2008 Engineering Technology Education Bibliography · 2 INTERTECH Proceedings of the International Conference on Engineering and Technology Education. March 2-5, 2008, Peruibe and

1

2008 Engineering Technology Education Bibliography

Compiled by

Marilyn A. Dyrud Oregon Institute of Technology

Introduction

The 2008 bibliography lists books, articles, and

proceedings papers related to engineering

technology education under the following

headings: administration, aerospace/aviation,

architectural, assessment, biomedical/

biotechnology, civil, computers, curriculum,

distance education, diversity, electrical/

electronics, faculty development, industrial,

industry/government/employers, information

technology instructional technology,

international, laboratories, liberal studies,

manufacturing, mechanical, nuclear, teaching

methodology, tech prep, technical

communication, and technical graphics. Five

categories–instructional technology, liberal

studies, teaching methodology, technical

communication, and technical graphics–include

listings reflecting general technical education

concerns.

Entries are listed according to area of primary

emphasis, and items that apply to two or more

academic disciplines are entered under the area of

major interest. For example, ECET-related items

are included under ―Electrical/Electronic‖;

mechatronics papers are listed under

―Mechanical.‖ We apologize for any entries that

may have been missed or inadvertently placed in

the wrong category.

Contributors

Engineering technology educators interested in

being a contributor to the bibliography may

contact Marilyn A. Dyrud, Communication

Department, Oregon Institute of Technology,

3201 Campus Drive, Klamath Falls, OR 97601;

email: [email protected]; phone:

541.885.1504.

Abbreviations

ACP ASEE 2008 Annual Conference

Proceedings, June 22-25, 2008, Pittsburgh,

Pennsylvania. Proceedings are available on CD or

at http://www.asee.org/conferences.

ASME Proceedings of the 2008 ASME

International Mechanical Engineering Congress

& Exposition, October 31-November 6, 2008,

Boston, Massachusetts. Proceedings are available

at

http://www.asmeconferences.org/Congress08/Tec

hnicalProgramOverview.cfm.

CIEC Proceedings of the 2008 Conference for

Industry and Education Collaboration, February

13-15, 2008, New Orleans, Louisiana.

Proceedings are available on CD.

FIE Proceedings of the 2008 Frontiers in

Education Conference, October 22-25, 2008,

Saratoga Springs, New York. Proceedings are

available on CD or at http://www.fie-

conference.org/fie2008/index.htm. WIP denotes

a ―work in progress,‖ a short summary of ongoing

research.

GSW Proceedings of the ASEE 2008 Gulf-

Southwest Section Conference, March 26-28,

2008, Albuquerque, New Mexico. Proceedings

are available on CD.

ICEE Proceedings of the 2008 International

Conference on Engineering Education, July 27-

31, 2008, Budapest, Hungary. Proceedings are

available at

http://icee2008hungary.net/download/fullp/index.

html.

[email protected]

http://www.asee.org/conferences

http://www.asmeconferences.org/Congress08/TechnicalProgramOverview.cfm

http://www.asmeconferences.org/Congress08/TechnicalProgramOverview.cfm

http://www.fie-conference.org/fie2008/index.htm

http://www.fie-conference.org/fie2008/index.htm

http://icee2008hungary.net/download/fullp/index.html

http://icee2008hungary.net/download/fullp/index.html

2

INTERTECH Proceedings of the

International Conference on Engineering and

Technology Education. March 2-5, 2008, Peruibe

and Santos, Brazil. Proceedings are available on

CD.

IJME Proceedings of the 2008 IAJC-IJME

International Conference, November 17-19,

2008, Nashville, Tennessee. Proceedings are

available at

http://www.ijme.us/IJME_Conference_2008/prog

ram.htm.

IL/IN Proceedings of the ASEE 2008 Illinois-

Indiana Section Conference, April 3-5, 2008,

Terre Haute, Indiana. Proceedings are available

at

http://ilin.asee.org/Conference2008/Author.html.

NC Proceedings of the ASEE 2008 North

Central Section Conference, March 28-29, 2008,

Dayton, Ohio. Proceedings are available at

http://www.engineering.wright.edu/~asee/Agenda

.htm.

NMW Proceedings of the ASEE 2008 North

Midwest Section Conference, October 16-18,

2008, Platteville, Wisconsin. Proceedings are

available at

http://www.ndsu.nodak.edu/asee/conferences/200

8/.

PSW Proceedings of the ASEE 2008 Pacific

Southwest Section Conference, March 27-28,

2008, Flagstaff, Arizona. Proceedings are

available at

http://www.asee.org/activities/organizations/secti

ons/proceedings/PacificSouthwest/2008.cfm.

SEE Proceedings of the ASEE 2008

Southeastern Section Conference, April 6-8,

2008, Memphis, Tennessee. Proceedings are

available on CD or at

http://www.icee.usm.edu/icee/conferences/Confer

ence%20Files/ASEE2008.

Zone Proceedings of the 2008 ASEE Zone I

Meeting, March 26-28, 2008, West Point, New

York. Proceedings are available at

http://www.asee.org/activities/organizations/zone

s/proceedings/zone1/2008Professional.cfm.

Administration

Barger, Marilyn et al. ―Florida Engineering

Technology Forum: A Vehicle for Change.‖

ACP.

Bernstein, Stuart. ―Developing an

Interdisciplinary Service Learning

Collaboration amongst University, Community

College and High School Programs.‖ CIEC.

Bloom, Joel, and Kathy Kelly. ―Increasing

Enrollment of First-Time-Full-Time Freshman

(FTFTF) in STEM Majors Year Two.‖ ICEE.

