Graduate students in several disciplines are conducting research
related to air quality. In order to strengthen their educational
programs and the quality of graduate education without detracting from
existing graduate degree programs, an air quality certificate program
has been developed.
The educational objectives of the air quality certificate program
are as follows:
1. To prepare graduates for careers related to air quality
2. To encourage interdisciplinary educational experiences in air
quality
3. To enhance the educational experiences of participating graduate
students
The course requirements for the certificate program in air quality
are as follows:
1. For the Ph.D. degree, 15 credit hours are required including two
credits of Air Quality Seminar, at least one course which includes
safety and health/toxicology, at least one course which includes air
quality measurement and characterization, and at least one course which
includes air quality management and control. To fulfill the
interdisciplinary objectives of the program, the course list should
include courses from at least three academic departments.
2. For the M.S. degree, 12 credit hours are required including one
credit of Air Quality Seminar and courses from at least two of the
three areas required for the Ph.D. The course list should include
courses from at least three different departments.
A list of the approved courses for the certificate program is
available below. It is expected that special topics courses in
air quality will be approved for the certificate program by the air
quality graduate education committee upon request following the
procedure described below.
The air quality program administrative office is the Institute for
Environmental Research in Seaton Hall. This office will administer the
air quality certificate program.
Students working toward advanced degrees should submit a proposed
list of courses to be used to meet certification requirements to the
director of the air quality program. Where these courses are included
in a program of study for an advanced degree, they should be approved
by the student’s supervisory committee and the coordinator of the air
quality certificate program. A copy of the approved program should be
distributed to the student, major professor, and the graduate school. A
file is maintained for each student who is in the certificate program
by the administrative office in the Institute for Environmental
Research.
Where some courses for the certificate program are not included in
the advanced degree program of study, the course list should be
approved by the major professor and the coordinator of the air quality
certificate program. For example, the student may decide to complete
the certificate program after the advanced degree program of study is
already filed and nearly completed.
The air quality graduate education committee will review the air
quality certificate program periodically, and they will have the
authority to approve modifications to the approved list of courses.
Faculty who wish to participate in the air quality program are
welcome to do this. Those not presently listed may submit a request to
the director to be added to the list. A current list of the air quality
faculty is available below.
The air quality certificate program is coordinated by Larry
Erickson, Department of Chemical Engineering, Durland Hall, and Mo
Hosni, Institute for Environmental Research, Seaton Hall. All
correspondence should be sent to the administrative office in the
Institute for Environmental Research. Mo Hosni is the coordinator who
officially approves course lists for the certificate program.
COURSES IN SAFETY AND HEALTH/TOXICOLOGY
ASI 915 Food Toxicology (2)
DMP 650 Fundamentals of Public Health
and Food Safety (3)
DMP 801 Toxicology (3)
DMP 805 Toxins in the Biological System
(2)
DMP 806 Environmental Toxicology
(2)
DMP 807 Current Topics in Toxicology
(2)
IMSE 610 Occupational Safety
Engineering (3)
COURSES IN MEASUREMENT AND CHARACTERIZATION
AGRON 901 Environmental Instrumentation
