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Current additions and corrections are marked with this "Revised" icon and displayed in RED text.

Items marked with this "Fall 2004" icon are effective Fall '04.

Computer Assisted Manufacturing Certificate Computer and Networking Maintenance Certificate Computer and Networking Technology Computer Engineering Technology Electronics Technology Engineering - Knight Campus General Education Requirements Major Requirements Note to Full-Time Engineering Students Manufacturing Engineering Technology Certificate - Knight Campus Manufacturing Technology – Knight Campus Manufacturing Technology Evening Program Manufacturing Technology Certificate – Day or Evening Mechanical Engineering Technology – Knight Campus Mechanical Engineering Technology Certificate – Knight Campus Moldmaking Technology – Evening Plastics Process Technology – Evening Process Control Technology – Knight Campus Telecommunications Engineering Technology Certificate – Knight Campus Telecommunications Technology – Knight Campus

Computer Assisted Manufacturing Certificate

Knight Campus

As the United States continues to face the challenges of global economic competition, one of the tools for sharpening our competitive edge is the use of the computer as an enhancement to engineering and manufacturing. American companies are integrating computers into the engineering and manufacturing environment at a rapid pace.

This changing engineering and manufacturing environment that is to include computers demands that employees become knowledgeable and proficient in the use of computers. Without these needed skills, employment will become more and more difficult in the 21st century and as worldwide competition intensifies.

The certificate program in Computer Assisted Manufacturing is designed to provide manufacturing professionals with an introduction to computer applications in an industrial setting.

Computer and Networking Maintenance Certificate

Knight Campus

Opportunities for individuals skilled in the installation, support and troubleshooting of computers and computer networks continue to increase. This certificate provides a balanced coverage of technology fundamentals, computer hardware, computer software, and networking technology. An emphasis is placed on operating principles of hardware and software, networking models, operating systems, internetworking components, industry standards and hands-on laboratory activities for developing practical problem-solving skills. Students will develop the ability to configure and troubleshoot basic PCs, local area networks (LANs) and internetworks using routers and switches. Integrated in to the program are courses that prepare the student to sit for both the Cisco CCNA examination and the CompTIA A+ certification for computer maintenance. Most of the courses in this certificate program transfer towards an associate degree in Computer and Networking Technology and to a lesser extent, an associate degree in Telecommunications Technology. This program prepares students for employment as computer technicians, computer personnel, and network administrators and network installers.

* This course can be taken in 7-1/2 weeks, four hours lecture and four hours lab per week or 15 weeks, two hours lecture and two hours lab per week.

Computer and Networking Technology

Knight Campus

Computers and networks continue to expand in all aspects of our personal activities to business, manufacturing, education and healthcare. This program provides a balanced coverage of technology fundamentals, computer hardware, computer software and networking technology. A hardware understanding is developed from basic electrical circuits to computer and internetworking systems. An emphasis is placed on operating principles of hardware and software, networking models, operating systems, internetworking components, industry standards and hands-on laboratory activities for developing practical problem-solving skills. Students will develop the ability to configure and troubleshoot basic PCs, local area networks (LANs) and internetworks using routers and switches. Integrated into the program are courses that prepare the student to sit for both the Cisco CCNA examination and the CompTIA A+ certification for computer maintenance. This program prepares students for employment as computer technicians, computer support personnel and network administrators and installers.

Students who successfully complete this program receive an Associate in Applied Science (A.A.S.) degree.

* All Liberal Arts electives must be selected from English, speech, fine arts, foreign languages and social sciences on page 30, in consultation with the Department Academic Advisor.

** 5 week course

*** This course can be taken in 7-1/2 weeks, four hours lecture and four hours lab per week or 15 weeks, two hours lecture and two hours lab per week.

Computer Engineering Technology

Knight Campus

Computer engineering technicians are needed to assist engineers in the design, development and testing of new devices, and they are needed to install, operate and maintain computer equipment. In industry they may be found in design, in sales, in research and development, or in the field providing technical information and service to the users of computer engineering technology.

