RCSpring Schedule 2016

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REEDLEY COLLEGE
REEDLEY COLLEGE 41
SPRING
DEPT-NO- CODE DAYS TIMES RM# INSTRUCTOR
AM, AV1, R & TM = Madera Community College Center OC = Oakhurst Community College Center
ECON 1B PRINCIPLES OF MICROECONOMICS (3 Units)
An introduction to microeconomic micro economic theory covering consumer and producer choice, the choices of individual economic decision makers,
elasticity, scarcity, income distribution, the market structure of product markets, and , market failure, production and cost theory, specialization and
trade, and the role of the public sector.
PREREQUISITES: Mathematics 201. ADVISORIES: English 125, 126, and Mathematics 103. (A, CSU-GE, UC, I) (C-ID ECON 201)
Full Term Class Offering(s)
ECON-1B-51321 TTh 9:30am-10:45 SOC 32 D.MEIER
8 Online Class Offering(s)
ECON-1B-85224 WEB WEB WEB G.SRINIVASAN
(Students must check their Blackboard accounts by the first day of the semester. Failure to do so may result in a student being dropped from
the course. Please contact your instructor for more information. Instructor’s contact information can be found at:
ECON-1B-88260 WEB WEB WEB G.SRINIVASAN
(Students must check their Blackboard accounts by the first day of the semester. Failure to do so may result in a student being dropped from
the course. Please contact your instructor for more information. Instructor’s contact information can be found at: )
EDUCATION
EDUC 10 INTRODUCTION TO TEACHING (3 Units)
This course introduces students to the concepts and issues related to teaching diverse learners in contemporary schools, Kindergarten through grade
12 (K-12). Topics include teaching as a profession and career, historical and philosophical foundations of the American education system, contemporary
educational issues, California’s content standards and frameworks, and teacher performance standards. In addition to class time, the course requires a
minimum of 45 hours of structured fieldwork in public school elementary classrooms that represent California’s diverse student population, and includes
cooperation with at least one carefully selected and campus-approved certificated classroom teacher.
ADVISORIES: Eligibility for English 125 and 126. (A, CSU, UC) (C-ID EDUC 200)
Full Term Class Offering(s)
EDUC-10-51039 TTh 1:30pm-2:20 CCI 205 S.LUSK
(Requires 3 arranged hours each week.)
EDUC-10-56366 MW 4:00pm-4:50 CCI 205 S.LUSK
(Requires 3 arranged hours each week.)
Off Campus Class Offering(s)
EDUC-10-75201 DAILY 10:10am-11:00 SELMA HS 2208 R.MEDINA
(Dual Enrollment. )
8 Online Class Offering(s)
EDUC-10-88358 WEB WEB WEB STAFF
Students must check their Blackboard account by the first day of the semester. Failure to do so may result in the student being dropped from
the course. Please contact your instructor for more information. Instructor’s contact information can be found at:
ENGINEERING
ENGR 2 ENGINEERING GRAPHICS (4 Units)
This course covers the principles of engineering drawings in visually communicating engineering designs and an introduction to computer-aided design
(CAD). Topics include the development of visualization skills, orthographic projections, mechanical dimensioning and tolerancing practices, and the
engineering design process. Assignments develop sketching and 2-D and 3-D CAD skills. The use of CAD software is an integral part of the course.
PREREQUISITE: Mathematics 4A. ADVISORIES: English 125 and 126. (A, CSU, UC)
Hybrid Class Offering(s)
ENGR-2-56240 TTh 2:00pm-3:50 FEM 3 J.HEATHCOTE
(This is a hybrid class, where there is a carefully planned blend of both traditional classroom instruction and online learning activities. There
will be some online class instruction hours and/or requirements that you need to do outside of class. Instructor’s contact information is
.)
ENGR 6 ELECTRIC CIRCUIT ANALYSIS WITH LAB (4 Units)
An introductory course in the analysis of DC and AC linear circuits containing resistors, inductors, capacitors, independent and dependent voltage
and current sources, and operational amplifiers. Lecture topics include Ohm’s Law, Kirchhoff’s Laws, loop and mesh analysis, Thevenin’s and
Norton’s Theorems, superposition, natural and forced response in first and second order circuits, phasor analysis, resonance, AC steady-state power
calculations, power transfer, and energy concepts. Lab component includes construction, testing, and analysis of linear electrical circuits.
PREREQUISITES: Physics 4B. COREQUISITES: Mathematics 17. ADVISORIES: English 125 and 126. (A, CSU, UC).
Full Term Class Offering(s)
ENGR-6-56273 M 1:00pm-4:05 PHY 70 J.HEATHCOTE
and W 1:00pm-3:50 LFS 17 J.HEATHCOTE