Download ABET Course Outcome Form - The George Washington University

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts

Psychometrics wikipedia , lookup

Theoretical computer science wikipedia , lookup

Transcript
ABET Course Outcome Form – CS2312
Computer Science Department, The George Washington University
Instructions:
 (Column 1) Identify outcomes for your course, one per row.
 (Column 2) Describe how each course outcome maps or contributes to program outcomes (see CS
Department ABET document).
 (Column 3) For the Level, specify whether the particular course outcome contributes at the Prep
(Preparatory) or Standard level to the identified program outcome.
 (Column 4) For Evaluation: how is this outcome evaluated in the course (e.g., Exam 1, Assignments 2
and 3).
 (Column 5) Based on the evaluation, what score is needed to assert that the particular outcome has been
achieved (e.g., a passing score, grade of C etc). Note that this is the score for the particular evaluation,
not the overall course grade.
 (Column 6). This column is to be filled later, once per year, based on the students who’ve taken the
course. For this purpose, you will need to submit the course gradebook.
Course:
CS-2312
Filled out by: Poorvi L. Vora
Course outcomes and their mapping to program outcomes:
Course outcome
Program
outcome
Level
Evaluation
Measure
Combined
grade of
Understand basic concepts in algebra
and number theory: algebraic
structures, properties of integers (e.g.
divisibility, equivalence modulo m)
O-1
Prep
Test 1 +
number theory
HWs + algebra
HWs
40%
Understand basic concepts in graph
theory: coloring, planar graphs.
O-1
Prep
40%
Understand basic concepts in
asymptotics
O-1
Standard
50%
O-1
Prep
Test 2 + Test 3
(graph theory
questions) +
graph theory
HWs
Test 3
(Asymptotics
questions) +
Asymptotics
HWs
Crypto HWs
O-1
Standard
Course Total
ABET(a)
Understand applications of discrete
math, algebra and number theory
concepts to problems in computing.
Develop an understanding of how to
read and construct valid mathematical
statements, arguments (proofs) and
understand mathematical statements
(theorems).
40%
40%
# successful
students /
total#