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STATE OF THE DEPARTMENT
OF CIVIL ENGINEERING
THE UNIVERSITY OF TOLEDO
October 26, 2011
Ashok Kumar
Professor and Chairman
New Addition
Dr. Liangbo Hu
Assistant Professor of Civil
Engineering
Faculty
Accreditation
• ABET visit in Sept. 2011.
• The visit identified no issues with the program.
• The letter from ABET will come in Aug. 2012.
Enrollment
191
14
58
22
192
16
50
24
195
28
18
24
208
25
51
11
196
1416
47
182
825
15
167
8
298
191
815
25
176
1615
27
210
6260
214
53
26
16
222
34
2712
240
1125
17
0
50
100
150
200
250
300
350
Nu
mb
er
of S
tud
en
ts
99-
00
00-
01
01-
02
02-
03
03-
04
04-
05
05-
06
06-
07
07-
08
08-
09
09-
10
10-
11
11-
12
Academic Year
Enrollment in Civil Engineering Part Time -
Graduate
Full Time -
Graduate
Part Time -
Undergraduate
Full Time -
Undergraduate
Enrollment Projections
Year Undergraduate Graduate
2011-12 251 42
2012-13 229 35
2013-14 206 32
2014-15 197 32
2015-16 199 32
A Comparison of Undergraduate
Enrollment Rates
School Enrollment/FTE Faculty
UT
(10-year average)
25.6
Peers (2006) 18.9
Leaders (2006) 17.2
Undergraduate Research 2006 to 2011
Item Dr. Apul Dr. Gruden Dr. Nims Dr. Parvin Dr. Seo Dr. Chou
Number of individual
students involved 11 8 22 1 9 12
Number of presentations at
the conferences
incorporating undergraduate
research
3 1 0 2 4 5
Number of students
receiving financial support
for their research
6 3 1 1 9 12
Number of students
receiving in kind support
from industry
0 1 0 0 0 0
Number of students joined a
graduate program 1 2 4 0 1 0
Ohio Fundamentals of Engineering (FE)
Examination
Date Number of
Graduates
Number who
Took the
Exam
Number
who
Passed
Pass Rate
(%)
National
Pass Rate
(%)
October 2006 38 22 20 91 71
April 2007 6 3 50 76
October 2007 32 15 15 100 72
April 2008 12 10 83 71
October 2008 30 11 10 91 68
April 2009 7 5 71 79
October 2009 36 16 13 81 74
April 2010 13 10 77 75
October 2010 25 19 13 68 69
April 2011 7 7 100 78
Weighted average 128 106 83 73
Graduation
0.0
5.0
10.0
15.0
20.0
25.0
30.0
35.0
40.0
45.0
50.0
99-
00
00-
01
01-
02
02-
03
03-
04
04-
05
05-
06
06-
07
07-
08
08-
09
09-
10
10-
11
Year
Stu
de
nts
Graduate
Undergraduate
A Comparison of Graduation Rates
School Graduation Rate
(M.S. and Ph. D.)/FTE Faculty
UT
(10-year average)
5.1
Peers (2006) 5.0
Leaders (2006) 4.8
Percent of Doctoral Students in The CE
Graduate Program
Year % of Doctoral Students
COE Goal
40%
2005-06 35
2006-07 30
2007-08 26
2008-09 31
2009-10 29
2010-11 28
2011-12 26
Senior Design – Fall 2011
Team Projects:
• EWB Cable-Stayed Bridge Project
• Academic Village Bridge Project at UT
• Rainwater Harvesting at UT
• Truss Bridge Pin Testing
• UT Main Campus Storm Water (2 groups)
• Westwood Corridor Improvement Study
Cable-Stayed Pedestrian Bridge
Storm Water Outfall Rain Storage
Upgraded UG Lab Equipment
• Spent $ 210,000.00 + since last ABET visit.
• Spent $ 36,000.00+ on supplies and maintenance.
• Spent $ 6000.00+ on digital locks.