Buchanan, Walter W. et al. ―Administrative and

Educational Issues in Engineering Technology

with a Global Impact.‖ INTERTECH.

Buchanan, Walter W. et al. ―Administrative and

Educational Issues in Engineering Technology

with a Global Impact–Part 2.‖ INTERTECH.

Colwell, Joy. ―Developing Tomorrow‘s

Technology Leaders: Issues Related to Master‘s

Level Technology Curriculum.‖ ACP.

Dandu, Raju, and John DeLeon. ―Kansas State‘s

Elite Scholarship Program Enhancing Lives

through Technology and Engineering.‖ ACP.

Dudeck, Kenneth, and Wieslaw Grebski. ―A New

Vision for Engineering Technology Programs

to Strengthen Recruitment and Retention.‖

ACP.

Ferrara, Irene, and Andrew Vavreck. ―Meeting

Enrollment Challenges in Engineering

Technology at Penn State Altoona.‖ ACP.

Gehrig, Bruce et al. ―A Comprehensive and

Integrated Approach to Increase Enrollments in

Engineering Technology.‖ ACP.

Genis, Vladimir, and Gerry Marekova. ―Applied

Engineering Technology Program‘s

Curriculum.‖ ACP.

Hill, Warren. ―Accreditation of Engineering

Technology Associate Degree Programs.‖ ACP.

http://www.ijme.us/IJME_Conference_2008/program.htm

http://www.ijme.us/IJME_Conference_2008/program.htm

http://ilin.asee.org/Conference2008/Author.html

http://www.engineering.wright.edu/~asee/Agenda.htm

http://www.engineering.wright.edu/~asee/Agenda.htm

http://www.ndsu.nodak.edu/asee/conferences/2008/

http://www.ndsu.nodak.edu/asee/conferences/2008/

http://www.asee.org/activities/organizations/sections/proceedings/PacificSouthwest/2008.cfm

http://www.asee.org/activities/organizations/sections/proceedings/PacificSouthwest/2008.cfm

http://www.icee.usm.edu/icee/conferences/Conference%20Files/ASEE2008

http://www.icee.usm.edu/icee/conferences/Conference%20Files/ASEE2008

http://www.asee.org/activities/organizations/zones/proceedings/zone1/2008Professional.cfm

http://www.asee.org/activities/organizations/zones/proceedings/zone1/2008Professional.cfm

3

Hundley, Stephen et al. ―Enhancing Engagement

in Faculty Governance.‖ ACP.

Munukutla, Lakshmi et al. ―Arizona-Texas

Consortium for Alternative and Renewable

Energy Technologies.‖ ACP.

Oh, Jung, and Beverlee Kissick. ―The Journey to

Build a 21st Century Faculty-Librarian

Relationship: A Retrospective Case Study

Reflected with Criteria 2E and J.‖ ACP.

O‘Hair, Michael T. ―New Mission Language for

the Engaged University: Learning, Discovery

and Engagement.‖ CIEC.

Reid, Kenneth, and P. K. Imbrie. ―Noncognitive

Characteristics of Incoming Engineering

Students Compared to Incoming Engineering

Technology Students: A Preliminary

Examination.‖ ACP.

Robertson, John et al. ―The Technology World Is

Changing Rapidly: Can Higher Education

Match the Pace?‖ ACP.

Rose, Andrew, and Norman Voigt. ―The Role of

Adjunct Faculty in Future Engineering

Education.‖ ACP.

Samples, Jerry. ―Leadership 103: Leadership in

Teaching and Pedagogy.‖ ACP.

Sealy, Philip. ―Rubrics to Samples of Student

Work as a Direct Measure of Individual

Outcome Achievement and Overall Program

Quality.‖ NMW.

Setoodehnia, Ali et al. ―How to Improve Student

Retention Rates in Science and Technology.‖

Zone.

Tapper, Jerome, and Francis DiBella. ―The

Development and Deployment of an

Engineering Technology Curriculum to Combat

Engineering Globalization.‖ ACP.

Verma, Alok. ―Applying Six Sigma Methodology

to the Admissions Process in Higher

Education.‖ ACP.

Weinsier, Philip, and David J. Brown.

―Engineering Technology Education: A

National Picture.‖ IJME. Paper no. 148.

Wolf, Lawrence, and Michael O‘Hair.

―Engineering Technology and the 75th

Anniversary Retrospective of ABET.‖ ACP.

Zoghi, Ban, and Walter W. Buchanan.

―Engineering Leadership: An Experimental

Approach Using Emotional Intelligence.‖

INTERTECH.

Aerospace/Aviation

Aungst, Josanne et al. ―Planning of Non-Routine

Work for Aircraft Scheduled Maintenance.‖

IJME. Paper no. 044.

Baloun, Katie et al. ―No Hassle Check-in of

Aircraft Customers and Baggage.‖ IJME. Paper

no. 043.

Johnson, Mary E., and Sergey Dubikovsky.

―Introduction of Lean Six Sigma Principles into

Aeronautical Engineering Technology

Courses.‖ IJME. Paper no. 047.

Morrell, Anthony J. et al. ―Development of Safety

Event Metrics for an Aviation Organization.‖


Ropp, Timothy D. ―Implementing Safety

Management Systems for Aviation into an

Aviation Technology Curriculum.‖ IJME.

Paper no. 164.

Ropp, Timothy D., and Brian G. Dillman.