The Department of Engineering Technology is offering students in the Electronic Technology Program a chance to acquire heavier concentration in computer education. By modifying the second year only of the ET program, the student is able to take work in the Computer Studies Department and gain increased expertise in this field. The second-year curriculum is outlined below. Year one is identical to the Electronics Program.

Students who successfully complete this program receive an Associate in Science (A.S.) degree.

Note to Full-Time Students: It is recommended that full-time students take a minimum of 17 credits during their first semester, 16 credits during their second semester, 20 credits during their third semester, and 19-20 credits during their fourth semester.

* All Liberal Arts electives must be selected from English, fine arts, foreign languages and social sciences on page 30, in consultation with the Department Academic Advisor.

** 27 credits are from the first year of Engineering Technology.

Electronics Technology - Knight Campus

The electronics program covers the entire spectrum of contemporary electronics with emphasis placed on the aspects of contemporary electronic systems. This program treats the present and evolving developments in electronic applications, thus providing students the opportunity to develop skills relevant to the requirements of modern industry. Courses in the area of physics, mathematics and the liberal arts complete the student's background and overall adaptability for a wide range of technical positions.

Students who successfully complete this program receive an Associate in Applied Science (A.A.S.) degree.

* All Liberal Arts Electives must be selected from English, speech, fine arts, foreign languages and social sciences, in consultation with the Department Academic Advisor.

** General Elective may be selected from any area. Students should consult with department advisor to determine transferability of their selection.

Engineering - Knight Campus

The engineering curriculum has been prepared to enable qualified students, upon successful completion of the two-year program, to transfer to an accredited engineering curriculum at a four-year institution to obtain a bachelor of science degree in one of the fields of engineering. Students who do not wish to transfer on a full-time basis may go directly into employment as an Engineering Associate or choose from a number of other career options. The program is designed to provide a firm background in basic engineering principles. The curriculum includes a strong foundation in mathematics, the basic sciences and engineering fundamentals, as well as a good portion of liberal arts courses.

A strong background in high school mathematics with a minimum of two years of algebra or the equivalent is required for admission into the Engineering Program.

Students who successfully complete this program receive an Associate in Science (A.S.) degree.

Note to Full-Time Engineering Students: It is recommended that full-time students take a minimum of 18 credits during their first semester, 17 credits during their second semester, 19 credits during their third semester, and 20 credits during their fourth semester.

1. Students registered for Math 1900, Pre-Calculus Math, are required to take a math placement test prior to the beginning of the summer session. Preparatory classes for MATH 1900 will be available during the summer session for those who require math make up.
2. Students who do not pass the chemistry placement test must take CHEM 1020 before taking CHEM 1030, which is a requirement for
   graduation. Others would normally take CHEM 1030 the first semester.
3. All Liberal Arts electives must be selected from English, fine arts (except studio courses), foreign languages and social sciences on page 30, in consultation with the Academic Advisor.
4. The Physical Science elective must be selected from Math and Science courses on page 30, in consultation with the department academic
   advisor. Note that a course of lower level than one required in the program will not be acceptable. For example, MATH 1200, CHEM 1020
   or other.
5. General elective may be selected from any area. Students should consult with department advisor to determine transferability of their selection. Students wishing to transfer to Electrical Engineering at URI should consider ENGR 2320, Digital Electronics and/or ENGR 2520, Microprocessors and Microcomputers after consulting the department academic advisor.

Manufacturing Engineering Technology Certificate - Knight Campus

In industry, the manufacturing engineering function is responsible for determining the most competitive way to manufacture a product. The certificate in Manufacturing Engineering Technology is a comprehensive program that gives students a strong foundation of technical skills and knowledge needed for employment in fields such as production, planning and control, quality control, process control production methods, technical sales, product development and safety. The courses in this certificate program can be applied toward an Associate Degree in Mechanical Engineering Technology.

