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0. Syllabus#

Catalog Description#

CE 4200 Professional Engineering Practice Issues (2:2:0). A study of engineering body of knowledge topics to prepare students for engineering practice: topics include the FE Exam, licensure, leadership, ethics, and others.

Prerequisites:#

Must be within two long semesters of graduation.

Course Sections (in this syllabus)#

Lesson time, days, and location:
CE 4200 Section 001; CRN xxxx; 2000-2050 T,TH ; CE 205

Course Instructor:#

Instructor: Theodore G. Cleveland, Ph.D., P.E., M. ASCE, F. EWRI
Email: theodore.cleveland@ttu.edu (put 4200 in subject line)
Office location: CE 203F
Office hours: TBD

Teaching assistants:#

Assistant: none
Email : NA
Office location: NA
Office hours: NA

Required Reading(s)#

Course Description:#

This required course is to addresses selected civil engineering body of knowledge topics including preparation for the NCEES Fundamentals of Engineering (FE) Exam, the importance of licensure, leadership and management, public policy, business aspects of engineering, and others. It integrates technical, professional, and social issues and contributes to the preparation of senior BSCE students to enter professional practice.

During this course the student will

  • Explore and explain key concepts framing the civil engineering profession including body of knowledge topics such as leadership, business and public administration, and public policy

  • Explore and explain engineering aspects beyond the technical realm including safety, public health, sustainability, global and cultural aspects of project delivery

  • Explain the purpose, scope, and value of licensure.

  • Explore the current nature of the NCEES FE Exam as it relates to licensure

  • Apply resources and strategies to prepare for the FE Exam

  • Work FE Exam-like questions in selected topics using the FE Supplied Reference Handbook and subject matter expert supplied tools

ABET Program Outcomes#

This course specifically addresses the outcomes listed below. Only the primary outcome is assessed as part of the CECE Continuous Improvement Program.

Primary Outcomes#

  • (2.)an ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.

  • (4.) an ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts

  • (7.) An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

Secondary Outcomes#

  • none

Note

About ABET EAC Criteria

The outcomes above (primary and secondary) are a subset of those prescribed in ABET EAC General Criteria for Bacculerate Programs as described in ABET (2024) Criteria for Accrediting ENGINEERING PROGRAMS. ABET, 415 North Charles St., Baltimore, MD 21201

Criteria 3, Student Outcomes: The program must have documented student outcomes that support the program educational objectives. Attainment of these outcomes prepares graduates to enter the professional practice of engineering. Student outcomes are outcomes (1) through (7), plus any additional outcomes that may be articulated by the program.

The primary outcomes (above) are assessed as part of the CECE Continuous Improvement Program that is prescribed in ABET EAC General Criteria for Bacculerate Programs as described in ABET (2024) Criteria for Accrediting ENGINEERING PROGRAMS. ABET, 415 North Charles St., Baltimore, MD 21201

Criteria 4, Continuous Improvement: The program must regularly use appropriate, documented processes for assessing and evaluating the extent to which the student outcomes are being attained. The results of these evaluations must be systematically utilized as input for the program’s continuous improvement actions. Other available information may also be used to assist in the continuous improvement of the program.

Assessment Methods and Data Management

  • Outcome 2 is assessed through a weighted composite of quiz and final examination scores corresponding to the instructional modules designated as “Beyond the Technical.” These instruments collectively assess students’ ability to recognize and integrate non-technical factors relevant to professional engineering practice.

  • Outcome 4 is assessed using a weighted aggregate measure comprising class attendance, the Ethics quiz, and performance on ethics-related items in the final examination. This combination captures both engagement and demonstrated understanding of ethical principles in engineering contexts.

  • Outcome 7 is assessed by the normalized difference between quiz and final examination scores from the modules titled “Licensure and FE Exam Preparation.” A Wilcoxon signed-rank test is applied to determine whether the observed differences indicate a statistically significant improvement in student performance over the duration of the course.

These assessment data are collected and maintained on the department’s ABET server using the standardized course assessment forms, and the resulting summaries are utilized for both formal ABET accreditation documentation and the department’s annual continuous improvement program self-assessment process.

Brief List of Topics#

  1. Selected body of knowledge topics from the foundational, technical, and professional areas of civil engineering

  2. Engineering licensure requirements

  3. FE Exam specifications and format

  4. Selected FE Exam topics from mathematics, engineering probability and statistics, computational tools, ethics and professional practice, engineering economics, statics, dynamics, mechanics of materials, fluid mechanics

  5. Selected FE Exam civil discipline specific session topics from surveying, hydraulics and hydrologic systems, geotechnical engineering, environmental engineering, transportation engineering, structural analysis, structural design, construction, materials

Institutional Syllabus Statements#

Course Assessment and Grading Criteria:#

There will be multiple quizzes and one final exam for the course.
Late assignments will not be graded.

