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Computer Aided Drafting and Design Technology |
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DF 479 - Systems Piping
Credit Hours: 2
Course is designed for students with a background in mechanical drawing who wish to develop specialized skills in the field of pipe drafting.
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DF 480 - Descriptive Graphics
Credit Hours: 2
Introduction to basic principles and methods of graphical solution of point, line and plane space problems.
Concurrent registration in DF 481.
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DF 481 - Lab for DF 480
Credit Hours: 1
Application of the principles of orthographic projection to the graphic solutions of technological problems.
Concurrent registration in DF 480.
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DF 482 - Descriptive Graphics II
Credit Hours: 2
Extension of the basic principles and methods of graphical solutions to curved and warped surfaces, to intersections of surfaces and to related three-dimensional space problems.
Prerequisites: DF 480.
Concurrent registration in DF 483.
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DF 483 - Lab for DF 482
Credit Hours: 1
Application of the fundamentals of orthographic projection to the graphical solution of engineering problems.
Concurrent registration in DF 482.
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DF 490 - Architectural Drafting
Credit Hours: 2
A course in basic engineering drawing and applied geometry, with an introduction to architectural working drawings. Topics include the use of instruments, lettering, orthographics, isometrics, sections, conventions and dimensioning.
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DF 496 - Structural Detailing
Credit Hours: 2.5
A continuation of Architectural and Structural Drafting with emphasis on the technical language and current detailing practice for structural steel, reinforced concrete and timber. This is accomplished by solving typical problems that are encountered in actual practice.
Prerequisites: DF 107.
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Computer Information Systems |
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DA 103 - Introduction to Computer Information Systems
Credit Hours: 4
Coverage of such topics as usage of the various platforms from personal computers to supercomputers, storage and retrieval, input/output, networks, Windows and information services. Use of the Midrange/corporate computer environment and its utilities.
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DA 105 - Introduction to Structured Programming
Credit Hours: 3
A non-programming theory course which emphasizes the analysis and design phases of the software development cycle. The analysis of program specifications to determine the completeness of the specification. The use of various structured techniques and tools to design programs and evaluate program designs.
Prerequisites: DA 103 or co-requisite: DA 103
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DA 106 - Introduction to Microcomputer Applications
Credit Hours: 3
The study of four major microcomputer applications: word processing, spreadsheets, presentations and database management, plus microcomputer operating systems fundamentals. The completion of projects in each of the application areas using a commercially available microcomputer product.
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DA 107 - Introduction to Information Systems Security
Credit Hours: 4
The course provides an overview of the principles and concepts of Information Systems Security. It is the first course required for the ISS certificate. It includes an introduction to information security, the need for information security, risk assessment and management network and system security, cryptography and security maintenance. Hands-on exercises will be included.
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DA 130 - Programming COBOL
Credit Hours: 4
The study of the high-level, business-oriented COBOL programming language. The writing, desk-checking and testing of problems and applications utilizing structured programming methodologies. The use of workstations, printers and disk for input/output operations. The complete documentation of all programs.
Prerequisites: DA 103.
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DA 140 - Programming COBOL Advanced
Credit Hours: 4
The study of the advanced concepts of the COBOL business-oriented language such as program efficiency, readability and structured program technique including specific concepts, input data editing, interactive programming, organization and application of database files. The complete documentation of all programs.
Prerequisites: DA 130.
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DA 150 - Programming Visual Basic
Credit Hours: 4
An introduction to Microsoft Windows based programming using Visual Basic. This course is intended as an introductory programming course which assumes no prior programming knowledge. Students will create applications with graphical interfaces using dialog boxes, list boxes and menus as well as display graphics. Visual Basic has become such a powerful product that skilled Visual Basic programmers are in demand in the job market.
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DA 170 - Control Language Programming
Credit Hours: 3
The study of control language programming in a corporate computer system setting. Control Language is used to control operations and request system related functions on a host computer system. CL serves to control workflow and can be used interactively or in a program.
Prerequisites: DA 103 or CS 121.
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DA 180 - E-Commerce
Credit Hours: 4
This course provides an overview of the principles and concepts of Electronic Commerce. It includes how to create a Web presence, build an online store and publish Web pages. Various Web-based tools, such as those available on the AS/400 Web Server and others, will be introduced. This course will also discuss security on the Web. Windows proficiency required.
