Academics

Industrial Hygiene (IH)

OCCUPATIONAL HEALTH SCIENCES-

INDUSTRIAL HYGIENE PROGRAM AREA

Occupational Health Sciences – Industrial Hygiene (OHS-IH) underpins several of the disciplines comprising the Environmental Health Sciences. When applied to occupational health, OHS-IH falls within the domain of Industrial Hygiene (IH). By tradition, the field of IH applies knowledge and principles drawn from the physical and life sciences, engineering, statistics, psychology, and program management to the protection of workers (and the general public) from chemical, biological, and physical agents of disease. Considering IH in the broader context of OHS-IH the contributions IH professionals are making in modern global society (within and beyond the boundaries of the workplace), and our evolving understanding of health risks as a function of time/life-stage, we have adopted the hybrid term OHS-IH to describe our academic program.

The Industrial Hygiene track provides additional expertise to the Environmental Health Sciences Master of Public Health (MPH), Master of Sciences (MS) and Doctor of Philosophy (PhD) degrees.

Required and Elective Courses:

MPH INDUSTRIAL HYGIENE
  • SPH Core Classes
    • PUBHLTH 500/501 Investigating Public Health Issues
  •  EHS Core Classes
    • EHS 510 Responsible Research and Scholarship (RCRS)
    • EHS 576 Biological Agents  
    • EHS 602 Essentials of Toxicology 
    • EHS 603 Occupational and Environmental Disease
    • EHS 604 Professional Perspectives in EHS (Capstone)
    • EHS 687/EHS 688/EHS 689 Professional Development in EHS
    • Quantitative Course (Select one):
      • BIOSTAT 522 Biostatistical Analysis for Health-Related Studies
      • EHS 655 Human Exposure Analysis
      • EAS 538 Natural Resource Statistics
      • EAS 635 Multivariate Statistics for Environmental Science (Prerequisite: EAS 538)
      • EHS/EPID 675 Data Analysis for Environmental Epidemiology
      • NUTR 620 Multivariate Analysis of Nutrition Related Studies
  • IH Coursework
    • EHS 556 Occupational Ergonomics
    • EHS 585 Psychosocial Factors Impacting Environmental and Occupational Health 
    • EHS 651 OSEH Program Management
    • EHS 652 Evaluation of Chemical Hazards
    • EHS 653 Environmental Sampling and Analysis Lab
    • EHS 654 Control of Exposures to Airborne Contaminants
    • EHS 658 Physical Hazards
    • EHS 668 Professional Seminars in Occupational Health
    • EHS 757 Occupational Health Aspects of Industrial Processes
    • IOE 539 Occupational Safety Engineering 
MS INDUSTRIAL HYGIENE
  • SPH Core Classes
    • EPID 600 Introduction to Epidemiology 
    • BIOSTAT 521 Applied Biostatistics
  • EHS Core Classes
    • EHS 510 Responsible Research and Scholarship (RCRS)
    • EHS 602 Essentials of Toxicology
    • EHS 603 Occupational and Environmental Disease
    • EHS 698 Research (6 credits minimum)
    • EHS 699 Master’s Thesis 
    • Quantitative Course (Select one):
      • BIOSTAT 522 Biostatistical Analysis for Health-Related Studies
      • EHS 655 Human Exposure Analysis
      • EAS 538 Natural Resource Statistics
      • EAS 635 Multivariate Statistics for Environmental Science (Prerequisite: EAS 538)
      • EHS/EPID 675 Data Analysis for Environmental Epidemiology
      • NUTR 620 Multivariate Analysis of Nutrition Related Studies
  • IH Coursework/Electives
    • EHS 556 Occupational Ergonomics
    • EHS 585 Psychosocial Factors Impacting Environmental and Occupational Health
    • EHS 651 OSEH Program Management
    • EHS 652 Evaluation of Chemical Hazards
    • EHS 653 Environmental Sampling and Analysis Lab
    • EHS 654 Control of Exposures to Airborne Contaminants
    • EHS 658 Physical Hazards
    • EHS 668 Professional Seminars in Occupational Health
    • EHS 757 Occupational Health Aspects of Industrial Processes
    • IOE 539 Occupational Safety Engineering 
DOCTOR OF PHILOSPHY (INDUSTRIAL HYGIENE)
  • Our Ph.D. program is administered at the departmental level. It follows conventional norms in terms of essential coursework, proficiency examinations, proposal writing/presentation, research and professional development, and defense of the written dissertation. The program of study is tailored to each student’s interests and aptitudes and is determined through consultation with the student’s academic advisor.  Details are provided in the EHS PhD website