―Standardized Measures of Safety: Finding

Global Common Ground for Safety Metrics.‖


Vlasman, Brent et al. ―Learning Aerospace

Design and Manufacturing Processes to

Demonstrate ABET Program Objectives.‖


4

Architectural

Baznik, Gouranga. ―Employer‘s Expectations of

the Performance of CM Graduates.‖ ACP.

Cowan, Daniel. ―A Client-Based Assessment

Tool for Service Learning Projects.‖ ACP.

Cowan, David. ―Ditching Digital: The Building

of Physical Miniatures.‖ ACP.

Davis, Daniel. ―Partnering with Industry via Your

Advisory Board.‖ FIE.

Ding, Suining. ―Cognitive Mapping in Service

Learning and Civic Engagement in a Studio

Course with an ADA Accessible Project.‖ ACP.

Haque, Mohammed, and Pallib Desgupta. ―An

Architectural Walkthrough Using 3D Game

Engine.” ACP.

Haque, Mohammed E., and Pallab Dasgupta.

―Architectural/Engineering Visualization Using

Game Engine.‖ GSW.

Hsu, Kun-jung et al. ―Exploring the Eco-

Pedagogy of an Urban Eco-Tourism Hill Path

Design.‖ ACP.

Martin, Elizabeth. ―Education of the Citizen

Architect through Designing Mobile Health

Clinic Concepts.‖ IJME. Paper no. 051.

Nichols, Anne. ―Using Calibrated Peer Review as

a Teaching Tool for Structural Technology in

Architecture.‖ ACP.

Nickolson, Darrell. ―Merging ADA & LEED to

Enhance Older Adult Living: A Capstone

Project.‖ ACP.

Assessment

Anitsal, Meral. ―An Exploratory Assessment of

Distance and On-Ground Delivery of Business,

Math and Engineering Technology Courses.‖

ACP.

Balascio, Carmine et al. ―Nationally Normed

Exams for Outcomes Assessment of

Engineering Technology Programs and

Certification of Engineering Technology

Graduates.‖ ACP.

Biney, Paul et al. ―Development of Performance

Criteria for Assessing Program Outcomes in

Engineering, Engineering Technology &

Computer Science Programs.‖ ACP.

Buhl, Jakob et al. ―Assessing Impact of New

Teaching Methods by Predicting Student

Performance.‖ Zone.

Carpinelli, John et al. ―A Rubric to Evaluate

Standards-Based Lesson Plans and Students‘

Achievement of the Standards.‖ ACP.

Carson, Jon. ―Evaluation of Individual

Performance on Group Projects.‖ ACP.

Chin, Robert. ―Characterizing the Engineering

Technologists: Implications for Program

Assessment.‖ ACP.

Cottrell. ―TC2K and Classroom Assessment: The

Case for Comprehensive Course Assessment in

Sustaining Continuous Program Improvement.‖

ACP.

Cowan, David. ―A Client-Based Assessment Tool

for Service Learning Projects.‖ ACP.

Das, Nirmal. ―Assessment and Evaluation of

Engineering Technology Program Outcomes

Using Direct Measures.‖ ACP.

DeRuntz, Bruce, and Ron Meier. ―Identification

of Significant Factors and Topics for

Establishing a Standard Evaluation Instrument

for Six Sigma Black Belt Projects.‖ IJME.

Paper no. 030.

Dues, Joseph et al. ―Assessment for Continuous

Improvement: Embedding in the Culture.‖

Journal of Engineering Technology 25, no. 2

(Fall 2008): 10-17.

5

Durfee, Jason, and William Loendorf. ―Using the

National Society of Professional Engineers‘

(NSPE) Ethics Examination as an Assessment

Tool in the Engineering Technology

Curriculum.‖ ACP.

Gómez, M. Martinez. ―A Methodology to

Analyse the Student Feedback Survey of the

Polytechnic University of Valencia (UPV).‖

ICEE.

Goodson, Carole et al. ―Student Perceptions of

Academic Honesty in an Electronic Age.‖ ACP.

Higgins, Bonnie. ―Program Evaluation: Graduate

and Employer Perceptions Regarding Job

Preparedness Skills of Design Technology

Graduates.‖ IJME. Paper no. 027.

Ketkar, Mohan A., and Nripendra N. Sarker.

―Development of Performance Criteria and

Measures for Assessing Program Outcomes in

Engineering Technology Programs.‖ GSW.

Lamb, Carol, and David G. Kurtanich.

―Assessment Process–A View from the

Trenches.‖ ACP.

Lipscomb, John W., Jr. ―A Comparison of Exam

Scores between Fully Online and Lecture

Supplement Sections.‖ SEE.

Nripendra, Sarker, and Cajetan M. Akujuobi.

―Establishing Multiple Assessment Methods for

Accreditation.‖ GSW.

Pankowski, Peg. ―Assessment for Accreditation

and Beyond.‖ PSW.

Pariser, Bertram, and Cyrus Meherji. ―Data

Management for Outcomes and Assessment.‖

ACP.

Reid, K. J., and E. M. Cooney. ―Implementing

Rubrics as Part of an Assessment Plan.‖ The

International Journal of Engineering Education

24, no. 5 (2008): 893-900.

Rodriguez-Marek, Esteban et al. ―Connecting the

Dots in Assessment: From Course Student

Learning Objectives to Educational Program

Outcomes to ABET Assessment.‖ ACP.

Skvarenina, Timothy. ―Incorporating and

Assessing ABET ‗Soft Skills‘ in the Technical

Curriculum.‖ ACP.

Varma, Virendra, and Tina Varma. ―Using E-

Portfolios for Program Assessment: Some

Observations.‖ ACP.