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DA 200 - Computer and Network Security
Credit Hours: 4
This course provides an overview of the setup and use of firewalls. Securing email servers will be discussed. Also, approaches for detecting and responding to buffer attacks will be discussed and demonstrated. Viruses, operating systems security holes, along with impersonation, spoofing and wireless security flaws will be discussed.
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DA 201 - Operations and Database Security
Credit Hours: 4
This course will cover fundamentals of operations and database security. Topics may include controls over hardware, software and backups, audits and monitoring, operations personnel and physical security concepts. Also includes security management and concepts of Web security.
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DA 202 - Ethics, Legal and Regulatory Framework
Credit Hours: 3
This course will cover fundamentals of the legal, ethical and regulatory framework for information systems security. Topics will include information systems security and the law; computer related crimes; measures and technologies used to investigate incidents and risk frameworks. Also includes recovery and control and audit procedures. Ethics and legal and regulatory implications will be discussed.
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DA 203 - ISS Internship
Credit Hours: 4
Individual assignment of carefully selected information systems security internships. This will provide hands-on experience in working in the security field. This can be physical, software, hardware, operational, or database security related projects.
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DA 204 - Digital Forensics
Credit Hours: 4
This course will cover the fundamentals of computer forensics and investigations. Topics will include historical and current computer forensic and investigative security issues; a systematic approach to computer investigations; digital forensics, email and image file analysis; and guidelines for investigation reporting. Various forensic tools will be used during the laboratory portion of the class. Hardware and software issues related to the development of a computer forensics laboratory will be discussed.
Prerequisites: Some prior computer experience recommended.
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DA 210 - Programming RPG
Credit Hours: 4
The study of the high-level, business-oriented RPG programming language. The writing, desk-checking and testing of problems and applications utilizing structured programming methodologies. The use of workstations, printers and disks for input/output operations. The integration of database files into RPG business applications. The complete documentation of all programs.
Prerequisites: DA 103.
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DA 215 - Networking with Microsoft Windows Server
Credit Hours: 4
A comprehensive course on installing and managing a Microsoft Windows Server-based network . This course details the critical network management activities such as creating shared resources, creating users and groups, as well as securing and sharing applications. Recommended companion course DA 106 Intro to Microcomputer Applications or prior general knowledge of the Microsoft Windows Operating System is required.
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DA 240 - Systems Analysis with Respect to Business Applications
Credit Hours: 4
The study of the methods of analysis along with the study of applications which are part of the daily operation of a computer installation. These applications are: payroll, accounts receivable, accounts payable, purchasing and receiving and inventory forecast and control.
Prerequisites: DA 103.
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DA 255 - Advanced Visual Basic
Credit Hours: 4
The study of advanced programming constructs and methods using Visual Basic. Topics include: advanced user interface components, database programming, object/class oriented programming, an introduction to the Windows API and Windows help files.
Prerequisites: DA 150 Visual Basic Programming.
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DA 261 - Data Base Concepts
Credit Hours: 4
Introduction to the concepts of data base organization and structure, data security, access methods and the comparison of the data base approach with traditional file organization. Lab involves the actual use of the data base.
Prerequisites: DA 150, or permission of the instructor.
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DA 270 - Computer Information Systems Project
Credit Hours: 4
Individual assignment of carefully selected data processing projects for hands-on experience in identifying, solving and documenting practical business and industrial problems. The project can take the form of a corporate internship if approved by the instructor.
Prerequisites: DA 140, DA 240 and DA 261 or permission of the instructor.
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DA 290 - Management for Systems Analysts
Credit Hours: 4
Emphasizing behavioral consideration; working with people and getting work achieved by people. It explains what the supervisor should do; approaches; the tools, knowledge and skills required and selected principles and practices of current supervisory effectiveness. It also directly relates to an analyst in a data processing environment by examining the economic, planning and control functions that he/she must deal with.
Prerequisites: DA 240.
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DA 410 - Data Communications
Credit Hours: 3
The study of the teleprocessing area of data processing. It will look at hardware, software, procedures and human resources necessary to create and install a real-time system.
Prerequisites: DA 103.
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Computer Repair Technology |
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CE 140 - Technology Methods
Credit Hours: 2
Introduction of the calculator, meters, oscilloscope, problem solving, graphing techniques, data presentation, soldering, wire wrapping and printed circuits. Introduction to computer usage.
Concurrent registration in CE 141.
