COURSE DESCRIPTIONS • CHAPTER
CREDITS
This course offers students an opportunity to work independently on a project that is determined by both the instructor and the student. The project should be based on prior course work and should result in the achievement of advanced learning in the subject area chosen.
length, and the frequency of the AC circuit.
ELPP 294 Independent Projects 1-5 This course offers students an opportunity to work independently on a project that is determined by both the instructor and the student. The project should be based on prior course work and should result in the achievement of advanced learning in the subject area chosen.
EEST 107 Electronics Principles II 5 This course is an introduction to the theory and fundamentals of basic AC electronic circuits.
ELPP 296 Work-based Learning Experience 1-18 Work-based learning (WBL) allows students to participate in on-the-job training in the field in which they are studying. They apply the skills they have learned in the classroom to specific areas of employment in a variety of businesses/industries in the area. The learning activity is based on a written agreement with the participating training provider. ELPP 297 Work-based Learning Seminar 1-2 Students enroll in the work-based learning seminar in order to receive an orientation to the work-based learning experience. Faculty meet with the students to provide support and assistance during the experience. ELPP
298
Work-based Learning – 1-18 No Seminar This course is provided for students who participate in a work-based learning experience but cannot meet for the weekly seminar. This usually applies to specialized areas where the worksite is outside of the geographical area.
ELECTRONIC EQUIPMENT SERVICE TECHNOLOGY EEST 101 Safety Principles 3 This course is an introduction to safety practices required when working in the electronic equipment environment. EEST 102 Applied Math 5 This course is an introduction to mathematical theory and applications as they relate to the electronic circuits and the electronic equipment field. EEST 103 Electronics Principles I 5 This course is an introduction to the theory and fundamentals of basic DC electronic circuits. EEST 104 DC Electronics 4 This course is an introduction to the theory and fundamentals Ohm’s law, series, and parallel circuits EEST 105 AC Electronics 5 This course is an introduction to the theory and fundamentals of the sine wave, wave-
CREDITS
CREDITS
EEST 106 Inductors and Capacitors 4 This course is an introduction to the theory and fundamentals of the reactance of the inductor and the capacitor in the AC circuit.
EEST 108 Amplifiers and Transistors 4 This course is an introduction to the theory and fundamentals of basic amplifiers and transistors. EEST 109 Electronic Devices 2 This course is an introduction to the theory and fundamentals of basic electronic devices: such as diodes, transistors, SCR, triac, and FET. EEST
110
Introduction to Programmable 5 Logic Controllers This course is an introduction to the theory and fundamentals of programmable logic controllers with emphasis on applying and using ladder logic programming. EEST 201 Electronic Principles - Automation 5 This course is an introduction to the theory and fundamentals of basic Ladder logic programming. EEST 202 Antenna and Satellite Systems 3 This course is an introduction to the theory and fundamentals of basic antenna and satellite systems. EEST 203 Magnetic and Laser Media 3 This course is an introduction to the theory and fundamentals of basic magnetic and laser median including magnetic tape players and CD players. EEST 204 RF Receivers and Audio Amps 4 This course is an introduction to the theory and fundamentals of basic RF receivers and audio amplifiers including synthetic and conventional receivers, audio amplifier circuits, conventional tube type, transistor, and FET circuits. EEST 205 Video Projection 1 This course is an introduction to the theory and fundamentals of basic video projection and Raster Scan. EEST 206 Emerging Technologies 3 Students learn about such current technologies as RFID, laser technology, IT applications in the medical field, security systems, and smart home technology. Course content may vary depending upon technological advances.
EEST
291
Practical Applications
1-18
This course offers students an opportunity to work on a lab-based project instead of a work-based learning component. The project should be based on prior course work and should result in the achievement of advanced learning in the subject area chosen. EEST 292 Independent Projects 1-5 This course offers students an opportunity to work independently on a project that is determined by both the instructor and the student. The project should be based on prior course work and should result in the achievement of advanced learning in the subject area chosen. EEST 293 Independent Projects 1-5 This course offers students an opportunity to work independently on a project that is determined by both the instructor and the student. The project should be based on prior course work and should result in the achievement of advanced learning in the subject area chosen. EEST 294 Independent Projects 1-5 This course offers students an opportunity to work independently on a project that is determined by both the instructor and the student. The project should be based on prior course work and should result in the achievement of advanced learning in the subject area chosen. EEST 296 Work-based Learning Experience 1-18 Work-based learning (WBL) allows students to participate in on-the-job training in the field in which they are studying. They apply the skills they have learned in the classroom to specific areas of employment in a variety of businesses/industries in the area. The learning activity is based on a written agreement with the participating training provider. EEST 297 Work-based Learning Seminar 1-2 Students enroll in the work-based learning seminar in order to receive an orientation to the work-based learning experience. Faculty meet with the students to provide support and assistance during the experience. EEST
298
Work-based Learning – 1-18 No Seminar This course is provided for students who participate in a work-based learning experience but cannot meet for the weekly seminar. This usually applies to specialized areas where the worksite is outside of the geographical area.
ELECTRONICS ENGINEERING TECHNICIAN ETRON 110 Applied Communications 3 This course is an introduction to communication skills and their application to the electronic engineering field. Areas of emphasis include methods of improving communication, clarity, and graphic aids. ETRON 121 Technical Communications 4 Students learn written and oral communica-
BATES TECHNICAL COLLEGE
129