44th Annual | Distinguished Engineer Awards Luncheon | April 9, 2010
Texas Tech University | Whitacre College of Engineering
Distinguished Engineer
Award Program Information
The measure of a college’s distinction and influence depends greatly upon the achievement
of its alumni and the positions they earn in their respective communities and fields of
endeavor. To recognize some of the most outstanding alumni of Texas Tech University, the
Whitacre College of Engineering has established the Distinguished Engineer Award.
This year’s awards mark the 44th anniversary of the program, initiated by
Dean John R. Bradford in the 1966-67 academic year
Purpose and Philosophy
The purpose of the program is to recognize and honor engineering alumni who have made
significant contributions to society and whose accomplishments and careers have brought
credit to the Whitacre College of Engineering of Texas Tech University and to the engineering
profession as a whole.
This program does more than honor these former students. It spotlights the accomplishments
of the Whitacre College of Engineering of Texas Tech, and thereby increases the pride of
alumni, students, faculty, and staff. It likewise presents to the people of Texas and the
nation tangible evidence of the effectiveness of engineering at Texas Tech.
In establishing this program, it was recognized that these awards were to be given for
outstanding achievement both inside as well as outside the profession and that no
compromises diminishing the significance of the awards would be made.
To be eligible for the Distinguished Engineer Award, an individual must:
• Be distinguished in their profession, life work, or other worthy endeavors,
and have received recognition from contemporaries.
• Be a person of such integrity, stature, and demonstrated ability that the faculty, staff,
students, and alumni will take pride in and be inspired by their recognition.
• Have demonstrated a continuing interest in areas outside the field of engineering
to bring honor and prestige to the profession.
• Have received a degree from the Whitacre College of Engineering
at Texas Tech University.
2010 Distinguished Engineer Awards Luncheon
Frazier Alumni Pavilion | April 9, 2010 |11:30 a.m.
Welcome and Introduction
Jon C. Strauss, Ph.D.
Interim Dean, Whitacre College of Engineering
Invocation
Will Hagood ’69
Senior Vice President, HDR Engineering, Inc.
2007 Distinguished Engineer
Chancellor’s Remarks
Kent Hance ’65
Chancellor, Texas Tech University System
Presentation of 2010 Distinguished Engineers
Jeff Bayer, P.E.
Introduction by Joseph Wilson
Senior, Civil Engineering
Mica Endsley, Ph.D., P.E.
Introduction by Brant Palmer
Senior, Chemical Engineering
Thomas A. Harper, Ph.D.
Introduction by Shea Robinson
Junior, Chemical Engineering
Allen D. Howard
Introduction by Greyson Geer
Senior, Civil Engineering and Architecture
Randy Howard, P.E.
Introduction by Amber Lubbers
Senior, Mechanical Engineering
Presentation of Awards
Jon C. Strauss, Ph.D.
Amber Lubbers
Senior, Mechanical Engineering
McAuley Award Recipient
Closing
Will Hagood ’69
Jeff Bayer, P.E.
Distinguished Engineer – 2010
B.S., Civil Engineering, Texas Tech University, 1979
Owner
Curtain Wall Design and Consulting, Inc
Wife:
Children:
Chris
Lindsey, Courtney, and Travis
Jeff Bayer was born in Covington, Kentucky, and spent much of his youth in Houston, Texas where he
graduated from Westchester High School. He received a Bachelor of Science in Civil Engineering from
Texas Tech University in 1979.
After graduation, Bayer joined CRS, Inc., an international architectural/engineering company in
Houston where he worked as a structural engineer. While at CRS, he assisted with engineering for
office buildings in Texas and Georgia as well as U.S. Air Force base support buildings in Saudi Arabia.
In 1983 Bayer left CRS and joined Curtain Wall Design and Consulting, Inc. (CDC) in Dallas as a
structural engineer. In 1993 when the company transformed to second generation ownership, he
became a principal owner. In 1993 CDC had less than 30 employees and today has 20 offices in
eight countries and more than 150 employees. CDC is one of the largest, independent exterior wall
consulting companies in the world. In 2005, under Bayer’s direction, CDC Manila was formed in the
Philippines and has grown to a 35-person office.