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CE 141 - Lab for CE 140
Credit Hours: 1
Experimentation to reinforce topics covered in CE 140. Use of meters, oscilloscopes, soldering techniques, wire wrapping, printed circuits, computer programming, problem solving and graphing techniques.
Concurrent registration in CE 140.
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CE 142 - Electrical Circuits
Credit Hours: 4
The study of D.C. circuits: Ohm’s Law, power, Kirchhoff’s laws, resistance, capacitance and inductance. A.C. circuits: sine wave voltage effects, resonance and transformers.
Concurrent registration in CE 143.
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CE 143 - Lab for CE 142
Credit Hours: 1
Experiments in measurement of D.C. and A.C. voltage, current, power and impedance.
Concurrent registration in CE 142.
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CE 202 - Microcontrollers Lab
Credit Hours: 1
Programming the PIC 16C57 Microcontroller. Constructing and testing circuits to be interfaced with the PIC 16. Programs to be written and executed in PBASIC.
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CE 240 - Logic I
Credit Hours: 3
Binary numbers, logic functions and Boolean algebra. Logic circuits applications, flip-flops, registers, counters and arithmetic circuits. Computer architecture, memory systems and input-output devices.
Concurrent registration in CE 241.
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CE 241 - Lab for CE 240
Credit Hours: 1
Experiments and demonstrations using integrated circuit logic gates to develop logic designs and combinational logic circuits, flip-flops, data registers, counters, encoding and decoding circuits, arithmetic circuits, computer operations and programming.
Concurrent registration in CE 240.
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CE 242 - Electronics I
Credit Hours: 3
A study of electronic device characters, including solid state diodes, transistors and integrated circuits. Covers basic principles, circuit analysis and application.
Prerequisites: CE 142.
Concurrent registration in CE 243.
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CE 243 - Lab for CE 242
Credit Hours: 1
Experiments and demonstrations using solid state diodes, transistors and integrated circuits. Observations and analysis of their characteristics in computer circuit applications.
Concurrent registration in CE 242.
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CE 280 - Casino Gaming Machine System Maintenance
Credit Hours: 4
This course is offered as a capstone course combining information and skills mastered in its pre- and co-requisites. The operation and the proper procedures for set up and maintenance of IGT Class 3 Based slot machines will be presented.
Prerequisites: CE-140/CE-141 and CE 142/CE143, CP 165.
Corequisites: CE-240/CE-241 and CE-242/CE-243.
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CE 340 - Digital Logic II
Credit Hours: 3
Digital Logic applications, circuits, multiple logic drivers, output indicators, memory functions, compilers, arithmetic logic units, processors and logic controllers.
Prerequisites: CE 240, CE 241, CE 242, CE 243.
Concurrent registration in CE 341.
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CE 341 - Lab for CE 340
Credit Hours: 1
Experiments and demonstrations using integrated circuit logic gates to develop RAMs, ROMs, D/A and A/D conversions. ALU, UARTs, PALs, microprocessors and programming.
Concurrent registration in CE 340
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CE 342 - Electronics II
Credit Hours: 2
The study of electronic circuits, stage gain, input and output, impedance matching, differential amplification, operational amplifier and control feedback applications. Linear integrated circuit applications, notch filters, timers and RF amplifiers.
Prerequisites: CE 240, CE 241, CE 242, CE 243.
Concurrent registration in CE 243.
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CE 343 - Lab for CE 342
Credit Hours: 1
Experiments constructing and measuring the input, output and gain characteristics of linear electronic circuits. Integrated circuits, feedback control and special circuit applications.
Concurrent registration in CE 342.
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CP 165 - Computer Applications for Computer Technicians
Credit Hours: 2
An introductory course in essential state of- the-art service-/repair-related computer program skills. For today’s computer technician the need for understanding of both hardware and software is of paramount importance. The use of computer programs to design circuits, compile reports, develop presentations, create and keep records is an everyday necessity. Lessons will include learning how to log on to the college network , use of e-mail, use of the Internet to lookup reference material and making presentations to the class. Programs will include Multisim™ Circuit Design, word-processing, spreadsheets and presentation programs. Projects and presentations will be assigned to provide the student with hands-on experience.
Prerequisites: No prerequisites.
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CP 210 - Computer Processors
Credit Hours: 3
An in-depth study of the design and organization of the computer central processing unit, with emphasis on microcomputers. Areas of study include intro to DOS, Windows, central processor, timing and controls, memory and I/O operation.