Manufacturing Technology – Knight Campus

(formerly Machine Processes)

The Manufacturing Technology Program provides the student with the fundamentals of machine-tool operation. The student gains a knowledge of the construction of machine tools and the principles underlying their operations. The areas of science and mathematics which apply to machine shop practice are also studied. While emphasis is placed on machine tool operation much attention is given to both the theoretical and practical phases of the design, cost, and production of tools, dies and machine parts. In order to offer the entire Manufacturing Technology Program in the evening, the Manufacturing I, II and III courses have been broken down into the smaller modules Lathe, Mill, Grind and Measurement. The total material covered in the evening program is the same as the day program.

Upon successful completion of the Manufacturing Technology Program, the graduate is well qualified either to transfer to an Apprentice Tool and Diemaking Program or a baccalaureate Industrial Technology Program or to join the metal working industry in any of the other occupational areas available. Students who successfully complete this program receive an Associate in Applied Science (A.A.S.) degree.

Manufacturing Technology Evening Program

* Sociology, economics, psychology, political science, philosophy, history

** May take course from one of the areas listed above (social science) or in one of the following: art, science, history, music, language, literature, speech, theatre. This includes LIBA 1010 – Cooperative Work Experience.

Manufacturing Technology Certificate – Day or Evening

The Manufacturing Technology Certificate Program prepares students for entry-level positions in the machine tool industry. This program is designed to be completed by full-time students in nine months, but may also be taken part time.

Mechanical Engineering Technology – Knight Campus

The mechanical engineering technology student learns how to convert engineering theory into working plans in order to solve real world problems. The engineering technology student will be expected to use mathematic and scientific concepts as well as computer related tools to solve design and manufacturing problems that are pervasive in all manufacturing firms. The student will study the traditional engineering subjects: physics, math, statics, materials and mechanisms, as well as courses in the areas of robotics, tool design, quality control, CAD, production planning and cost estimating.

The MET student, upon successful completion of all the course requirements, will be qualified to seek employment in the design area as well as the manufacturing or industrial engineering department. He or she can also choose to continue their education at a college or university that offers a bachelor of science degree in engineering technology.

Students who successfully complete this program receive an Associate in Science (A.S.) degree.

Note to Full-Time Students: It is recommended that full-time students take a minimum of 20 credits during their first semester, 20 credits during their second semester, 16 credits during their third semester, and 16 credits during their fourth semester.

* All Liberal Arts electives must be selected from the literature, oral communication and theater courses and social science, language and fine arts on page 30, in consultation with the Department Academic Advisor.
 

Mechanical Engineering Technology Certificate – Knight Campus

This certificate program is designed for students who wish to seek employment in areas such as computer aided design and analysis for product development, material and system testing, and technical sales. Courses in this certificate program can be applied towards an Associate Degree in the Mechanical Engineering Technology Program.

Moldmaking Technology – Evening

The Moldmaking Technology curriculum is designed to develop skills in the use of hand tools, computerized equipment, and precision instruments for the machine tooling used for the mass production of parts.

Students will learn to interpret blueprints, set up manual and CNC machines and perform basic and advanced machining operations. Emphasis will be placed on the production of tooling used for molding of parts. Graduates should qualify for employment in manufacturing and moldmaking industries.

Students enrolled in the Apprenticeship/Associate Degree in Moldmaking Technology must complete 10,000 hours of on-the-job training in moldmaking and the following courses at the Community College of Rhode Island. Students who successfully complete this program receive an Associate in Applied Science (A.A.S.) degree.

*Sociology, economics, psychology, political science, philosophy, history.

**May take course from one of the areas listed above (social science) or in one of the following: art, science, music, language, literature, speech, theatre. This includes LIBA-1010 Co-Operative Work Experience.

Plastics Process Technology – Evening

This program is designed to prepare students for employment in the plastics industry. Program emphasis will be on technical development in plastic materials, plastics materials testing, and plastic manufacturing processes. This program also includes courses in related areas.

