CISC 120 Computers in Elementary Education
Spring 2012
Instructor: Mark Werness
Class
Meets:
428 OSS
Office: 411
651-962-5471
Office
Hours:
10:00 – 11:30 TTh and by appointment.
Required: Text:
Integrating Educational Technology into Teaching (with
MyEducationLab
by M.D. Roblyer and Aaron H. Doering,
5th Edition, Allyn & Bacon, 2010.
References:
1. Mindstorms by Seymour Papert, Basic
Books Inc., 1980.
2.
The Children's Machine; Rethinking School in the Age of the
Computer by
3. http://scratch.mit.edu/ The Scratch home page. Scratch is produced
by the Lifelong Kindergarten Group at the MIT Media Lab
Enhancement
Program:
Qualified
students with documented disabilities who may need classroom accommodations
should make an appointment with the Enhancement Program – Disability Services
office. Appointments can be made by calling 651-962-6315.You may also make an
appointment in person in O’Shaughnessy Educational Center, room 119. For
further
Course Description:
This course is intended for Elementary
Education majors. It is also intended to
provide the computer concepts and skills necessary to support the courses in
the Science Division Major for Elementary Education students - Science and
Mathematics in Elementary Education (SMEE).
Topics will include computer applications in science and mathematics,
software packages for use in elementary school and middle school classrooms,
Computer-Assisted-Instruction, multimedia, telecommunication, the World-Wide-Web,
HTML and MicroWorlds and Scratch programming, experiments and examples.
The course will explore the role of the
computer in elementary and middle school education, what works and what doesn't
work, and how to make the most effective use of the computer technology in the
classroom or computer lab. We will
explore and discuss the Directed Instruction and Constructivist teaching
methods and their relationship to computer software. The constructivist philosophy of MicroWorlds will
be discussed. We will also be using the
new “Scratch” software from MIT.
Scratch, like MicroWorlds, is a constructivist programming environment
that allows users to create their own interactive games, stories, music, and
art. There will be a series of
MicroWorlds and Scratch labs, assignments, and projects which will emphasize
applications in math and science such as planar geometry, probability, and data
collection, analysis, and graphing.
Evaluation and Grading:
Grades will be based on the following
work and weighted as indicated:
Mid-semester exam 20%
Final exam 25%
Hands-on tests on MicroWorlds, 20%
Scratch and other software
Software evaluation reports and
other
written material 10%
Programs, projects and
other
computer exercises 15%
Class participation 10%
Tentative Semester Schedule
Class Date Topics
1 M 1/30 Course
Intro. and Organization,
Introduction
to “MicroWorlds
EX Robotics”
MicroWorlds
Lab 1
2 W 2/1 Pre-discussion
of Computers in Education,
Introduction to
“Scratch” and Scratch Lab 1
web
searching assignment
3 F 2/3 The World-Wide-Web, Web Page Creation using
HTML
Web page assignment 1
4 M 2/6 More HTML
Web page assignment 2
5 W 2/8 MicroWorlds
EX Procedures with Buttons and Sliders
MicroWorlds Lab 2
6 F 2/10 MicroWorlds Animation and MicroWorlds Lab 3 -
Project 1
7 M 2/13 Project approach, begin Directed Instruction
and Constructivist methods,
related
software types
8 W 2/15
more Directed Instruction and Constructivist methods,
related
software types
9 F 2/17
Word Processing and Drill and
Practice
MicroWorlds
Arithmetic and PI, Triangles, Pythagorean Th.
MicroWorlds Lab 4
10 M
2/20 Scratch Day 2
11 W 2/22
MicroWorlds in the Classroom,
MicroWorlds Lab 5,
MicroWorlds Exploration: Random Numbers
12 F 2/24 Tutorials, MicroWorlds, Stochastic Models and
Simulation
13 M
2/27 Decisions, ifelse, loops and MicroWorlds
14 W
2/29 Three Primary Control Structures
and Scratch Day 3
15 F 3/2 Review exercise for hands-on exam 1
16 M 3/5 MicroWorlds and Scratch Hands-on Exam 1
Statistics and Data Analysis and Display
section of the course
17 W 3/7 MicroWorlds
and Scratch graphing and STAMP,
Begin
descriptive statistics
18 F 3/9 Spreadsheets, Utility Software and Data
Analysis and Display
19 M
3/12 more data
analysis, MicroWorlds and spreadsheets, review for exam
20 W
3/14 Mid-semester
Exam
21 F 3/16 Work
time on data collection and analysis project
** Mon/Mar. 19 Spring Break begins **
** Sun/ Mar. 25 Spring Break last day **
22
M 3/26 Work
time on data collection and analysis project
23 W
3/28 CD media,
DVD media and Multimedia applications
24
F 3/30 HyperStudio, HyperStudio assignment
25
M 4/2 Multimedia presentations
using MicroWorlds
26
W 4/4 Multimedia and MicroWorlds
assignment
** Fri/Apr.
6 Easter Break begins **
** Mon/Apr. 9 Easter Break last day **
27
W 4/11 Introduction
to Geometer’s SketchPad, SketchPad Lab 1
28
F 4/13 More Geometer’s SketchPad, SketchPad Lab 2
29
M 4/16 Coordinate Geometry, Geometer’s SketchPad and Scratch
30 W 4/18 Geo-boards and Scratch Geo-boards
31
F 4/20 Scratch Music and Animation
32
M 4/23 Live Code
33
W 4/25 Live Code
34
F 4/27 Technology in Science – the microscope
35 M 4/30 Technology in the Arts and Social
Science
36
W 5/2 Electronic Portfolios
37
F 5/4 Software
evaluation assignment
38
M 5/7 Final project work period
39
W 5/9 Course
Evaluation and work period
40
F 5/11 The future of computing in education,
Course Summary, and Review for final exam
Final Exam on Wednesday, May 16th from 10:30 a.m. to