Prerequisites: CE 240, CE 241, CE 242, CE 243.
Concurrent registration in CP 211.
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CP 215 - Lab for CP 210
Credit Hours: 1
Experiments and demonstrations on the operation, maintenance, fault analysis and servicing of the computer central processing unit. Includes central processor, timing and controls, memory unit and input/output operation.
Concurrent registration in CP 210.
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CP 220 - Peripherals I
Credit Hours: 3
A study of the architecture and functional operation of computer peripherals, terminal interfacing, hard-copy terminals and video terminals. Emphasis will be placed on the processor/peripheral control dialogue and data transfer.
Prerequisites: CE 240, CE 241, CE 242, CE 243.
Concurrent registration in CP 210, CP 211, CP 221.
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CP 223 - Lab for CP 220
Credit Hours: 1
Experiments and demonstrations on the operation, maintenance, fault analysis, alignment and servicing of computer peripherals. Includes console writers and CRT terminals.
Concurrent registration in CP 220.
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CP 230 - Microprocessor Applications
Credit Hours: 3
A study in elementary computer architecture and in the operating principles of currently available large scale integrated circuit microprocessors. Support hardware necessary to connect microprocessor to its physical environment is examined.
Prerequisites: CE 240, CE 241, CE 242, CE 243.
Concurrent registration in CP 231.
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CP 233 - Lab for CP 230
Credit Hours: 1
Experiments and demonstrations on the operation and application of microprocessors. The microprocessor will be used to monitor external equipment and process.
Concurrent registration in CP 230.
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CP 250 - Data Communications and Interfacing
Credit Hours: 3
Study of the characteristics, protocol and operation systems and network s designed to interface with the computer. Methods of data transmission, types of communication network s and interfacing with various communication lines are discussed.
Prerequisites: CP 210, CP 211, CP 220, CP 221.
Concurrent registration in CP 251.
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CP 251 - Lab for CP 250
Credit Hours: 1.5
Experiments and demonstrations on the characteristics, protocol and operation of data communications systems and network s.
Prerequisites: CP 210, CP 211, CP 220, CP 221.
Concurrent registration in CP 250.
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CP 260 - Systems Maintenance
Credit Hours: 3
Comprehensive development of a preventive maintenance regimen plus the use of diagnostic programs to identify hardware or software malfunctions and isolate faults to a device or subsystem level.
Prerequisites: CP 210, CP 211, CP 220, CP 221.
Concurrent registration in CP 261.
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CP 265 - Lab for CP 260
Credit Hours: 1
Experiments and demonstrations to develop facility in application of preventive maintenance and use of diagnostic programs to identify malfunctions and isolate faults.
Concurrent registration in CP 260.
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CP 270 - Peripherals II
Credit Hours: 3
A study of the architecture and functional operation of mass storage and direct memory access (DMA) devices, including disk and tape units. The function of I/O programming and control will be emphasized.
Prerequisites: CE 240, CE 241.
Concurrent registration in CP 271.
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CP 273 - Lab for CP 270
Credit Hours: 1
Experiments and demonstrations on the operation, maintenance and fault analysis; alignment and servicing of mass storage; and direct memory access (DMA) devices including disk and tape units.
Concurrent registration in CP 270.
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Computer Science |
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CS 101 - Computer Literacy
Credit Hours: 3
The purpose of this course is to provide an overview of computers. It will expose the student to an operating system; the use of computers in our lives; computer components and software applications including word processor, spreadsheet, database, e-mail and the Internet. This course is intended to provide general computer literacy and basic information management. It may be used as a liberal arts elective. It cannot be used as a computer science requirement or an elective in the computer science curriculum.
Prerequisites: None.
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CS 103 - Web Development and Programming Fundamentals
Credit Hours: 3
This course covers the fundamentals of Web development and programming. Topics include concepts of the Internet and World Wide Web, development of a Web site and Web pages, development of dynamic and interactive Web-based capabilities, client-side technologies (e.g., JavaScript), privacy and security issues. Server-side technology is an optional topic. The course will focus on Web related programming. Modern tools and languages will be used. Hands-on Web development and programming exercises will be included. The course is open to students in any curriculum. It may be used as liberal arts elective. It cannot be used as a computer science requirement or an elective in the computer science curriculum.
