
3 credits
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IT 4109 - Network Concepts
This course introduces concepts of telecommunications and computer networks. Topics include network history, communication mediums, network hardware and software, network standards (OSI model and Internet model), and various network topologies and structures. This course lays the groundwork for network design and administration (IT 4235 ).
Prerequisite(s): IT 3203 - Hardware and Software .
3 hours Lecture and Hands-on
3 credits
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IT 4146 - Systems Analysis and Design
This course introduces the systems life cycle approach to solving business problems. Students gain a working knowledge of problem analysis, requirements discovery, entity-relationship diagram, data flow diagram, and physical design in the development of information systems.
Prerequisite(s): IT 1031 - Intermediate Computer Applications .
3 hours Lecture and Hands-on
3 credits
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IT 4208 - Senior Projects in IT
This course allows students to demonstrate their ability to gain and communicate new knowledge and techniques. Students explore contemporary topics of their interest in information technology that result in a research paper and a project involving an application in information technology.
Prerequisite(s): Senior status and Permission of CBIS department chairperson.
3 hours Lecture and Hands-on
3 credits
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IT 4235 - Network Design and Administration
This course builds on the foundation established in IT 4109 . Network design, configurations, administration, and applications are discussed. Students gain a working knowledge of the analysis, design, installation, and administration of computer networks.
Prerequisite(s): IT 4109 - Network Concepts .
3 hours Lecture and Hands-on
3 credits
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SR 4041 - Student Research
This course is designed for students of all majors who are of sophomore status and above with a minimum cumulative GPA of 2.7 and who have a serious desire and potential to undertake a research project. After obtaining the approval of a faculty mentor, students intending to register for Student Research will need to submit a 1-2 page proposal to the Student Research Committee for approval. Proposals should include an abstract, project timeline, budget, and any funding requests. For registration in the fall semester, a proposal should be submitted no later than April 20 and for registration in the spring semester, a proposal should be submitted no later than Nov. 20. Once approved, registration is through the student’s departmental chair. Students, mentors and committee members will meet throughout the semester, with student presentations at the end of the semester.
Contact hours dependent on number of credits registered for this course
1-3 credits
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Criminal Justice Administration |
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CJ 1009 - Introduction to Criminal Justice
An introductory course on the theory and practice of the criminal justice system, including law enforcement, corrections, and the courts. The course presents concepts, principles and models used in the criminal justice system. Career opportunities in Criminal Justice are discussed.
3 hours Lecture and Discussion
3 credits
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CJ 2015 - American Police
The function of police, both historically and in a contemporary context, will be examined in regard to their function, their interaction with the public, as well as from individual and group police attitudes and practices.
3 hours Lecture and Discussion
3 credits
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CJ 2123 - Federal Law Enforcement
In. the United States, there are an estimated 800,000 sworn law enforcement officers working for nearly 1 8,000 agencies. While host law enforcement is performed at the state, county and municipal, federal law enforcement, which employs approximately 105,000 officers and agents, arguably gets the lion’s share of media and entertainment attention. Introduction to Federal Law Enforcement identifies the nearly one hundred different federal agencies which have law enforcement functions of one type or another, ranging &om the Federal Bureau of Investigation to the Secret Service to the Railroad Retirement Board to the Smithsonian Institute. This class will cover the position titles such as Special Agent, Police Officer and Park Ranger, and their job duties, as well as basic qualifications, the background investigation, training, as well as the on-going arguments and controversies of the size, jurisdiction and make-up of federal law enforcement. The myths of federal law enforcement as opposed to the reality will also be discussed.
3 Hours
3 Credits
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CJ 2124 - Criminology
This course utilizes criminological theory to provide the basis for examination of the nature of crime and deviance through presentations of factors that condition criminal and delinquent behavior, legal and social penalties, parole and probation, criminal justice and treatment.
3 hours Lecture and Discussion
3 credits
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CJ 2220 - Introduction to Corrections
| This course will give the student an overview of the structure, organization and operation of the correctional system as it operates today, along with the challenges and opportunities are in its future. Specific topics covered will include: why do we punish, how do we punish, do we punish, how do we rehabilitate and what are special needs populations? |
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3 Hours Lecture
3 Credits
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CJ 2225 - Juvenile Delinquency
This course explores the factors that condition juvenile delinquency, treatment of delinquency, the development of current public and private correctional facilities and community-based treatment, with emphasis on the juvenile justice system.
3 hours Lecture and Discussion
3 credits
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CJ 2230 - Women, Crime, and the Criminal Justice System
A theoretical and practical perspective will be applied to help the student examine the relationship between women, crime, and the criminal justice system with emphasis on the three major areas of: women as offenders, victims, and professionals.
3 hours Lecture and Discussion
3 credits
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CJ 2235 - Juvenile Justice
| This course focuses on the four major topics of the modern juvenile justice system: juvenile laws, the rights of juvenilies, the structure of juvenile court and the processing of youth through the court system. The historical context of juvenile corrections and the current state of juvenile corrections within the juvenile justice system will be explored. This is a required course for criminal justice majors and is paired with another required course, Juvenile Delinquency; both courses share the same two textbooks. The order in which the courses are taken is irrelevant. |
3 Hours Lecture
3 Credits
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CJ 3000 - Selected Tpoics I
Selected Tpoics I
0 Hours Lecture
3
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CJ 3120 - Penology
This course provides an analysis and evaluation of contemporary correctional systems along with an historical overview of corrections. Topics include: theories of punishment, recent developments and research concerning the correctional institution and correctional treatment and counseling.