Bayer is registered professional engineer in 17 states and the District of Columbia and has served
as engineer-of-record for the exterior veneer on hundreds of projects. The buildings include office
towers in many cities around the country as well as courthouses, federal buildings, airports, hotels,
hospitals, condominiums, stadiums, and performance halls. CDC has also been very active abroad
in Southeast Asia, Europe, and the Middle East. His list of projects abroad include the Hong Kong
Convention Center, Ayala Triangle Tower in Manila, the Fubon Bank Tower in Taipei, Emirates Tower,
and the International Airport in Dubai and One Newbridge in London. Bayer has spoken at multiple
national and international symposiums and conferences benefiting the technical advancement of the
curtain wall industry. In 1995 he filed for and received two U.S. patents for curtain wall anchors.
Bayer recently completed six years as a Department of Civil and Environmental Engineering Advisory
Council member at Texas Tech and is a past chair. He is also a member of the Texas Tech Civil
Engineering Academy. His company is active in the Dallas community and supports many local
charities including Salesmanship Club, Wednesday’s Child, Make A Wish, the North Texas Food Bank,
and Scottish Rite Hospital. He is a member of Christ the King Catholic Church and the Lake Highlands
Exchange Club. The Exchange Club raises money for the benefit of local underprivileged and abused
children.
Bayer enjoys gardening, golf, biking, snowskiing, and hiking. He married his wife, Chris in 1981, and
has three children, Lindsey, Courtney and Travis. The Bayers currently live in Dallas, Texas.
It is a privilege and an honor for Texas Tech University’s Whitacre College of Engineering to select this
outstanding alumnus for recognition.
Mica Endsley, Ph.D., P.E.
Distinguished Engineer – 2010
B.S., Industrial Engineering, Texas Tech University, 1982
President
SA Technologies
Husband:
Children:
Bill Jones
Tristan Endsley, Jessica Jones, and Christine Jones
Dr. Mica R. Endsley is president of SA Technologies, a cognitive engineering firm specializing in the
development of operator interfaces for advanced systems, including the next generation of systems for
aviation, air traffic control, medical, power and military operations.
Endsley was born in California and grew up in Phoenix and Houston where she attended Spring
Woods Senior High. She graduated Cum Laude from Texas Tech in 1982 with a Bachelor of Science
in Industrial Engineering. While at Texas Tech, she was active in Alpha Pi Mu and Tau Beta Pi, and
worked part time at Johnson Manufacturing (now Eagle Pitcher) and CBC, Inc as a draftsman and
tooling designer to put herself through school, and later at Southwestern Bell as a central office
manager. These experiences led to her strong interest in the area of human factors as way to improve
the overall human performance as an integral part of the human-machine system.
Endsley moved to Lafayette, Indiana to obtain a Master of Science in Industrial Engineering from
Purdue in 1985, and then moved to Los Angeles where she obtained a Doctor of Philosophy in
Industrial and Systems Engineering from the University of Southern California in 1990.
While in Los Angeles, she moved through the ranks at the Northrop Corporation, while she worked on
exciting programs such as the F-23 Advanced Tactical Fighter, and air force programs such as Cockpit
Automation Technology and Pilot’s Associate that sought to implement advanced automation and
artificial intelligence into future aircraft cockpits. It was during this time that she initiated her seminal
work on situation awareness, developing the first definition of that construct, methods for measuring
it, and an R&D program for finding ways to enhance this critical area through system design.
From 1990 to 1997, Endsley joined the industrial engineering faculty at Texas Tech, first as an
assistant professor and then as an associate professor, teaching in the area of human factors and
expanding her work on situation awareness to other areas including air traffic control, driving, and
military command and control. She was a visiting associate professor in the Massachusetts Institute
of Technology Department of Aeronautics and Astronautics from 1996 to 1997. In 1997 she left
academia to found SA Technologies.
Endsley has authored over 200 scientific articles, reports on situation awareness, decision-making and
automation, and is recognized internationally for her work in the area of situation awareness. She
is a fellow in the Human Factors and Ergonomics Society and was awarded the Jack Kraft Innovator
Award by that group. She has received numerous awards for teaching and research, is a Certified
Professional Ergonomist and a Registered Professional Engineer. She serves on the editorial board for
four major journals and is editor-in-chief of the Journal of Cognitive Engineering and Decision Making.
She is co-author of a book titled Designing for Situation Awareness.
She and her husband, Bill Jones, live in Marietta, Georgia and Midway, Utah. They have three
daughters, Tristan Endsley, Jessica Jones, and Christine Jones.