Sustainability Website
Sustainable Engineering Undergraduate
Level Course
2010 Spring: Class Developed the first GHG
Inventory for UT
2011 Spring: Class Developed the first Climate
Action Plan for UT
Engineers Without Borders
• Started in 2006 by Dr. Heydinger and six students.
• Petitions from Los Sanchez community for potable water.
• Strong relationship with the Peace Corps volunteer.
• Special thanks to UT College of Engineering, Toledo Rotary, Jones & Henry, Technical Society of Toledo, and Hull & Associates for their support.
Interesting Statistics
• All-time high undergraduate enrollment in AY 2009-10.
• The retention rate of the CE first year student from Fall 2010 to Fall
2011 is 79%.
• The faculty brought in more than a million dollars in FY 2010-11 (all-
time high for the Department).
• The faculty spent more than $ 300,000 on graduate students from
external funds during FY 2010-11 in the form of graduate
assistantship (all-time high for the Department).
• 20% of our MS students in environmental area decided to go for PhD
at Toledo or other schools in the US/Canada during the last ten years
(all-time high for the Department).
US EPA P3 People, Prosperity And The Planet
Student Design Competition For Sustainability
Where: Washington DC
Participants: Total 43 schools across
country
UT Project: Sustainable Water Filtration
System to Remove Pathogens and
Contaminants
US Environmental Protection Agency P3
Student Design Competition
UT student design team received 2011 ASCE/EWB-USA
Sustainable Development Award with cash prize and EPA
Honorable Mention Project Award.
First place First Place in
the A&WMA PhD
Student Platform
Paper! at A&WMA’s
Annual Conference on
June 21-24, 2011 in
Orlando, Florida.
Graduate Research Awards
2009 - 2011 1. Laurie Adams, DGL Limited, LLC 2. Angela Gerdeman, Hull & Associates 3. Richard Martinko, Transportation Institute, UT 4. Greg Simon, Jones and Henry 2010 - 2013 1. Alex A. Smaili, OhioEPA 2011 – 2013 1. Pete Douglas, The Douglas Company 2. Shannetta Griffin, CDM 3. Neo Hadjicharalambous, The JDI Group 4. Raymond Huber, Wood County Engineer 5. Birdel F. Jackson, B & E Jackson & Associates, Inc. 6. Gary W. Johnson, Arcadis 7. Dean Niese, The Mannik and Smith Group
Industrial Advisory Board
Budget Cuts
Green Engineering School
University Update
Global Engagement
Turkey
India
China
Honduras
ABET Program Outcome: “The broad education necessary to understand the impact of engineering solutions in a global and societal context.”
Educational Reform of Engineering
Mathematics
CIVE 2990 demonstrates
Improved performance of under-prepared students in their first Calculus and Physics courses
Improved retention in engineering and at UT
Lack of sustained benefit in later core courses suggests need for continued support
Booster course, tutoring or peer mentoring programs during subsequent semesters
More detailed analysis underway with colleague from the College of Education
Exploring extending CIVE 2990 to all first-year engineering students
Now investigating partnerships with local high schools to provide dual level offering
Goal is to have under-prepared students improve performance in Calculus I and subsequent courses via a math course of engineering examples
1 out of 4 first year students start below Calculus I
Foundational requirement for Physics and subsequent Engineering coursework
Many students leave engineering due to performance in Calculus I
CIVE 2990 covers linear equations through differential equations via numerous engineering examples before taking Calculus I
Math Placement (07-10)
Engineering Science
24%
17%37%
7%14% 1%
Alg and/or Trig Calc I w/ Trig
Calc I alone Honors Calc I
higher math no math
20%
40%
60%
80%
100%
1st term 2nd term 3rd term 4th term 5th term 6th term 7th term
EN
G r
ete
nti
on
13xx only 13xx + 2990 1850 + 1980 1850 only
****************
**
60%
70%
80%
90%
100%
1st term 2nd term 3rd term 4th term 5th term 6th term 7th term
UT
re
ten
tio
n
13xx only 13xx + 2990 1850 + 1980 1850 only
*
**
*
1.50
2.00
2.50
3.00
3.50
MATH1320
MATH1330
MATH1340
MATH1850
MATH1860
MATH2850
MATH3860
PHYS2130
PHYS2140
CIVE1150
EECS2300
cla
ss
GP
A
13xx only 13xx + 2990 1850 + 1980 1850 only
*** ***
***
**
*** ** ***
Engineering Retention Improvements
Performance Improvements
in Subsequent Classes
Sponsored by the
National Science
Foundation
OTEC 2011
Health Monitoring of Structures
VGCS Strain
Monitoring Is the bridge performing
as expected?