Students enrolled in the Apprenticeship/Associate Degree program in Plastics Technology must complete 8,000 hours of on-the-job training in the manufacture of plastic injection molded products and the following courses at the Community College of Rhode Island. Students who successfully complete this program receive an Associate in Applied Science (A.A.S. - T.S.) in Technical Studies.

*Sociology, economics, psychology, political science, philosophy, history.

**May take course from one of the areas listed above (social science) or in one of the following: art, science, music, language, literature, speech, theatre. This includes LIBA-1010 Co-Operative Work Experience.

Process Control Technology – Knight Campus

(formerly Instrumentation Technology)

The Process Control Technology Program is a program leading to the Associate in Applied Science (A.A.S.) degree. The curriculum is designed to familiarize the student with a variety of industrial and scientific instruments, including automatic controllers, recorders, transmitters, analyzers and indicators. The process control student receives instruction in electronics, mechanics, hydraulics and pneumatics. In this program, the student is trained to calibrate, maintain, design and operate instruments used in process control systems. These systems include power generation, chemical, pulp and paper, water and wastewater, food and beverage systems and biopharmaceutical.

Career opportunities for graduates of the Process Control Technology Program include such positions as research and development technician, process control technician and calibration technician.

*Sociology, economics, psychology, political science, philosophy, history.

**May take course from one of the areas listed above (social science) or in one of the following: art, science, music, language, literature, speech and theatre. This includes LIBA 1010 -- Cooperative Education.

A Certificate in Process Control Technology is available by taking the major requirements only.

Telecommunications Engineering Technology Certificate – Knight Campus

Telecommunications is the fastest growing segment of technology today. Telecommunications technologists are needed to plan, install and maintain state of the art telephone systems, cable TV and computer networks. Although technologists have knowledge of theoretical topics, they tend to focus on solving practical design and application problems.

This certificate is designed for individuals who already have a basic knowledge of mathematics and circuit theory. Courses are offered primarily during the day but course offerings will also be made available in the evening. The courses in this certificate program can be applied toward an Associate Degree in Electronics Engineering Technology.

Telecommunications Technology – Knight Campus

Telecommunications is an ever-changing technology that is expanding both in depth and width. This program introduces the student to today's telecommunications environment and its underlying technology. The courses in this program teach the concepts and many of the skills for the transmission of voice, video, graphics and text data over various analog and digital networks. Topics covered include analog and digital signals, modulation, transmission, multiplexing systems, telecommunications regulatory issues, standard bodies, voice technology fundamentals, telecommunications network traffic, transmission facilities, network providers and services, customer services, customer premises equipment and services for voice communications, transmission carrier services and wireless telecommunications technologies. Contemporary topics include T-1 systems, Digital Subscriber Line (xDSL) technology, cable modems, ISDN, SONET, Asynchronous Transfer Mode (ATM), Frame Relay, Internet2 and Ipng/Ipv6. The topics covered in this program can be expected to change from time to time to reflect the changes in the telecommunication environment. Integrated into the program is also courses that prepare the student to sit for the Cisco CCNA examination.

Students who successfully complete this program receive an Associate in Applied Science (A. A. S.) degree.

Note to Full-Time Students: It is recommended that full-time students take a minimum of 20 credits during their first semester, 20 credits during their second semester, 16 credits during their third semester, and 16 credits during their fourth semester.

* All Liberal Arts electives must be selected from the literature, oral communication and theater courses and social science, language and fine arts on page 30, in consultation with the Department Academic Advisor.

*** This course can be taken in 7-1/2 weeks, four hours lecture and four hours lab per week or 15 weeks, two hours lecture and two hours lab per week.

Current additions and corrections are marked with this "Revised"  icon and displayed in RED text.

Items marked with this "Fall 2004" icon are effective Fall '04.

INDEX PROGRAMS COURSES CALENDAR SEARCH AVAILABLE COURSES APPLY CCRI HOME

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This page last modified on August 25, 2010