Vavreck, Andrew et al. ―Analysis of the Results

of a Pilot Engineering and Engineering

Technology Student Inventory Survey.‖ ACP.

Wang, Jywhen et al. ―Enhancing and Assessing

Life Long Learning Skills through Capstone

Projects.‖ ACP.

Biomedical/Biotechnology

Genis, V. et al. ―Environmental Control Plasma

Educational Laboratory.‖ In Plasma Assisted

Decontamination of Biological and Chemical

Agents. Ed. Katie Gibson et al. Rotterdam:

Springer, 2008, pp. 151-8.

Kennedy, Chad E. ―Role-Playing Creates a

Valuable Interactive Learning Environment for

Biomedical Engineers and Engineering

Technologists.‖ GSW.

Kornegay, Alton L. et al. ―Biotechnology:

Gearing up to Manufacture Biofuels including

Ethanol and Biodiesel. IJME. Paper no. 012.

Sprawls, Perry. ―Evolving Models for Global

Medical Technology Education.‖ FIE.

Civil

Abaza, Hussein et al. ―Multi-Media Interactive

Self-Directed CAD Applications Learning

Modules for the Construction Management

Students.‖ ACP.

Aghayere, Abi, and Jason Vigil. Structural Steel

Design–A Practice-Oriented Approach. Upper

Saddle River, NJ: Prentice Hall, 2008.

6

Ahn, Yong Han et al. ―Integrated Sustainable

Construction: A Course in Construction for

Students in the U.S.A.‖ ACP.

Ali, Tarig, and Ali Mehrabian. ―Towards

Dynamic Land-Use Planning Using Geospatial

Technology: Conceptual Design of a

Collaborative Web-Based GIS.‖ The

Technology Interface 9, no. 1 (Fall 2008).

Available at

http://technologyinterface.nmsu.edu/Fall08/.

Aldridge, Kevin et al. ―Automated Clay

Conditioning for Foundation (ACCF).‖ The


Available at

http://technologyinterface.nmsu.edu/Fall08/ .

Apostoaia, Radu, and Jose Pena. ―Comparative

Study of the Abrasion Resistance.‖ IL/IN.

Bandyopadhayay, Amitabha, and Bala

Veeramchenei. ―The Regional Economic

Impact of the Proposed Capital Improvement of

the South West Sewer District in Suffolk

County–A Student-Assisted Project.‖ ACP.

Banik, Gouranga. ―Industry Expectations from

New Construction Engineers and Managers:

Curriculum Improvement.‖ ACP.

Benge, Justin et al. ―Influence of Recycled

Aggregates on Mechanical Properties of High

Performance Concrete.‖ IL/IN.

Cottrell, David. ―An Introductory Materials

Course: Making Concrete Stand Up to the

Task.‖ ACP.

Das, Nirmal. ―A Case Study of Student Learning

in Civil Engineering Technology.‖ ACP.

Das, Nirmal. ―Teaching Reinforced Concrete

Design with MathCad Application.‖ ACP.

Davis, Daniel. ―Understanding Construction

Project Relationships.‖ ACP.

LeBoeuf, Richard L. et al. ―Using Concrete

Proportioning to Teach Spreadsheet Modeling.‖

The Technology Interface 9, no. 2 (Spring

2008). Available at

http://technologyinterface.nmsu.edu/Spring08/.

Lambrechts, James. ―When Civil Engineering

Technology Is Elevated to Engineering, What

Can Fill the Technology Void?‖ ACP.

Leffers, M. Regina et al. ―The Center for the Built

Environment at IPFW and the Northeast

Indiana Green Build Coalition and Habitat for

Humanity Collaborate to Create a Sustainable

Residential Construction Project.‖ ACP.

Mehrabian, Ali. ―The State of the Art Analysis

and Design of Structures: Application of RISA-

3D.‖ The Technology Interface 9, no. 2 (Spring

2008). Available at


Mincic, Michael. ―Transfer Success of Civil

Engineering Technology Degree Community

College Graduates to a Bachelor Degree in

Civil Engineering Technology Program.‖ ACP.

Nguyen, Thuy et al. ―Technology Skill

Assessment of Construction Students and

Professional Workers.‖ ACP.

Sener, Erdogan. ―Zero-Energy and Carbon-

Neutral Construction: Where and How to Start

Integrating the Concepts into Construction

Education.‖ IL/IN.

Shaurette, Mark. ―Implementation of Wireless

Webcam Technology for Construction

Management Field Trips.‖ ACP.

Sidharta, Sahirman et al. ―FRP Bridge Deck Life

Cycle Cost Analyzer.‖ Proceedings of the First

International Symposium on Life Cycle Civil

Engineering, July 10-14, 2008, Varenna, Lake

Como, Italy.

Varma, Virendra. ―Advances in the Production of

Shop Drawings and Their Impact on

Constructability.‖ ACP.

Vidalis, Sofia, and Joseph Cecere. ―A Model

Partnership between Penn State Harrisburg‘s

Construction Engineering Technology Program

and the Construction Industry.‖ ACP.

http://technologyinterface.nmsu.edu/Fall08/


http://technologyinterface.nmsu.edu/Spring08/


7

Wood, William. ―Temporary Loads during

Construction: Undergraduate Research and

Course Development.‖ ACP.

Zaneldin, Essam, and Suleiman Ashur. ―Using

Spreadsheets as a Tool in Teaching

Construction Management Concepts and

Applications.‖ ACP.

Computers

Alagun, Titilope Z., and Shahryar Darayan.

―Automated Control of Chicken Environment

and Egg Production.‖ GSW.