Immediately at opening?
After one year? After 10
years?
What is the magnitude of
the local strain.
concentration
• Superload
• Does the large
load cause
damage?
Magnetic Inspection:
Is invisible strand corrosion threatening
the safety of older adjacent box
beams?
VGCS Ice Study
1. Can we prevent icing?
2. Can we safely remove accumulated
ice?
Multi-scale Multi-physics Modeling of
Granular Contact in Oil/Gas Bearing Reservoir
Micro-scale: Compressibility:
Repair and Retrofit of Deficient and Aging
Infrastructure by Use of Innovative Composite
Materials to Prevent the Collapse and Loss of Lives
Instrumentation in Pull-Test Setup
to Examine the Interface Bond
Composite Materials
Behavior of Structure under Extreme
Loading
Numerical Modeling of Reinforced Concrete
Structural Components
Transportation Research
Pavement Section
County, Route
Blog and Elog
1985
Distress, PCR,
Traffic Loading2002
Distress, PCR,
Traffic Loading2003
Distress, PCR,
Traffic Loading2004
Distress, PCR,
Traffic Loading2005
Distress, PCR,
Traffic Loading
1985
Distress, PCR,
Traffic Loading2002
Distress, PCR,
Traffic Loading2003
Distress, PCR,
Traffic Loading2004
Distress, PCR,
Traffic Loading2005
Distress, PCR,
Traffic Loading
Treatment
Decision
Tree
Recommended
Treatment
Treatment Cost
Treatment Cost
versus
Budget Report
Prediction
Model
2009
Distress, PCR,
Traffic Loading2008
Distress, PCR,
Traffic Loading2007
Distress, PCR,
Traffic Loading2006
Predicted
Distress, PCR,
Traffic Loading
Actual Treatment
Performed
Awarded 30+
externally
sponsored
research projects,
totaling over $2.5
million of external
funding
Research focus:
Improving the
cost
effectiveness of
maintaining and
rehabilitating the
highway and
street networks
Hill
Laskey
Dorr
Front
Elm
Sum
mit
Lew
is
Sec
or
Oak
Stic
kney
Eri
e
Central
South
De
troi
t N
.
Starr
Monroe W.
Ta
lmad
ge
York
Indiana
Bancroft
Arlington
By
rne
Ha
rve
st
East gat e
Ben
nett
De
tro
it S
.
Riv
er R
d.
Su
der
Bro
adway
Cass
Do
ug
las
Huron
Ho
lland-
Sy
lvan
ia
Clo
ve
r
Eleanor
Manhattan
Nebraska
Fulto
n
Trem
ainsvi lle
Monroe E.