It is a privilege and an honor for Texas Tech University’s Whitacre College of Engineering to select this
outstanding alumna for recognition.
Thomas A. Harper. Ph.D.
Distinguished Engineer – 2010
M.S., Ph.D., Computer Science, Texas Tech University, 1988 & 1995
Chief Information Officer
Los Alamos National Laboratory
Wife:
Children:
Ann
Alex and Andrew
Dr. Thomas A. Harper is the chief information officer (CIO) of Los Alamos National Laboratory, a
multidiscipline U.S. Department of Energy (DOE) National Laboratory focused on national security
science. Los Alamos National Laboratory is known for its role at the center of the top secret Manhattan
project that developed the first atomic weapons during World War II. Los Alamos continues to be the
cornerstone of our national cutting-edge science efforts across a wide variety of disciplines.
Harper attended the University of Oklahoma where he received a Bachelor of Science in Chemical
Engineering in 1984. He continued his education at Texas Tech University, where he earned master’s
and doctoral degrees in computer science. While a graduate student at Texas Tech, Tom participated in
the Crosbyton Solar Power Project, was a teaching assistant and research assistant, and he was active
in the Association for Computing Machinery (ACM).
His professional career path has included several DOE laboratories. At Pacific Northwest National
Laboratory in Richland, Washington, he held positions as a research scientist, operations manager for
the Environmental and Molecular Sciences Laboratory Super Computer center, and senior program
manager supporting national security interests. During this period, Harper also served as an adjunct
professor at Washington State University.
As a federal employee at DOE headquarters in Washington, D.C., he served as director of Information
and Special Technology Programs for the Office of Counterintelligence (CI) and established a National
CI-Cyber program including a cyber-sensor network covering the major research entities of the
department.
At Idaho National Engineering Laboratory in Idaho Falls, Idaho, he held the position of chief
information technology officer and then transitioned into the role of director of Critical Infrastructure
Protection for the laboratory’s National and Homeland Security organization.
As the CIO of Los Alamos National Laboratory in Los Alamos, New Mexico, Harper oversees the
allocation of information technology (IT) resources at the laboratory and is responsible for laboratory
cyber security and IT policy efforts. He also continues to contribute to a number of DOE-wide national
projects.
Harper has been recognized for his contribution in the information technology and security arenas by
the cabinet-level Secretary of Energy Administrator of the National Nuclear Security Administration.
This past year, he received the Charlene Douglas award, the highest honor bestowed by the Department
of Energy for lifetime contribution to the field of cyber security.
Harper is a former member of Whitacre College of Engineering Dean’s Council.
He is an avid downhill skier, mountain biker, hiker, and family man who enjoys living with his family
in Los Alamos in the arid New Mexico mountains. He is married to Ann Harper; they have two sons,
Alex and Andrew.
It is a privilege and an honor for Texas Tech University’s Whitacre College of Engineering to select this
outstanding alumnus for recognition.
Allen D. Howard
Distinguished Engineer – 2010
B.S., Electrical Engineering, Texas Tech University, 1978
Founder
NuTech Energy Alliance
Wife:
Children:
Linnie
Allen D, Angela, Autumn Dawn
Allen D. Howard is president and CEO of NuTech Energy Alliance Ltd. which provides advanced
petrophysical, geological, and engineering solutions to oil and gas companies worldwide
He was born and raised in West Texas where he graduated from Slaton High School in 1971 with
a degree in “football and wanting to make money.” Howard joined the U.S. Army, where he was
extensively educated in electronics becoming team chief and supporting communications efforts for
the Pershing missile program. Upon discharge from the military, Howard pursued a degree in electrical
engineering at Texas Tech University. That proved to be a tougher major than he anticipated but it also
provided invaluable knowledge thanks to Drs. Darrell Vines, Russell H. Seacat, and Magne Kristiansen
After graduation from Texas Tech, Howard signed on as a field engineer with Schlumberger. His key
accomplishment was the technical development of reservoir applications models to assist oil and
gas companies in evaluating reservoirs more efficiently, therefore reducing their risk of interpretive
failure. In 1987, at the age of 32, Howard left Schlumberger and founded his first company, which he
sold after two years. With the assistance of Schlumberger ex-coworkers, he created another company,
Numar, a nuclear magnetic resonance company. He began as head of technical development and was
responsible for integrating spin-echo measurements of raw T2 relaxation data in a new application
that would enhance the value of analysis done for the oil and gas industry. Numar went public in 1994
and was later sold to Halliburton.