Grades will be based on the following components; weighting is approximate:

Assessment Instrument

Weight(%)

Attendance

10

Homework

20

Quizzes

30

Exam

40

Overall total

100

Letter grades will be assigned using the following proportions:

Normalized Score Range

Letter Grade

≥ 90

A

80-89

B

70-79

C

55-69

D

< 55

F

Schedule#

date

topic

presenter

evaluation instrument

26 Aug 2025

Introduction
- Syllabus
- Career Planning

Dr. Cleveland

28 Aug 2025

Framing the Profession:
- Knowledge Expectations
- ABET Breadth and Depth
- ACSE BOK

Dr. Cleveland

Quiz

02 sep 2025

Beyond the Technical:
- Public Health Considerations in Engineering Design
- Evaluation of Safety Considerations in Engineering Design

Dr. Cleveland

Quiz

04 Sep 2025

Beyond the Technical:
- Evaluation of Welfare Considerations in Engineering Design
- Evaluation of Social Considerations in Engineering Design

Dr. Cleveland

Quiz

09 Sep 2025

Beyond the Technical:
- Global Considerations in Engineering Design and Project Delivery
- Evaluation of Cultural Considerations in Engineering Design

Dr. Cleveland

Quiz

11 Sep 2025

Beyond the Technical:
- Evaluation of Sustainability Considerations in Engineering Design
- Evaluation of Environmental Considerations in Engineering Design

Dr. Cleveland

Quiz

16 Sep 2025

No Class (Job Fair)

Proof of Job Fair Attendance

18 Sep 2025

Licensure and FE Exam Preparation:
- Engineering Licensing
- FE Exam Overview

Dr. Cleveland

Quiz

23 Sep 2025

Licensure and FE Exam Preparation:
- Ethics (Video Lesson)

Dr. Cleveland

Quiz

25 Sep 2025

Licensure and FE Exam Preparation:
- Economics (Video Lesson)

Dr. Cleveland

Quiz

30 Sep 2025

Licensure and FE Exam Preparation:
- Mathematics

Dr. Fei

Quiz

02 Oct 2025

Licensure and FE Exam Preparation:
- Statistics

Dr. Fei

Quiz

07 Oct 2025

Licensure and FE Exam Preparation:
- Surveying

Mr. Spears

Quiz

09 Oct 2025

Licensure and FE Exam Preparation:
- Statics

Mr. Spears

Quiz

14 Oct 2025

Licensure and FE Exam Preparation:
- Dynamics

No SME available

Quiz

16 Oct 2025

Licensure and FE Exam Preparation:
- Mechanics of Materials (Solids)

Mr. Spears

Quiz

21 Oct 2025

Licensure and FE Exam Preparation:
- Structural Engineering

No SME available

Quiz

23 Oct 2025

Licensure and FE Exam Preparation:
- Fluid Mechanics

Ms. Gurley

Quiz

28 Oct 2025

Licensure and FE Exam Preparation:
- Hydraulics (Pipes and Pumps)

Dr. Cleveland

Quiz

30 Oct 2025

Licensure and FE Exam Preparation:
- Materials Science

Dr. Cleveland

Self-Study
Quiz

04 Nov 2025

Licensure and FE Exam Preparation:
- Water Quality, Testing, and Treatment (Environmental)

Dr. Gray

Quiz

06 Nov 2025

Licensure and FE Exam Preparation:
- Materials

Dr. Won

11 Nov 2025

Licensure and FE Exam Preparation:
- Geotechnical Engineering

Dr. Lu

Quiz

13 Nov 2025

Licensure and FE Exam Preparation:
- Transportation

Dr. Shankar

Quiz

18 Nov 2025

Licensure and FE Exam Preparation:
- Construction Engineering

Dr. Gugssa

Quiz

20 Nov 2025

Licensure and FE Exam Preparation:
- Hydrology (Runoff and Seepage)

Dr. Cleveland

Quiz

25 Nov 2025

No Class (Self-study)

02 Dec 2025

Review

Dr. Cleveland

08 Dec 2025

Final Exam
- Framing the Profession/Licensing
- Beyond the Technical
- FE Training

Exam

Section End#

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