Lincoln
Wes
twoo
d
Wen
z
Ho
ag
Ha
wle
y
Buc
key
e
Hamilton
Consaul
108th
Earl
Spe
nc
er
Sm
ead
29
0th
Jef ferson
Dearborn
Cherry
Schneider
Benore
Lag
rang
e
Mulb
erry
Navarre
Pa
rkw
ood
Au
bu
rn
Wh
ee
ling
Phillips
Seaman
Heatherdowns
Angola
Sylvania
Oakdale
131st
14
th
Wo
odle
y
Jack
ma
n
Arc
o
An t
hon
y W
ayn
e T
r ail
Ash
Ke
y
S. Cov
e
Lehman
Hillcres t
Bush
Ryan
Dura
Fea
rin
g
Oakwood
N. Cove
Miami
Law
renc
e
Mill ard
Pa
rksid
e
Matzinger
Glanzman
Sixth
Upto
n
She
rbro
oke
Reyn
old
s
Corey
Post
Alexis
Ma
um
ee
Kenwood
Mic
higan
Galena
Logan
Tra
cy
First
Ottawa R
iver Rd
Ju
nct
ion
Clayton
Erie
Nebraska
South
Ho
lland-
Sy
lvan
ia
Clo
ve
r
Angola
Glendale
N
EW
S
City of Toledo Pavement Condition
Critical (IRI>6 and ADT>12000)
Near Critical (IRI>5)
Acceptable (5=>IRI>3)
Good (IRI<=3)
Pathogen (biofilm) Control/Monitoring in Aged Drinking Water Distribution Systems
Sensors (Chemical Sensors)
Lab Scale
Simulation
Individual or arrays of field-based
surface base stations transmit
sensor data to a PDA or PC
Robust integrated sensors monitor
single or multiple analytes in the
environment and transmit data to a
base station on the surface
Membrane Biofilm Characterization
Biofilm Height Analysis
Biofilm Cell Activity
Flux Decline
Biofilm Formation
Life Cycle Assessment of Water and
Sanitation Systems
EEAST Model for Life Cycle Analysis of Building Systems
Indoor Air Quality in the Farm Houses
YesPlus: CO2, CO, NO, NO2, SO2
Conceptual Flow Chart for
Household Sampling
DustTrak: Total Particulate matter
Grimm: Mass Concentrations and
Particles numbers for the sizes
0.23µm to 20µm (15 channels)
Thrust
Development of New Knowledge
Innovation for the CE Profession
How Can You Help?
By serving on the CE Industrial Advisory Board.
By inviting CE faculty to submit proposals.
By referring CE faculty to funding opportunities.
By contributing to the CE Progress Fund and EWB
through UT foundation.
By creating scholarships and an endowed professorship.
Questions ?
Electricity 55%
Commuting 14%
Study Aboad 0.8%
Sports Travel 0.1%
Solid Waste 2.4%
Wastewater 0.001%
Paper 1%
Natural Gas 25.9%
UT Fleet 0.9%
Fertilizer 0.1%
Dr. Chou: Research on Pavement Systems and Materials for ODOT and Municipalities Dr. Nims: MRC Instrumentation, Huron County Plastic
Bridge, Nondestructive Study of Prestressing Strand Corrosion
Dr. Parvin: Repair and Rehabilitation of Infrastructure by Use of
Fiber Composite Materials, Analysis, Design and Behavior of Reinforced Concrete Structures, Earthquake Engineering of Buildings and Bridges, Dynamic Analysis of Structures under Shock and Impact, Nonlinear Finite Element Modeling, Laboratory Testing of Structural Components
Dr. Hu: Theoretical and Computational Soil/Rock Mechanics;
Geo- environmental System Simulations. Dr. Randolph: Geosynthetics, Curricular Reform in Mathematics, and Engineering Entrepreneurship Development
Dr. Kumar: Pollution Prevention, Radon, Biodiesel, Bio-solids, and Air Quality Modeling.
Dr. Gruden: Sediment Remediation, Biological Sensing, and Storm Water Treatment.
Dr. Apul: Life Cycle Assessment and Alternative
Sanitation Technologies,
High Efficiency Buildings
Dr. Seo: Drinking Water, Chemical Sensors, and Sustainable Bioremediation
Environmental Engineering Research Group
Ratio of Students Per Faculty
0.0
5.0
10.0
15.0
20.0
25.0
30.0
35.0
40.0
45.0
50.0
99-00 00-01 01-02 02-03 03-04 04-05 05-06 06-07 07-08 08-09 09-10 10-11 11-12
Stu
den
t/Fac
ulty
Year
Graduate
Undergraduate