The technical capabilities Howard developed in both conventional logging at Schlumberger and MRI
logging at Numar were the catalyst that led him to start NuTech Energy Alliance in 1998. NuTech
correlated the response relationships from the conventional logging data acquired by industry over
half a century’s time against the response outputs from newly developed MRI measurements, and
developed multiple models that simulate MRI outputs when only conventional logs are available.
From this relatively simple start, NuTech has established the industry standard for textural analysis,
with a host of applications that enable the oil and gas industry to evaluate old and new wells to clearly
identify hydrocarbon reserves that conventional methods have overlooked. This process has entailed
evaluation of over 40,000 wells in the lower 48 states to date.
Today, NuTech employs nearly a hundred people in applying technical models to domestic exploration
and production operations. NuTech has three major business units to address industry needs. These
range from applying basic technical assessment processes that identify bypassed hydrocarbons to fullscale design of completion engineering processes that guide the industry in best practices for getting
hydrocarbons out of the ground, and applying proprietary 3-D reservoir modeling to quantify the
volume of hydrocarbons that exist in a given reservoir. The 3-D model simulates the actual deposition
of hydrocarbon deposits over time, allowing geologists and engineers to visualize the effect of
deposition on potential drilling locations.
Howard is a member of the Whitacre College of Engineering Dean’s Council.
He is blessed to be married to the love of his life, Linnie. They reside in Humble, Texas. He and Linnie
have three children: Allen D., Angela, and Autumn Dawn.
It is a privilege and an honor for Texas Tech University’s Whitacre College of Engineering to select this
outstanding alumnus for recognition.
Randy Howard, P.E.
Distinguished Engineer – 2010
B.S., Mechanical Engineering, Texas Tech University, 1976
Project Executive
ExxonMobil Development Company
Wife:
Children:
Betty
Jennifer, Conley
Randy Howard is a project executive for ExxonMobil Development Company in Houston, Texas where
he has worked for 33 years.
Howard was born in Dallas, where he lived until graduating from Lake Highlands High School in
1972. He knew from an early age that he wanted to be an engineer because he enjoyed “taking apart”
electrical items brought home by his dad who was an electrical engineer and vice president of Texas
Power and Light Company. His favorite classes were always math and science which fueled his desire
to learn “how things work.”
He enrolled at Texas Tech in the fall of 1972 in mechanical engineering. He was a member of Pi Tau
Sigma and Tau Beta Pi and graduated with honors in 1976 with a Bachelor of Science in Mechanical
Engineering.
Howard went to work for ExxonMobil immediately after graduation. He held a variety of engineering
and supervisory assignments focused on U.S. business including acquisitions, divestments, operations,
planning, and management.
In 1996, he was named general manager, Middle East with responsibility for Exxon’s interests in Abu
Dhabi, Saudi Arabia, and Yemen. In 1998, he was named acting vice president of Exxon International;
with responsibility for all of Exxon’s international business.
In 1999, he was a part of the team planning the merger of Exxon and Mobil. After the merger, he was
named vice president of engineering for ExxonMobil Production Company, responsible for worldwide
production engineering including hiring, training, and development of about 2,000 engineers. In
2005, he was named vice president of ExxonMobil Development Company with responsibility for
building large upstream projects for the countries of Chad, Nigeria, Italy, the United Kingdom, and
the U.S.
In 2007, Howard was named project executive responsible for commercializing and qualifying new
upstream technologies for worldwide application.
Howard is a Professional Engineer in the state of Texas, a member of the Petroleum Advisory Board
at Texas Tech, a member of the Dallas Theological Seminary Board of Incorporate members, and a
member the LifePoint Board of Directors.
He and his wife, Betty, have been married for 34 years, reside in The Woodlands, Texas, and attend
Faith Bible Church where he teaches Sunday school. They have two grown children, Jennifer and
Conley, and two grandsons, Blane and Gavin.
It is a privilege and an honor for Texas Tech University’s Whitacre College of Engineering to select this
outstanding alumnus for recognition.
The Edward E. Whitacre Jr.