Allen, Gale R. ―Communications Technology

Learning Opportunities Using LabVIEW-

Controlled RF Equipment.‖ NMW.

Allen, Gale R. ― Hands-On Component-Level

Automation Courses for Technology and

Engineering Students.‖ NMW.

Basta, Alfred and Wolf Halton. Computer

Security and Penetration Testing. Clifton Park,

NY: Delmar Cengage, 2008.

Attarzadeh, Farrokh. ―Innovations in Laboratory

Development for Computer Engineering

Technology Programs.‖ The Technology

Interface 9, no. 1 (Fall 2008). Available at


Attarzadeh, Farrokh et al. ―Assessing the

Assessments in a Computer Engineering

Technology Capstone Course.” GSW.

Attarzadeh, Farrokh et al. ―The Evolution of a

Senior Capstone Course in the Context of a

Research-Based University Quality

Enhancement Plan.‖ GSW.

Attarzadeh, Farrokh et al. ―How the Capstone

Class Students Perceive Their Knowledge

Base?‖ GSW.

Attarzadeh, Farrokh et al. ―The Role of the

Teaching Assistants in a Senior Level

Computer Engineering Technology Capstone

Class.‖ GSW.

Beasley, Jeffrey S. Networking. 2nd ed. Upper

Saddle River, NJ: Prentice Hall, 2008.

Dahlmann, Nina et al. ―Attractive Sciences–

Recruiting and Retention Activities for Women

in Academic CSET Education.‖ ACP.

Dhariwal, K. et al. The Complete Guide to

Professional Computing. Chicago: ICCP, 2008.

Duvall, Charles, and Joshua Galloway. ―Reducing

the Trial and Error Design Method of Single

Board Computer Projects via Automation of

Timing Measurement.‖ CIEC.

Evans, Jeffrey et al. ―Wireless Sensor Network

Design for Flexible Environmental

Monitoring.‖ Journal of Engineering

Technology 25, no. 1 (Spring 2008): 46-52.

Farook, Omer et al. ―Embedded System Design

with Microchip‘s 16F88 Microcontroller.‖

ACP.

Forsman, David. ―Computer Applications for

Engineers: Teaching Organizational Problem

Solving and Checking Skills to Freshmen

Engineering Technology Students.‖ ACP.

Garrett, Jeremy et al. ―Student Attitudes towards

the Use of Graphical Programming

Languages.‖ ACP.

Hacker, Thomas J. ―Eastern Michigan

University–Developing a Curriculum for High

Performance Computing and

Cyberinfrastructure Education.‖ CIEC.

Hembroff, Guy C. et al. ―Filling the Void in

Computer Education: Establishing and

Developing a Responsive Computer Network

Engineering and Security Program.‖ IJME.

Paper no. 066.

Hernandez, Juan et al. ―Network Controlled Data

Acquisition Drone.‖ GSW.

Hislop, Gregory W. ―Moving Away from an

Introductory Programming Sequence.‖ WIP.

FIE.


8

Ibrahim, Ghassan et al. ―An Experimental Pilot

Wireless Wide Area Network: A Project Based

Learning Approach in Radio Frequency

Course.‖ The Technology Interface 9, no. 2

(Spring 2008). Available at

http://technologyinterface.nmsu.edu/Spring08/ .

Jonassen, David et al. ―Scaffolding Collaborative

Design Online.‖ ACP.

Koontz, Warren et al. ―Incorporation of

Broadband Access Technology in a

Telecommunications Engineering Technology

Program.‖ ACP.

Li, Chengcheng et al. ―Networking Lab

Simulation Using Virtual Technologies.‖ ACP.

Li, Xiaolong. ―Development and Application of a

New Curriculum for Computer Networking.‖

CIEC.

Loker, David. ―Wireless Sensor Networks

Utilizing the IEEE 802.15 Standard in an ECET

Curriculum.‖ ACP.

Lopez, Antonio M. et al. ―Gender and Race:

Stereotyping, Coping Self-Efficacy and

Collective Self-Esteem in the CSET

Undergraduate Pipeline.‖ FIE.

Martin, Cortney et al. ―The Earth Sustainability

Course Series.‖ ACP.

Moreno, Matthew et al. ―Active Vehicle Water

Level Monitoring System.‖ GSW.

Nelson, Bill et al. Guide to Computer Forensics

and Investigations. 3rd ed. Clifton Park, NY:

Delmar Cengage, 2008.

Rio-Gutierrez, Fernando. ―New Progressive

Embedded Design Course for Engineering

Technology.‖ ACP.

Schneider, Scott. ―Using Programming Projects

in an Operating Systems Course as a Capstone

Software Engineering Experience.‖ ACP.

Sinn, Richard. Software Security Technologies.

Clifton Park, NY: Delmar Cengage, 2008.

Swain, Nikunja K. et al. ―Role of Simulation

Software in Enhancing Student Learning in

Computer Organization and Microcontroller

Courses.‖ IJME. Paper no. 135.

Ulmer, Jeffrey M. ―Intellectual Property:

Perspectives from within Corporate America

and the Law.‖ The Technology Interface 9, no.

2 (Spring 2008). Available at


Wilcox, Daren et al. ―Embedded Design in a

Sophomore Course.‖ ACP.

Yaprak, Ece, and Karen Tonso. ―Real-Time,

Embedded Systems Networking: A Novel Way

to Develop an Interactive Undergraduate

Course.‖ ACP.

Curriculum

Anderson, Robert et al. ―Using Student

Engagement Projects in an Engineering

Technology Program to Stimulate Regional

Economic Development.‖ SEE.

