CIEG
135 Fall 2003
Introduction to Environmental Engineering
Instructor: Dr. Herbert E. Allen
Description:
Overview
of environmental engineering discipline. Physical, chemical, biological interactions
within the environment and associated engineering problems. Introduction to
common processes for pollution control. Use of computer software for problem
solving. Environmental engineering practice and ethics, and an introduction
to proper design approach.
Objectives:
Environmental
Engineering is a unique field in which the problem-solving and technological
aspects of engineering are focused on protection of human health and the environment.
You will encounter some challenging coursework in preparing for this multi-faceted,
interdisciplinary profession. An important goal of this course is to show
you how your upcoming courses in chemistry, mathematics, physics, biology,
and other areas will be used to gain a scientific understanding of environmental
problems and then help to solve them. While working towards this objective,
we will encounter a variety of environmental engineering applications and
career options, with the intent of familiarizing you with the breadth of this
field and some of the opportunities it opens up. Our lectures and assignments
will also insure that you have specific concepts and tools to help you get
the most out of your environmental engineering education. And finally, this
small class gives you the opportunity to meet and work with your fellow ENEG
majors. This is the smallest bachelor's program in the College of Engineering,
so you will know all of your co-majors very soon!
Textbook
for the course:
Vesilind
and Morgan, Introduction to Environmental Engineering, 2nd edition
Your
instructor:
Dr.
Herbert E. Allen
Phone: 831-8449 Fax: 831-3640 Home 610-664-3706 e-mail:allen@ce.udel.edu
Office: 354 B DuPont Hall, Dept. Civil & Environmental Engineering
Office hours: Thursday, 1:30-4:00 PM or by appointment (Thursdays that I am
away are 9/4, 10/16, 11/13, and 12/4).
Your TA:
Derya Dersun
Office: 160 DuPont Hall e-mail: derya@udel.edu
Office hours: Tues. 1:00-3:00
Grading for course:
Homeworks 5@10 points = 50 points
Final exam (open book oral) 20 points
Design problem 30 points
Total for course 100 points
Syllabus
and Reading Assignments:
|
DATE
|
TOPIC
|
READING
|
| September 3 | Course introduction; some environmental problems and how to deal with them | Chapter 1 |
| September 10 | Units of concentration for environmental analysis | Chapter 2 |
| September 17 | Chemistry: activity, concentration, equilibrium | Supplement |
| September 24 | Chemistry: acid-base systems in the environment | Supplement |
| October 1 | Chemistry: review |
|
| October 8 | Environmental decisions | Chapter 16 |
| October 15 | Introduction to design problem |
|
| October 22 | Physical processes: some simple mass balances | Chapter 3 |
| October 29 | Physical processes: some multi-phase examples | Chapters 5&6 |
| November 5 | Use of spreadsheets for analysis |
|
| November 12 | Environmental biology: mass, energy, population in ecosystems | Chapter 7 |
| November 19 | Environmental biology: pathogens | Section 8.1.5 |
| November 26 | Environmental processes: engineered systems | Sections 9.2, 10.1, 14.2 |
| December 3 | No class |
|
| December 10 | Professional directions in environmental engineering | Supplement |