College of Engineering
Texas Tech University
The Whitacre College of Engineering is one of the nation’s largest engineering colleges and is ranked
as one of the top 100 undergraduate programs by U.S. News & World Report. The college is one of only
16 colleges nationally that offer petroleum engineering degrees. Graduates of the Whitacre College of
Engineering, with their exceptional skills, combined with a strong work ethic, are heavily recruited by
national and international organizations.
Two research centers within the college have international acclaim: the Wind Science and Engineering
Research Center and the Center for Pulsed Power and Power Electronics. The college also features
thriving, nationally renowned research programs in nanophotonics, medical image processing,
semiconductor materials, water remediation, energetic materials, polymer materials, and intelligent
software systems.
In step with national energy needs and programs, researchers in the college are studying ways of
improving production, utilization, distribution, and storage of energy produced by both conventional
fossil-based fuels as well as alternative energy sources. These research areas include petroleum
engineering, biomass and biofuels, wind power generation and storage, optoelectronics, and photovoltaic capture devices.
Research and academic programs are being built in bioengineering, with emphases in biomolecular
engineering, tissue engineering, human factors, and medical image analysis. Through partnerships
with the Texas Tech Health Sciences Center and other colleges on the campus, the college is able to
apply this expertise to meet the technical needs for improved health care and for advancements in
biotechnology.
With recent gifts of $25 million from AT&T and friends of Edward E. Whitacre Jr. and $15 million from
petroleum engineering alumnus Bob L. Herd, the college has a strong fiscal foundation and is building
an even stronger future.
Distinguished Engineers
2009
Blake W. Augsburger
Chi–Ming Chang, Ph.D.
James A. Edmiston
J.G. “Greg” Soules
Shelby Johnson
2008
Duffer B. Crawford
Thomas J. Zachman
2007
David H. Barr
G. Kemble “Kem” Bennett
William B. Hagood
Harold R. Inman
2006
Ajay M. Marathe
Jerry L. Morgensen
Travis A. Simpson
2005
J. Gregory Boyd
Francisco “Frank” A. Figueroa
Gerald C. Murff
Alvin Dale Williams
2004
Joseph J. Beal
Philip L. Frederickson
Louis D. Jones
Chung-Shing “C.S.” Lee
2003
Roy A. Battles
William M. Marcy
Fredrick S. Yeatts
2002
Douglas E. Barnhart
Joseph C. Martz
Jerry S. Rawls
Richard D. Smith
Cloyce A. Talbott
2001
Ming Chiang
Enoch L. Dawkins
2000
Robert C. “Bob” Banasik
Robert R. Click
W. R. “Rick” Hamm
Jimmy D. Williams
1999
Dale Courtney
Julie Spicer England
Dain M. Hancock
Raymond C. Vaughn
1998
William “Bill” Hervey
David L. Hirschfeld
Raymond B. Ince
Thomas S. Moore
Steven W. Nance
Garth Nash
Bill M. Sanderson
David E. Sharbutt
Charles F. Winder
Electrical Engineering
1987, 1989
Industrial Engineering
1983, 1986
Petroleum Engineering
1982
Civil Engineering
1979, 2009
Const. Engineering Technology
1986
1997
Woodrow W. Hitchcock
Rick D. Husband
Herbert A. Mang
Jeff D. Morris
Harry L. Tredennick, III
1996
Chemical Engineering
Civil Engineering
1941
1974
Mechanical Engineering
Industrial Engineering
Civil Engineering
Petroleum Engineering
1971
1970
1969
1950
Industrial Engineering
Civil Engineering
Electrical Engineering
1983
1965
1981
Civil Engineering
Electrical Engineering
Mechanical Engineering
Engineering Technology
1976
1967
1961
1975
Civil Engineering
Industrial Engineering
Petroleum Engineering
Electrical Engineering
Business Administration
1968
1978
1976
1978
1982
Mechanical Engineering
1969
Electrical Engineering
1964, 1966
Interdisciplinary Engineering
1972
Electrical Engineering
1970
Keh-Shew Lu
James H. Posey
Wolfgang Vogel
Margaret R. Walker
C. Clayton Yeager
1995
William G. Burnett
Patrick R. Gallagher
Bob L. Herd
Larry D. McVay
David G. Wight
1994
Raymond E. Goff
William R. “Bob” Herrin, Jr.