Anwar, Sohail, and Eric Granlund. ―Teaching

Design to First Year Engineering and

Engineering Technology Students: A Case

Study.‖ The Technology Interface 9, no. 2



Attarzadeh, Farrokh et al. ―Situating a Senior

Project Course in a University QEP Research-

Based Instructional Framework.‖ IJME. Paper

no. 055.

Anwar, Sohail. ―An Innovative Undergraduate

Nanoscience Technology Program for Adult

Learners.‖ CIEC.

Barnard, Ken et al. ―Earth Day Teach-In: A

Model for Industry, Community, and Education

Collaboration.‖ ACP.

Barbieri, E., and W. Fitzgibbon.

―Transformational Paradigm for Engineering

and Engineering Technology Education.‖

IJME.




9

Beasley, Ryan. ―A New Class Covering Health

Care Technologies.‖ ACP.

Bellaver, Richard F. ―Integrating Human Factors

Research into a Communications Technology

Program.‖

ICEE.

Birch, John III et al. ―Integrating Professional

Skills into the 21st Century Engineering and

Technical Curriculum.‖ ASME. Paper no.

IMECE 2008-68811.

Buchanan, Walter W. et al. ―The Importance of

Networking and Building Relationships to

Further Development Activities in an

Engineering Technology Department at a

Public University.‖ GSW.

Buck, Jessica L., and Elizabeth McInnis. ―Beyond

the Barriers: The Incorporation of Service

Learning in Technology Programs.‖ SEE.

Craft, Elaine, and Barbara Anderegg. ―Program

Mentoring a Grant Proposal Project

Development Process for Improvement in Two-

Year College Technician Education: Lessons

Learned and Outcomes from a Pilot Project.‖

ACP.

Craft, Elaine et al. ―Innovative/Exemplary

Programs–Transforming the Classroom,

Empowering the Teacher and Enriching the

Student.‖ CIEC.

Crossman, Gary et al. ―A New Bachelor‘s

Program in Motorsports Technology.‖ ACP.

Domermuth, David. ―Innovative Changes That

Allow Graduates to Compete in the Global

Market Place.‖ CIEC.

Eppes, Tom et al. ―An Integrative Approach to

Graduate and Undergraduate Change.‖ ACP.

Evensen, H. T. et al. ―The Minor in Microsystems

and Nanotechnology at UW-Platteville.‖ NMW.

Franz, Harry. ―Comparing the Use of Commercial

Fire Alarm Control Processors and

Programmable Logic Controllers in a Safety

and Fire Program Fire Alarm System

Engineering Course.‖ ACP.

Gary, Kevin, ands Harry Koehnemann. ―The

Software Enterprise at ASU‘s Polytechnic

Campus.‖ PSW.

Genis, Vladimir et al. ―Capstone Courses for

Engineering Technology Students.‖ ACP.

Gomez-Rivas, Alberto, and George Pincus.

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Adegbuyi, P. A. O., and J. O. Uhomoibhi.

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Antonio, J., and S. Moaveni. ―International

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Blust, Rebecca P., and Scott J. Schneider.

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Choudhury, I. ―The Effect of Political Unrest on

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Craig, Walter O. ―Preparing the Engineering

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Khan, Saeed, and Beverlee Kissick. ―Beating the

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Kornecki, Andrew et al. ―A Common US-Europe

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Mehrabian, Ali et al. ―Contributions of

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Sheta, Sherief A., and Robert A. Chin.

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Sundararajan, Rajeswari et al. ―Electrical

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20

Libii, Josue. ―Using the Fourier Theorem to Test

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Marshall, John. ―The Ultimate Capstone Course:

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Singh, Gurinder. ―Enhancing Laboratory

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ACP.

Liberal Studies

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Catalano, George et al. ―Engineering, Peace,

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Frey, William, and Efrain O‘Neill-Carrillo.

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Newberry, Byron et al. ―Design of Web-Based

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Tucker, Jessica et al. ―Special Session–New

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Edinbarough, Immanuel, and Posinasetti Rao.

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Harringer, Bradley et al. ―Using Guitar

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22

Kanu, Rex. ―Introducing Polymer/Clay

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Kukulka, David J., and James Mayrose. ―Issues

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Kumar, Pramod et al. ―Measuring and Modeling

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Martin, Delton, and Dale Litwiler. ―An

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Mayrose, James, and David J. Kukulka.

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ACP.

Myszka, David. ―Alternative Student

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26

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Johns, Debra S. ―Pre-College Preparation in

Math, Science, and Engineering for K-12 Children.‖ GSW.

Katsioloudis, Petros. ―Identification of Quality

Indicators of Visual-Based Learning Material in

Technology Education Programs for Grades 7-

12.‖ ACP, SEE.

Korpela, Karla et al. ―University & Community

Partnerships: Growing the Numbers of

Underrepresented Students in the STEM Pipeline.‖ ACP.

Krause, Steve et al. ―High School Teacher

Change, Strategies, and Actions in a

Professional Development Project Connecting Mathematics, Science, and Engineering.‖ FIE.

Lam, Paul et al. ―Fostering STEM Based

Education for Middle School Students n Learning Disability Related IEPs.‖ NC.

Landgraf, Lisa et al. ―Recruitment and Retention

of Women in STEM: Effectiveness of Current

Outreach Programs at University of Wisconsin-Platteville.‖ NMW.

28

Mähönen, Petri et al. ―A Novel Partnership of a

School and a University: Using the Work of

University Students to Enhance Science

Teaching and to Foster Interest to Technology

in K-12 Schools.‖ FIE.