3 hours Lecture and Discussion
3 credits
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CJ 3140 - Probation, Parole, and Community Corrections
Probation as a judicial process and parole as an executive function are examined. Innovative and progressive practices in federal, state and municipal systems are explored so that the student has working knowledge of the theory and practice in such community-based programs as work-release, half-way houses and contract program planning. The criminal’s attitude toward society and the rehabilitative process are studied.
3 hours Lecture and Discussion
3 credits
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CJ 3145 - The Court Process
This course presents the rules of evidence particularly important in law enforcement at the court/trial level including such issues as the arresting of suspects, the searching of premises and persons, the interrogation of suspects, and the use of force as related to admissibility in court.
3 hours Lecture and Discussion
3 credits
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CJ 3150 - Criminal Law
The substantive law relating to crimes is studied through an examination of the general principles of common and constitutional law.
3 hours Lecture and Discussion
3 credits
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CJ 3210 - Criminal Procedure
This course will examine the many aspects of criminal procedure that are regulated by the U.S. Constitution, particularly the Bill of Rights, with emphasis on federal constitutional criminal procedure. Recent Supreme Court decisions are evaluated.
3 hours Lecture and Discussion
3 credits
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CJ 3230 - International Crime and Terrorism
An examination and study of international crime and terrorism. Topics will include the origin and evolution of terrorism, identification of various reasons cited to “justify” terrorism, and tactics used in terrorist and international crime activities. Other relevant areas to be studied include the rise of religious fundamentalism, the role and impact of the media, and concerns associated with the use of weapons of mass destruction and/or the disruption of vital infrastructure components. Pertinent U.S. and international laws, policies and other measures to confront and combat terrorism will also be reviewed and discussed. The course will also provide an overview of transnational crime and its effects on the political, economic and social development of countries around the world. Some specific terrorist and criminal groups from the past and present will be explored to gain an understanding of their philosophies, objectives, tactics and targets. The course will also look forward in terms of what new terrorist groups, targets and countermeasures may exist in the future.
3 hours Lecture and Discussion
3 credits
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CJ 3240 - Organized and White Collar Crime
An historical survey of organized and white collar crime in America up through contemporary developments. The course will include examination of illegal and unethical activities of people, businesses, and government whose acknowledged purpose is legitimate enterprise along with system responses to organized crime, remedial practices and control.
3 hours Lecture and Discussion
3 credits
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CJ 3250 - Issues in Criminal Justice Administration and Management
The basic concepts of police, court, and correctional management, administration, planning, budgeting, coordination, and personnel effectiveness are examined. Interrelationships of roles and the impacts of role players in these systems are analyzed. Interface with the community is reviewed in detail.
3 hours Lecture and Discussion
3 credits
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CJ 4220 - Criminalistics
The scientific aspects of the investigation of crimes are the focus of this course. The major emphasis is placed upon the collection, analysis, preservation and processing of evidence. Advanced work is undertaken concerning criminal investigation utilizing fingerprints, genetic fingerprinting, firearms, hair, fibers, blood tools, paint and other potential clues.
3 hours Lecture and Discussion
3 credits
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CJ 4225 - Drugs, Crime, and Society
| This course explores how drugs and crime are interrelated issues and how these issues affect society. The development and implementation of laws pertaining to drug use and abuse are also examined, in addition to the real effects that chemical dependency has on our society. Current policy, domestically and internationally, as well as future drug and policy trends will be examined. |
3 Hours LEcture
3 Credits
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CJ 4230 - Criminal Justice Research Methods
Utilizing the research methods and techniques
employed in the criminal justice field, students
will examine current and important research on
criminal behavior, policies, programs and
organizations. Emphasis will be on applied
research, utilizing both field and survey
research methods. Students will gain further
insight into the role of criminological theories
and their relationships to crime causation in the
real world and how these theories guide research.
Students will acquire the requisite skills
needed to conduct original research. These
competencies will prepare students for the
criminal justice experiential learning course, CJ
4240 Senior Seminar, in which each student
conducts research and makes a formal presentation.
3 Hours Lecture
3 Credits
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CJ 4240 - Senior Seminar
| Utilizing the research methods and techniques employed in the criminal justice field, students examine current issues in criminal justice. Required: senior standing. 3 hours Discussion and Analysis |
3 Hours Seminar
3
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CJ 4240 - Senior Seminar: Research Methods in Criminal Justice Administration
Utilizing the research methods and techniques employed in the criminal justice field, students examine current issues in criminal justice.
Prerequisite(s): Senior status.
1 hours Discussion and Analysis
1 credits
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SR 4041 - Student Research
This course is designed for students of all majors who are of sophomore status and above with a minimum cumulative GPA of 2.7 and who have a serious desire and potential to undertake a research project. After obtaining the approval of a faculty mentor, students intending to register for Student Research will need to submit a 1-2 page proposal to the Student Research Committee for approval. Proposals should include an abstract, project timeline, budget, and any funding requests. For registration in the fall semester, a proposal should be submitted no later than April 20 and for registration in the spring semester, a proposal should be submitted no later than Nov. 20. Once approved, registration is through the student’s departmental chair. Students, mentors and committee members will meet throughout the semester, with student presentations at the end of the semester.
Contact hours dependent on number of credits registered for this course
1-3 credits
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Dairy Science |
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AS 3118 - Animal Anatomy and Physiology
A comprehensive study of the functions of mammalian bodies with special emphasis on domestic animals. A detailed examination is provided concerning the principles of physiology at the cellular, tissue, and organ system levels. Emphasis is placed upon the correlation between anatomical structure and function. The laboratory centers on the practical application of the principles presented in the lecture.
Prerequisite(s): BY 1113 - Biology I and BY 1214 - Biology II or BY 1116 - Biological Science I and BY 1217 - Biological Science II .
3 hours Lecture and three hours Laboratory
4 credits
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