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Dr. James S. Taylor
Contact Information
Engineering Building II - Room 230
University of Central Florida
4000 Central Florida Blvd., Box 25000
Orlando, Florida 32816-0450

Phone: (407)823-2785
Fax: (407)823-3315

taylor@mail.ucf.edu
Teachings

ENV 4562C. Environmental Engineering Systems Design

Purpose: This course serves as a capstone course for Environmental Engineering. The primary propose of the course is to develop a systems design for a water treatment plant. A secondary but significant purpose of the course is to address diversity issues in environmental engineering design. The technical portion of the course consists of laboratories and lectures that are scheduled on consecutive Mondays and Wednesdays throughout the semester. Diversity issues are covered in the course by establishing design criteria that is applicable to different countries and devoting specific lecture topics to diversity issues as affected by race, religion and sex.

Text: WATER TREATMENT PRINCIPLES AND DESIGN, J. M. Montgomery, Consulting Engineers, Inc., 1985 Published by John Wiley & Sons, New York, New York(Course Text) REVERSE OSMOSIS AND NANOFILTRATION DESIGN, J. S. Taylor, 1994, distributued in class

Location: Engineering II - 418

Time: MW 6 till 7:45 PM

Faculty: J. S. Taylor, Ph.D., P.E.

Office: Engineering II – 230A

Office Hours: Monday and Wednesday from 3 PM to 6 PM

Office Phone: 407-823-2785

Email: taylor@mail.ucf.edu

Evaluation: The final course grade will be determined by increments that make up the systems design report. Late component reports will be penalized 25 % for one class day, 50 % for two class days and not accepted after that. Each student will turn in a individual component and final reports. Students will work in groups to establish design criteria based on international drinking water regulations. Each component will be graded on technical correctness, writing skills, presentation, organization and neatness.

Testing and Evaluation Scale

Testing and Evaluation Scale

Component

Percent of Grade

Grade

Scale

 

Design Criteria

5

A

100-86

 

Flow Estimate

10

B

85-76

 

Pretreatment

15

C

76-66

 

Membrane Design

10

D

66-56

 

Post Treatment

15

E

56-0

 

Cost

10

     

Plant Trip

10

     

Exe Sum/ Final Report

10

     

Presentation

15

     

   Total

100

     
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