Michigan’s program in Industrial Hygiene is based in the Department of Environmental Health Sciences in the School of Public Health and provides graduate training at both the masters and doctoral level. The IH Program is fully accredited by the American Board of Engineering and Technology (ABET)

We are recruiting highly motivated students with undergraduate backgrounds in the natural sciences:

  • Biology and/or physiology
  • General Chemistry
  • Organic Chemistry
  • Physics
  • Calculus

The IH Program is a key component of the University of Michigan’s approach to occupational and environmental diseases, industrial hygiene, exposure assessment, control technology, ergonomics, occupational health law, physical hazards, and other topics relevant to IH training.

Learn more about our award-winning University of Michigan Industrial Hygiene Student Association (UMIHSA)

UMIHSA is a student-organized group that represents all industrial hygiene students at the University of Michigan.  It has been awarded the “Best Student Chapter” award by the American Industrial Hygiene Association multiple times in the past 15 years.  Learn more about UMIHSA here.

What do Industrial Hygienists Do?

IH professionals are concerned with the myriad aspects of evaluating, mitigating, and managing workplace hazards, including toxic gases and vapors, dusts, (bio-)aerosols, mold, engineered nanomaterials, pathogens, noise, ionizing and non-ionizing radiation, ergonomic stresses and safety hazards.

As we move toward a more holistic view of human health and well-being (i.e., Total Worker Health), the roles of IH professionals are expanding to include health promotion, wellness, and emotional and mental health issues associated with increased workloads and associated job stress.

Increasingly, responsibility for environmental issues outside of the workplace, such as hazardous waste, residential indoor air quality, ambient air and water pollution, and ecological balance are also falling within the domain of the practicing Industrial Hygienist.

Among the activities in which IH professionals may be engaged are the following:

  • Measurement of contaminant levels in the air, on surfaces, and in biological fluids
  • Design of exposure assessment strategies (e.g., for estimating health risks)
  • Statistical analysis of data sets to inform decision-making
  • Management of occupational and environmental health programs
  • Training of workers about hazards and safe practices
  • Promotion of healthy working conditions
  • Demonstration of compliance with regulations and guidelines limiting harmful exposures
  • Research on the relationships between exposure and health effects
  • Development and implementation of new monitoring technologies and methodologies
  • Provision of service to the public and/or professional societies (e.g., AIHA)
  • Maintenance of ethical practices in all aspects of their professional activities
  • Engagement in lifelong learning

IH professionals are employed by numerous private and public sector organizations include large (often multi-national) corporations; insurance companies and environmental consulting firms

year partnership with NIOSH

student graduates

Watch an informational video about the program

p

For more information:

Contact the IH Director, Rick Neitzel ([email protected])

Student Funding Opportunities

We receive funding support from the National Institute for Occupational Safety and Health.

The Apple Hearing Study

Using the new Apple Research app, Michigan Public Health researcher Rick Neitzel, IH Program Director and professor of Environmental Health Sciences, has partnered with Apple to study sound exposure and its impact on hearing health. Using a person’s iPhone and Apple Watch to measure levels of sound exposure, the study will explore the effects of sound on hearing, stress, and cardiovascular health.

This groundbreaking study will advance our understanding of how hearing could be impacted over time by exposure to sound at certain levels. Learn more about this research at Apple Hearing Study