Karen S. Hogg
Mary Jo Poindexter
Louis “Jack” Powers
Arati Prabhakar
1993
Charles A. Bassett, II
Jack L. Clem
L. D. “Buddy” Sipes, Jr.
J. Rex Vardeman
Gary B. Wood
1992
Jack L. Byrd
R. D. Cash
F. Max Merrell
James G. Renfro
1991
Civil Engineering
Chemical Engineering
Mechanical Engineering
Industrial Engineering
Petroleum Engineering
1969
1986
1967
1966
1958
Electrical Engineering
Petroleum Engineering
1978
1960
Industrial Engineering
Chemical Engineering
Civil Engineering
Mechanical Engineering
1967
1948
1970
1972
1989
Industrial Engineering
Chemical Engineering
Mechanical Engineering
Engineering Technology
Mechanical Engineering
1971
1979
1966
1973
1976
1988
Textile Engineering
Civil Engineering
Mechanical Engineering
Mechanical Engineering
Petroleum Engineering
Electrical Engineering
Chemical Engineering
Electrical Engineering
Industrial Engineering
1949
1962
1948
1964, 1965
1978
1963
1960
1971
1979
Arnold Maeker
E. Dave Newman
Albert A. “Pete” Smith
John Michael Stinson
Bill G. W. Yee
1990
William A. Blackwell
R. David Damron
Robert E. Dragoo
Bill D. Helton
Allen P. Penton
Chester A. Green
Jerry D. Holmes
Charles E. Houston
Joseph E. Minor
L. Homer Moeller
Melvin Bobo
E. R. Brooks
Larrie F. Judd
H. Bennett Reaves
Noel D. Rietman
1987
George C. Beakley, Jr.
James A. McAuley
J. Garland Threadgill
D. Wyman Tidwell
Mechanical Engineering
Mechanical Engineering
Civil Engineering
Chemical Engineering
Electrical Engineering
1969
1980
1974
1974
1970
Electrical Engineering
Petroleum Engineering
Industrial Engineering
Chemical Engineering
Civil Engineering
1969
1964
1970
1974
1964
Civil Engineering
Electrical Engineering
Petroleum Engineering
Mechanical Engineering
Petroleum Engineering
1971
1964
1957
1970
1964
Industrial Engineering
Petroleum Engineering
Industrial Engineering
Civil Engineering
Mechanical Engineering
Electrical Engineering
1969, 1970
1958
1974
1968
1939
1979
Electrical Engineering
1960
Mechanical Engineering
1975
Petroleum Engineering
1957
Civil Engineering
1961
Electrical Engineering 1973, 1975, 1977
Petroleum Engineering
Industrial Engineering
Chemical Engineering
Electrical Engineering
1956
1966
1957
1959
Civil Engineering
Mechanical Engineering
Electrical Engineering
Industrial Engineering
Electrical Engineering
1946
1964
1966
1966
1961, 1964
Electrical Engineering
Chemical Engineering
Mechanical Engineering
Electrical Engineering
Chemical Engineering
1949
1971
1962
1964
1957
Civil Engineering
Electrical Engineering
Electrical Engineering
Civil Engineering
Industrial Engineering
1947
1959
1931
1974
1962
Mechanical Engineering
1949
Electrical Engineering
1961
Electrical Engineering 1965, 1967, 1969
Civil Engineering
1948
Petroleum Engineering
1957
Mechanical Engineering
Petroleum Engineering
Civil Engineering
Chemical Engineering
1947
1953
1950
1961
1986
Gerald L. Farrar
T. Scott Hickman
Robert E. Hogan
George F. Watford
1985
Glenn C. Bandy
James W. Clifton
Jesse L. George, Jr.
Charles L. Harris
James W. Lacy
Robert J. Lewis
Russell H. Logan
Wendell Mayes, Jr.
William D. Trammell
Edward E. Whitacre Jr.
Alpha M. Wiggins
1984
Jerry C. Edmonson
Robert L. Hale
John C. Mihm
James P. Myers
Thomas J. Reeves
Kenneth W. Robbins
1983
Gary E. Frashier
Harley D. Henry
Leon Ince
E. Carlyle Smith, Jr.
Joe A. Stanley
Walter D. Warren
1982
Larry R. Byrd
Paul B. Crawford
Robert B. Dyer
Joseph W. Luckett, Jr.
1981
Roger K. Owen
Richard I. Robinson
Ben R. Stuart
Allan J. Tomlinson, Jr.