Mano, Chad D., and Vickie Allen. ―Adopt a

School–The Foundation of a Long-Term

Outreach Effort.‖ WIP. FIE.

Marshall, John. ―Establishing a High

School/Engineering Partnership with a Simple

Industrial Process Control Module.‖ ACP.

Pelletier, Michael et al. ―Professional

Development Institutes on Alternative Energy.‖

ACP.

Plotkowski, Paul et al. ―Empowering Girls:

Measuring the Impact of Science Technology

and Engineering Preview Summer Camps (STEPS).‖ ACP.

Riley, Linda, and Charles Thomas. ―Keeping the

STEM Pipeline Flowing: An Innovative

Partnership between a K-12 School System and an Institution of Higher Learning.‖ Zone.

Rockland, Ronald et al. ―Engineering Technology

as a Vehicle for Putting Qualified Technology Teachers in High School Classrooms.‖ ACP.

Rutz, Eugene et al. ―Accessible STEM Education.‖ ACP.

Rutz, Eugene et al. ―From 0 to 60 in 1 Year.‖

ACP.

Sanders, Mark. ―The Nature of Technology Education in the U.S.‖ ACP.

Schaffer, Ralph et al. ―High School Recruiting That Works: The ‗Day in College.‘‖ ACP.

Spence, Anne. ―Importance of Engaging K-12.‖

CIEC.

Tate, Nathan E. et al. ―Introducing STEM

Concepts to Middle-School Students through Interactive Learning.‖ NC.

Vadiee, Nader. ―Information Technology

Experiences Using Simulated Tele-Science Exploration of Mars (ITESTEM).‖ GSW.

Wilkins, Leslie, and Isla Young. ―Service

Learning: Community and Cultural Values That

Engage Under- Represented Groups into the STEM Pipeline.‖ ACP.

Wright, Ann, and Kumar Yelamarthi. ―Outreach

Programs to Increase Awareness of STEM Disciplines in K-12 Students.‖ NC.

Yousuf, Asad et al. ―High School and University

Collaborative Engineering Technology Project.‖ IJME. Paper no. 017.

Yousuf, Asad et al. ―Upward-Bound/Junior

Engineering Technology Summer Program.‖ ACP.

Technical Communication

Anthony, Linda et al. ―Discourse-Based

Communities of Practice: Developing Graduate

Students‘ Abilities to Communicate Their

Research across Disparate Disciplines and Experience Levels.‖ ACP.

Aubertin, Donald. ―Writer-Centered Education:

Implementing Community-Based Learning in Upper Division Writing Courses.‖ ACP.

Bauer, Christine, and Kathrin Figi. ―‗Active

Learning‘ in Written Online Communication–A

Case Study in a Course on ‗Soft Skills for Computer Scientists.‘‖ FIE.

Bauer, Donna, and Gül Okudan. ―Group

Communication via Technology for

29

Engineering Work: Perceptions on Effectiveness.‖ ACP.

Cass, Aaron G., and Chris S. T. Fernandez.

―Simulated Conference Submissions: A

Technique to Improve Student Attitudes about Writing.‖ FIE.

Cox, Leroy R., and Katie A. Grantham Lough.

―The Importance of Writing Skill to the Engineering Student.‖ SEE.

Frampton, Beth. ―Use as Directed.‖ Intercom 55, no. 6 (June 2008): 6-9.

Hoffa, David, and Steven Freeman. ―Synopsis

Laboratory Reports: Effects on Student Learning and Curricular Benefits.‖ ACP.

Henry, Maren, and Eric Granlund. ―Rhetoric of

Grammar for Engineers: Developing a WAC

(Writing across the Curriculum) Workshop for Engineering Technology Students.‖ ACP.

Johnson, Carol Siri. ―The Evolution of Technical

Communication at Lukens Steel, 1810-1925.‖ Zone.

Magleby, Alyssa, and Cynthia Furse. ―Lab Report Writing (and Teaching) Made Easy.‖ ACP.

McMurray, David A., and Joanne Buckley. A

Writer’s Handbook for Engineers. Toronto: Cengage Learning, 2008.

Mirth, John A. ―‗Do It Again‘–A Study on the

Use of the Rewrite as a Mastery Learning Tool.‖ NMW.

Mohan, Terry et al. Communicating as

Professionals. Toronto: Cengage Learning, 2008.

Norback, Judith et al. ―Communication

Instruction in an Engineering Introductory Statistics Course.‖ ACP.

Paretti, Marie C. ―Teaching Communication in

Capstone Design: The Role of the Instructor in

Situated Learning.‖ Journal of Engineering

Education 97, no. 4 (October 2008): 491-503.

Parker, Philip J. ―Using Laboratory Reports to Improve Student Writing.‖ NMW.

Potter, Leslie et al. ―A New Engineering

Communications Course Based on a Professional Communication Process.‖ ACP.

Raju, Ritu. ―Schemas in Intercultural

Communication.‖ Intercom 55, no. 5 (May 2008): 18-20.

Ross, Paul. ―Maintaining an Engineering Portfolio.‖ ACP.

Schuurman, Mieke et al. ―Assessment of

Students‘ Oral Communication Skills: Do

Students and Workplace Supervisors Rely on General Response Patterns?‖ ACP.

Schuurman, Mieke et al. ―The Effect of a

Targeted Speech Communication Course on the

Public Speaking Self-Efficacy of Engineering

Undergraduates.‖ ACP.

Siefert, Andrew W. ―Communication Skills in English and Engineering: A Critical Need.‖ NC.