(3)
ASI 713 Rapid Methods and
Automation in Microbiology (2)
ASI 864 Analytical
Techniques-Immunoassays (1)
BAE 811 Particle Technology (3)
CHM 566 Instrumental Methods of
Analysis (3)
CHM 567 Instrumental Methods of
Analysis Laboratory (1)
CHM 946 Principles and Techniques of
Analytical Chemistry (1-5)
GEOG 708 Geographic Information Systems
(3)
GEOG 711 Topics in Remote Sensing
(3)
GEOL 810 Isotope Geology (3)
COURSES IN MANAGEMENT AND CONTROL
ARE 640 Building Mechanical Systems
(3)
ASI 791 Advanced Application of HACCP
Principles in the Meat and Poultry Industry (1)
ASI 792 Advanced Principles of Hazard
Analysis and Risk Assessment (1)
ASI 794 HACCP and Inspection (1)
BAE 651 Air Pollution (3)
GRSC 751 Air Handling in Grain
Processing (3)
ME 622 Environmental Engineering I
(3)
ME 721 Thermal System Design (3)
Me 722 Environmental Engineering II
(3)
SUPPORTING COURSES
AGRON 746 Physical Properties of Soils
(3)
AGRON 805 Soil Chemistry (3)
AGRON 900 Biometeorology (3)
AP 778 Respiratory Function in Health
and Disease (3)
ASI 695 Quality Assurance of Food
Products (3)
ASI 720 Anaerobic Bacteriology
(2)
ASI 793 Validation of HACCP Plans
(1)
ARCH 740 Building-Related Health and
Safety (3)
BIOL 604 Biology of Fungi (3)
BIOL 687 Microbial Ecology (3)
BIOL 805 Advanced Mycology (3)
CHE 682 Surface Phenomena (2)
CHE 750 Air Quality Seminar (1) ( New
course to be added)
CHE 862 Advanced Transport Phenomena I
(3)
CHE 910 Selected Topics in Transport
Phenomena (3)
CHM 856 Chemical Kinetics (3)
CHM 937 Applications of Surface Science
to Chemistry (3)
CE 967 Physicochemical Processes
(3)
ENTOM 620 Insecticides: Properties and
Laws (2)
GEOG 735 Topics in Climatology
(3)
GEOG 760 Human Impact on the
Environment (3)
GEOG 890 Advanced Spatial Analysis
Techniques (3)
GEOL 712 Advanced Geochemistry
(3)
ME 720 Intermediate Fluid Mechanics
(3)
ME 831 Boundary Layer Theory (3)
PHYS 651 Introduction to Optics
(3)
PHYS 652 Applied Optics and Optical
Measurements (3)
Air Quality Faculty
College of
Agriculture
Scott Beyer, Animal Science and
Industry (poultry and production)
Alberto Broce, Entomology (insect
particulates)
James Drouillard, Animal Sciences and
Industry (beef production)
Daniel Fung, Animal Sciences and
Industry (food safety)
Robert Goodband, Animal Sciences and
Industry (swine production)
Jay Ham, Agronomy (biometeorology and
transport processes)
Timothy Herrman, Grain Science and
Industry (grain dust)
Curtis Kastner, Animal Sciences and
Industry (food safety)
Gary Pierzynski, Agronomy (soil
chemistry)
Michel Ransom, Agronomy (soil
mineralogy)
Carl Reed, Grain Science and Industry
(grain dust)
College of Architecture,
Planning, and Design
John Seltridge, Architecture
(indoor air quality)
COLLEGE OF ARTS AND SCIENCES
Sam Chaudhuri, Geology (geochemical
characterization)
Lawrence Davis, Biochemistry (air
quality and vegetation)
Douglas G. Goodin, Geography
(meteorology)
John Harrington, Jr., Geography
(climatology)
Kenneth Klabunde, Chemistry (chemical
characterization)
George Marchin, Biology (air
processing)
Chris Sorensen, Physics (physical
characterization)
James Urban, Biology (biological
characterization)
COLLEGE OF ENGINEERING
Alok Bhandari, Civil Engineering (fate
and transport)
Larry Erickson, Chemical Engineering
(fate and transport)
Larry Glasgow, Chemical Engineering
(fate and transport)
Mo Hosni, Mechanical and Nuclear
Engineering (air flow)
Ronaldo Maghirang, Biological and
Agricultural Engineering (fate and transport)
James Murphy, Biological and
Agricultural Engineering (animal production, tech transfer)
Richard Nelson, Engineering Extension
(tech transfer)
Lakshmi Reddi, Civil Engineering (fate
and transport)
COLLEGE OF VETERINARY MEDICINE
Derek Mosier, Pathology (environmental
health)
Fred Oehme, Toxicology (environmental
health)
John Pickrell, Toxicology
(environmental health)
Adjunct
Faculty
Lawrence Hagen, USDA Wind Erosion
Research Unit (soil erosion)
Ed Skidmore, USDA Wind Erosion Research
Unit (soil erosion)
Jim Steele, USDA Grain Marketing
Research Laboratory (grain dust)