1980
Charles Robert Black
James L. D’Acosta
Hugh R. Fewin
James Harold Yeager
1979
Scott G. Arbuckle
Lynn H. Elliott
Norman M. Jasper
H. Alan Nelson
1978
Richard W. Hurn
T. A. Rogers
Gerald R. Seemann
Horace L. Smith
1977
John S. Ball
Donald R. Clark
A. L. Kincheloe
Orval L. Lewis
Chemical Engineering
Petroleum Engineering
Civil Engineering
Petroleum Engineering
1942
1957
1950
1948
Electrical Engineering
Electrical Engineering
Petroleum Engineering
Textile Engineering
Petroleum Engineering
Civil Engineering
Electrical Engineering
Electrical Engineering
Chemical Engineering
Industrial Engineering
Electrical Engineering
1949
1960
1947
1947
1949
1949
1951
1949
1957
1964
1933
Electrical Engineering
Textile Engineering
Chemical Engineering
Industrial Engineering
Civil Engineering
Petroleum Engineering
1963
1948
1964
1969
1963
1943
Chemical Engineering
Petroleum Engineering
Mechanical Engineering
Architecture & Civil Engineering
Civil Engineering
Electrical Engineering
1958
1959
1936
1963
1939
1959
Industrial Engineering
Chemical Engineering
Industrial Engineering
Petroleum Engineering
1957
1943
1960
1948
Electrical Engineering
Chemical Engineering
Mechanical Engineering
Chemical Engineering
1948
1952
1957
1954
Petroleum Engineering
Industrial Engineering
Civil Engineering
Chemical Engineering
1958
1950
1957
1942
Industrial Engineering
Electrical Engineering
Industrial Engineering
Petroleum Engineering
1957
1958
1960
1947
Mechanical Engineering
Electrical Engineering
Mechanical Engineering
Civil Engineering
1940
1928
1959
1948
Chemical Engineering
Industrial Engineering
Civil Engineering
Mechanical Engineering
1934
1959
1950
1939
1976
Charles Ovid Baker
Dan T. McDonald
Evan E. Roberts
Billie J. Whitworth
1975
Mack Atcheson
Ray Butler
George Raymond Coffman
George W. Dupree
Herbert S. Erskine
Howard Houston Hinson
Guillermo E. Perea
Berl M. Springer
Louis Dixie Stevens
David Charles Williams
1974
John R. Bradford
Henry H. Meredith, Jr.
John W. Sheehan
R. L. Williams
1973
James W. Harrell
A. M. L. Kube
Paul C. Nail
James H. Wright
1972
J. Fred Bucy
Arthur W. Busch
1971
Roy Butler
Earnest F. Gloyna
Edwin B. Locke
Donovan Maddox
1970
Miles Roger Clapp
Lester Lynne Kilpatrick
Jack F. Maddox
1969
R. Trent Campbell
W. Lyle Donaldson
Dysart E. Holcomb
1968
W. Austin Davis
Charles W. Woolridge
1967
William W. Akers
Byron J. Bennett
Charles H. Feltz
H. Elliott Knox
Chemical Engineering
Chemical Engineering
Architectural Engineering
Industrial Engineering
1939
1938
1948
1949
Chemical Engineering
Petroleum Engineering
Electrical Engineering
Electrical Engineering
Petroleum Engineering
Geological Engineering
Textile Engineering
Industrial Engineering
Electrical Engineering
Mechanical Engineering
1942
1949
1936
1938
1950
1934
1951
1943
1948
1947
Chemical Engineering
Mechanical Engineering
Chemical Engineering
Mechanical Engineering
1942
1939
1939
1941
Textile Engineering
Industrial Engineering
Mechanical Engineering
Chemical Engineering
1935
1942
1947
1948
Engineering Physics
Civil Engineering
1951
1950
Petroleum Engineering
Civil Engineering
Mechanical Engineering
Textile Engineering
1949
1946
1948
1934
Mechanical Engineering
Electrical Engineering
Textile Engineering
1933
1946
1929
Civil Engineering
Electrical Engineering
Chemical Engineering
1932
1938
1937
Mechanical Engineering
Textile Engineering
1936
1930
Chemical Engineering
Electrical Engineering
Mechanical Engineering
Textile Engineering
1943
1943
1940
1935
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