Wilson, Laura et al. ―Developing a Writing in the

Disciplines Program in an Engineering Technology College.‖ ACP.

Technical Graphics

Branoff, Theodore, and Eric Wiebe. ―Face-to-

Face, Hybrid, or Online? Issues Faculty Face

Redesigning an Introductory Engineering

Graphics Course.‖ ACP.

Branoff, Theodore J., and Eric N. Wiebe.

―Implementing as Hybrid Introductory Engineering Graphics Course.‖ SEE.

30

Clark, Aaron et al. ―The Attitudes and Opinions

of Students toward Technical Graphics: Preliminary Survey Results.‖ ACP.

Condoor, Sridhar et al. ―The Art of Design

Modeling–Teaching Freshmen Graphics Course.‖ ACP.

Duff, Jon. ―Models for Evaluating Visualization Center Effectiveness.‖ ACP.

Durfee, Jason, and Donald Richter. ―Using a

Two-Course Sequence in Technical Drawing in

the Engineering Technology Curriculum That

Establishes a Baseline of Knowledge, Promotes

Independent Work and Life-Long Learning,

and Introduces Students to Rapid Prototyping.‖ ACP.

Irwin, John. ―Graphics Course Formative

Feedback and Teaching Innovation Using

Screen Capture Technology.‖ IJME. Paper no. 089.

Gorska, Renata and Sheryl Sorby. ―Testing

Instruments for the Assessment of 3-D Spatial Skills.‖ ACP.

Grabowski, Ralph. Using AutoCAD 2008 Basics. Clifton Park, NY: Delmar, 2008.

Haidari, Farezin. ―Implementation of

CAD/CAM/CNC Curriculum Using Mastercam X Software in Technical Programs.‖ ACP.

Hamlin, Amy et al. ―Impact of Spatial

Visualization Topic Order on Student Performance and Attitudes.‖ ACP.

Kalameja, Alan J. AutoCAD 2008 Tutor for

Engineering Graphics. Clifton Park, NY: Delmar, 2008.

Lamit, Louis Gary. PRO/Engineer Wildfire 4.0. Toronto: Cengage Learning, 2008.

Melton, David W., and Gary A. Stewardson. ―The

American Drafter: Why Use 1st Angle

Projection in a 3rd Angle World?‖ The


Available at http://technologyinterface.nmsu.edu/Fall08/ .

Richard, Fitzgerald. Introduction to AutoCAD

2008: A Modern Perspective. Upper Saddle River, NJ: Prentice Hall, 2008.

Shih, Randy. AutoCAD 2009 Tutorial–First

Level: 2D Fundamentals. Mission, KS: SDC Publications, 2008.

Shih, Randy. AutoCAD 2009 Tutorial–Second

Level: 3D Modeling. Mission, KS: SDC Publications, 2008.

Shih, Randy. AutoCAD LT 2009 Tutorial. Mission, KS: SDC Publications, 2008.

Shih, Randy. Parametric Modeling with Inventor

2009. Mission, KS: SDC Publications, 2008.

Shih, Randy. Principles and Practices–An

Integrated Approach to Engineering Graphics

and AutoCAD. Mission, KS: SDC Publications, 2008.

Study, Nancy. ―The Haptic Abilities of a Sample

of Minority Engineering and Technology Students.‖ ACP.

Tickoo, S. AutoCAD 2009: A Problem Solving

Approach. Florence, KY : Autodesk Press, Delmar Cengage, 2008.

Tickoo, S. AutoCAD LT 2009 for Designers.

Schererville, IN : CADCIM Technologies, 2008.

Tickoo, S. Autodesk Inventor 2009 for Designers.

Schererville, IN: CADCIM Technologies, 2008.


31

Tickoo, S. CATIA V5R18 for Designers.

Schererville, IN : CADCIM Technologies, 2008.

Tickoo, Sham. Customizing AutoCAD 2008. Clifton Park, NY: Delmar, 2008.

Tickoo, S. Pro/ENGINEER Wildfire 4.0 for

Designers Textbook. Schererville, IN : CADCIM Technologies, 2008.

Tito-Izquierdo, Jorge, and Alberto Gomez-Rivas.

―A Spreadsheet Template with Scaled Graph Options Useful for Engineering Classes.‖ ACP.

Whittington, Jana et al. ―Meeting Student and

Industry Needs through Experiential Learning

and Soft Skills Study in Computer Graphics.‖ ACP.

Acknowledgments

The annual bibliography is a special project of

ASEE‘s Engineering Technology Council. Our

thanks to the many engineering technology

professionals who took time from their busy schedules to contribute their publication listings.

Biography

Marilyn Dyrud is a full professor in the

Communication Department at Oregon Institute

of Technology and regularly teaches classes in

business and technical writing, public speaking,

rhetoric, and ethics; she is part of the faculty team

for the Civil Engineering Department‘s integrated

senior project.

She is active in ASEE as a regular presenter,

moderator, and paper reviewer; she has also

served as her campus‘ representative for 17 years,

as chair of the Pacific Northwest Section, and as

section newsletter editor. She was named an

ASEE Fellow in 2008 and has compiled the

bibliography for more than 20 years. Currently,

she serves on two division boards: Engineering Technology and Engineering Ethics.

In addition to ASEE, Marilyn is active in the

Association for Practical and Professional Ethics

and the Association for Business Communication,

serving on the editorial boards of two journals

and editing a teaching column for ABC‘s pedagogical journal

Documents

2008 Engineering Technology Education Bibliography · 2 INTERTECH Proceedings of the International Conference on Engineering and Technology Education. March 2-5, 2008, Peruibe and