Prerequisites: Proficiency in the use of a computer.
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CS 111 - Introduction to Computer Science
Credit Hours: 3.5
The purpose of this course is to introduce the fundamental concepts of computer programming, software and hardware, with an emphasis on preparing students to major in computer science. Computer history and the effect of the computer on today’s society are also discussed. Students will be required to complete programming projects in a structured high-level language, such as Pascal or C++.No previous computer experience is assumed. No credit will be given if taken after passing CS 121.
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CS 121 - Computer Science I
Credit Hours: 4
An introductory level survey course in computer science which will include the following topics: basic components and organization of a computer, machine representation of data, number systems, nature and design of algorithms, top down development of programs, data types, control structures and basic data structures. A structured programming language (such as C++) will be studied and utilized along with operating system and editor commands. Students will be required to complete several programming projects.
Prerequisites: Intermediate Algebra and Trigonometry and some experience with a high-level programming language.
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CS 132 - Computer Science II
Credit Hours: 4
A continuation of CS 121. Further study of the organized design, development and testing of computer programs. Emphasis will be on recursion and on the design and application of the important abstract data types/structures of computer science: stacks, queues, singly and doubly linked lists and trees. Several programming projects using these data structures will be required.
Prerequisites: CS 121.
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CS 132 - Computer Science II
Credit Hours: 4
A continuation of CS 121. Further study of the organized design, development and testing of computer programs. Emphasis will be on recursion and on the design and application of the important abstract data types/structures of computer science: stacks, queues, singly and doubly liked lists and trees. Several programming projects using these data structures will be required.
Prerequisites: CS 121.
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CS 209 - Programming in Java
Credit Hours: 4
A study of the Java programming language for students who already have programmed in another language. Major topics include object-oriented programming, class hierarchies and inheritance, encapsulation, syntax, data types/structures, control structures, graphical user interface components, exceptions, files and streams, applications and applets.
Prerequisites: CS 121 or MT 191 or DA 140 or permission.
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CS 209 - Programming in Java
Credit Hours: 4
A study of the Java programming language for students who already have programmed in another language. Major topics will include syntax, data types/structures, control structures, class libraries, object-oriented programming, graphical user interface components and applets.
Prerequisites: CS 121 or MT 191 or DA 140 or permission of the instructor.
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CS 210 - Programming in C++
Credit Hours: 3
A study of the C++ programming language for students who already have programmed in another language. Major topics will include modular design, control structures, functions, data structures, pointers and the use of libraries.
Prerequisites: CS 121 or MT 191 or DA 130 or permission.
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CS 211 - Computer Networks and Internetworks
Credit Hours: 4
A study of how computer network s and internets operate, from the lowest level of data transmission and wiring to the highest level of application software communication over the network infrastructure.
Prerequisites: C or C++ programming knowledge or CS 121 or permission of the instructor.
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CS 215 - Web Development and Programming I
Credit Hours: 4
This course is the first course of a two semester sequence covering the development of Web-based software for intranets and internets. The two course sequence will cover end-to-end development, including both the client-side and server side development. Topics include design of a Web site and Web pages, Hypertext Markup Language (HTML), style sheets, scripting languages, dynamic Web pages, database connectivity, Web servers, basic server side programming and the Extensible Markup Language (XML). Modern development tools will be used.
Prerequisites: CS 121 or working knowledge of a programming language including methods/functions/procedures, parameter passing and arrays.
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CS 216 - Advanced Web Development and Programming II
Credit Hours: 4
This course is the second course of a two semester sequence covering the end-to-end development of Web-based software for intranets and internets. This course emphasizes server-side development of enterprise applications. Topics include Web servers, distributed network -based computing, handling client requests, server-side services, transmitting data using HTTP, database connectivity, security and e-commerce. Programming languages and tools will be among the most significant such as Java, servlets, JavaServer Pages, Active Server Pages, .NET and XML, among others.
Prerequisites: CS 215 or permission of the instructor.
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CS 220 - Advanced Programming in Java
Credit Hours: 4
This course is a continuation of Programming in Java I (CS 209). Topics include: advanced topics in object-oriented programming, advanced graphical user interfaces (GUIs), multithreaded programs, networking, database connectivity, structured data types, server-side software including servlets and Java Server Pages, reusable integrable components and enterprise applications.
Prerequisites: CS 209 or permission.
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CS 221 - Machine Organization and Assembly Language Programming
Credit Hours: 4
A study of computer organization and assembly language programming. Topics include basic machine architecture and design, digital logic circuits, digital components, central processing unit, machine representation of instructions and data, addressing techniques, memory organization and execution of instructions at machine level. Assembly language programming topics include: syntax, instruction types, control structures, data types, subroutines, input/output, macros, hybrid-programs and the programming language translation process. Several programming projects will be required of each student.
Prerequisites: CS 132.
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CS 232 - Advanced Data Structures
Credit Hours: 4
A study of advanced abstract data types used in computer science. The course will include a review of the basic data structures such as stacks, queues and linked lists. Major topics will include trees, graphs, primary and secondary memory, measures of efficiency and complexity, searching and sorting A higher level language such as C++ will also be studied. Several programming projects will be required
Prerequisites: CS 132
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CS 290 - Computer Science Internship
Credit Hours: 4
This course is intended to provide the student with real world experience in the area of computer science. The student will be assigned a project that will entail hands-on experience in the software development process, including problem definition, requirements specification, design, implementation, testing and debugging and documentation. The student will typically be working with an external organization, such as a local company, to address real world problems.
Prerequisites: Two computer science courses such as CS 121 and CS 132 or higher, or by permission of the instructor.
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Construction Technology |
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CO 101 - Architectural Blueprint Reading I
Credit Hours: 3
A basic course in the reading of architectural blueprints for residential and commercial buildings, as well as basic sketching techniques for graphic presentation of ideas and problems.
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CO 102 - Architectural Blueprint Reading II
Credit Hours: 3
A continuation of CO 101.
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CO 130 - Construction
Credit Hours: 1
A course covering the fundamental principles of materials, installation methods, safety and management used in residential construction.
Concurrent registration in CO 131.
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CO 131 - Lab for CO 130
Credit Hours: 2
Laboratory project involves the physical application of topics discussed in CO 130 and computer base record keeping of labor performances in residential construction. Course focuses on traditional or prefabricated construction methods used in producing sub-floor systems, wall systems and roofing systems.
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CO 150 - Principles of Contracting
Credit Hours: 3
A basic course in the organization, management and operation of a construction business. Topics include key players and relationships, contract management, estimating, contract documents, scheduling, safety, business types, risk management, building codes, procurement and inspection.
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CO 202 - Drafting for Construction
Credit Hours: 3
A course in basic drafting. Topics include techniques of line drawing, presentation of construction plans, details and sections by orthographics and isometrics of residential and commercial structures.
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CO 232 - Construction II
Credit Hours: 1
A course covering the fundamental principles of materials, installation methods, safety and management used in commercial/ industrial construction.
Concurrent registration in CO 233.
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CO 233 - Lab for CO 232
Credit Hours: 2
Laboratory project involves the physical application of topics discussed in CO 232 and computer base record keeping of labor performances in commercial/ industrial construction. Course focuses on traditional construction methods used in producing concrete systems, masonry block systems, brick systems or metal framing techniques.
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CO 280 - Principles of Mechanics
Credit Hours: 3
A basic course in statics and strength of materials. The first half of this course includes basic principles of statics, force systems, centroids, center of gravity and moments of inertia of areas. An introduction to the basic concepts of structural steel and structural wood design.
Prerequisites: MT 121.
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CO 334 - Construction III
Credit Hours: 1
A course in the fundamental principles of design and installation of heating, cool air conditioning, ventilation, plumbing systems, electrical power and lighting systems used in the construction industry.
Concurrent registration in CO 335.
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CO 335 - Lab for CO 334
Credit Hours: 2
Laboratory project encompasses the physical application of the design and installation of heating, cool air conditioning, ventilation, plumbing systems, electrical power and lighting systems.
Concurrent registration in CO 334.
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CO 355 - Estimating for Construction I
Credit Hours: 3
This is an introductory course studying various types of estimates with approximate and exact methods of quantity takeoff, methods at arriving at lump sum and unit prices, methods of itemizing preliminary and final estimates. These methods are applied to selected problems taken from various residential and commercial plans. Spreadsheets are used for recapitulation.
Prerequisites: CO 101, CI 120, CI 121, MT 121
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CO 372 - Construction Surveying
Credit Hours: 1
Surveying as applied to construction, including boundary and building layout, computation of horizontal and vertical curves, topography and contours, site grading and computation of earth work volumes.
Prerequisites: CI 172, CI 173;
Concurrent registration in CO 373.
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CO 373 - Lab for CO 372
Credit Hours: 2
Field applications of construction surveying, including layout of buildings by batter boards, layout of horizontal and vertical curves, profile and cross sections for earthwork volumes, topographic surveys and mapping.
Concurrent registration in CO 372.
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CO 381 - Principles of Structural Design
Credit Hours: 3
Consists of stress and deformation, structural joints, shear and moment in beams, stresses in beams, design of beams, deflection of beams and design of columns.
Prerequisites: CO 280.
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CO 451 - Construction Management
Credit Hours: 3
Planning, scheduling, controlling and analyzing progress of project or a particular operation. Items included are long-range and short-range scheduling, materials management, proper policing of an accepted schedule, treating shortages, recognizing real problems, job organization and the importance and value of meeting schedules and cost estimates.
Prerequisites: CO 150 or recommended CO 150 concurrent registration.
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CO 456 - Estimating for Construction II
Credit Hours: 3
This course introduces engineering fundamentals for planning, selection and utilization of construction equipment as needed for earthwork projects. Methods used to excavate, compute volumes, haul and place the material in its final disposition are examined. Fundamental concepts of machine utilization are presented using standard formats for analyzing basic operational characteristics and the costs associated with equipment production.
Prerequisites: CO101, CI120, CI121, MT121.
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CO 457 - Contracts and Specifications
Credit Hours: 3
A basic course in construction law and contracts with equal emphasis on interpreting and writing of construction specifications.
Prerequisites: CO 150.
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CO 462 - Engineering Problem Applications
Credit Hours: 4
This course applies trigonometric functions to practical engineering problems where analysis based system performance is predicted. It also introduces the student to the solution of real world statistical problems utilizing probability and its application to make decisions applicable to engineering. System performance based on analysis is predicted and methods of measurement are defined.
Prerequisites: MT 122.
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Crime Scene Technology |
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IN 100 - Introduction to Crime Scene Technology
Credit Hours: 3
An introductory course in the essentials of crime scene investigation and evidence collection. Topics will include crime scene protection, types of evidence, methods of discovery, collection, preservation, chain of custody, the process for submission to forensic laboratory and presentation at court.
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IN 110 - Crime Scene Photography
Credit Hours: 4
Will familiarize student with the use and operation of a camera. Topics will include camera, lens, focal length, f-stop, film speed and flash. In addition, students will become familiar with taking pictures at crime and accident scenes, photo development, enlargements and the courtroom presentation of evidence.
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IN 200 - Fingerprint Technology
Credit Hours: 4
Will familiarize students with the history of fingerprint development, taking of inked fingerprints, development of latent and patent prints on evidence and classification and identification of fingerprints.
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IN 210 - Courtroom Presentation
Credit Hours: 3
Will cover the essentials of courtroom presentation of evidence. Topics will include the creation of courtroom charts, including crime scene drawings, photographs, fingerprint comparisons, use of crime and crash zone, ComPARAprint+II, photograph enlargement and fingerprint comparisons.
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Criminal Justice |
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CR 150 - Introduction to Criminal Justice
Credit Hours: 3
An introduction to the criminal justice system, including the examination of philosophical and historical backgrounds. The three major categories of the criminal justice system, law enforcement, courts and corrections will be discussed.
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CR 160 - Crime and Society
Credit Hours: 3
A study of crime and society in the United States; the sociological theory of criminal behavior, indexes of crime, relationships of criminal behavior to the home institutions, race and nativity, psychopathy, culture and behavior systems.
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CR 170 - Criminal Law
Credit Hours: 4
A survey of the new York State Penal Law including definitions, terminology, application, culpability, justification, classification of crimes and sentences.
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CR 200 - Industrial and Retail Security
Credit Hours: 3
A study of crime, security and safety problems in business and industrial establishments; the control of these problems by security forces and the interrelationship of these forces and law enforcement agencies.
Prerequisites: CR 170 or permission of instructor.
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CR 260 - Criminal Courts and Procedures
Credit Hours: 4
An examination of the total formal criminal process from accusation through final appeal. The jurisdiction and procedures of the magistrate, superior and appellate courts, both state and federal, are covered. The Criminal Procedure Law of new York State is covered in detail.
Prerequisites: CR 150 and CR 170 or permission of instructor.
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