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The Biological Monitoring Component Program (BIOM) is an area of specialization within the Environmental and Occupational Hygiene M.S. and Ph.D. programs in the University of Cincinnati’s Department of Environmental Health. BIOM not only prepares its graduates with the tools that they need to be prepared to begin their careers in industry, labor and government, but builds a talent pool of individuals who have the knowledge base to develop, implement and evaluate biological monitoring programs. All program graduates are equipped to conduct research and evaluate data. This program also solidifies the transferable skills needed so that our graduates are able increasingly take on program responsibilities. Students with a BIOM concentration are required to complete a thesis in the area of biological monitoring and/or molecular epidemiology.
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The Continuing Education (CE) Program is based in the Department of Environmental and Public Health Sciences at the University of Cincinnati. The major purpose of the continuing education component of the ERC is to develop and present a multi-disciplinary program of courses in the fields of occupational health, industrial hygiene, safety, and nursing.
The CE Program features:
Participants in our CE courses come from a variety of occupational and environmental health settings including government, labor organizations, and industry. The backgrounds of the participants vary and include those just beginning to work in a safety or health field, with experience and needing a refresher course in basic material, and professionals keeping abreast of current advanced developments. The CE Program is also the lead member of the Great Lakes OSHA Education Center and collaborates to offer many occupational safety courses.
2023 August Respirator Newsletter
NIOSH Science Blog featuring ERC CE collaborative webinar series
Keep updated with the University of Cincinnati's Education and Research Center and corresponding programs.
Join one or more of our CERKL groups by click on the links below. CERKL is a social media mechanism that allows our programs to disseminate information to our stakeholders: current faculty and students, alumni, researchers, and members of industry in the region. CERKL is similar to Linked-In but is more specific to academic and training programs. CERKL has a structure where all members belong to an ERC group (Parent group) as well as a program specific group (e.g. EIH, OHN, OMR, and OSHE) (Sibling group). Examples of the information that will be sent out to the members include seminar announcements, information about the latest results from the targeted research training program, discipline-specific job announcements; summary of thesis, dissertations, practica, and capstones, recent awards, and summaries of recent publications. One of the key components of CERKL is the ability to request assistance from the members, such as need for expertise or mentor, assistance in job placement in certain parts of the country, and input back to the program. CERKL is not utilized to solicit funding or donations from alumni and stakeholders.
Parent group: Get updates on center wide activities
Environmental and Industrial Hygiene (Including Occupational Ergonomics and Biomonitoring): Get updates about EIH, OSE, and BIOM activities
Occupational Health Nursing: Get updates about OHN activities
Occupational-Health-Nursing Occupational Safety Health Engineering: Get updates about OSHE activities
Occupational Medicine Residency: Get updates about OMR activities
Trainees and faculty have developed videos to address health and safety concerns for firefighters and home healthcare workers. These short videos provide recommendations and best practices to many of the potential risk factors in these two professions.
Home Healthcare Worker Videos
The ERC faculty members complete extensive outreach activities which are tracked. We are constantly working with stakeholders and partners to make real impact on the health and safety of the worker in a wide variety of industries and agencies. Please contact Kermit Davis (Kermit.email@example.com) if you would like to talk about potential projects, consultations and opportunities to work with the faculty of the ERC.
Dr. Eula Bingham Benzene ETS Press Conference - April 29, 1977
Historic Film YouTube Channel
Industrial hygiene activities involve the anticipation, recognition, evaluation and control of workplace hazards. The profession is devoted to assuring that everyone leaves the workplace in the same state of health as he or she arrived at work. This is a large task, and requires broad academic education and life-long learning to understand emerging exposures and new tools to evaluate and control exposures.
The University of Cincinnati Education and Research Center program in Industrial Hygiene is in the Environmental & Industrial Hygiene Division, Department of Environmental and Public Health Sciences at the College of Medicine.
Two areas of study are available: Industrial Hygiene (IH), Occupational Ergonomics (OE). The CP program is accredited by ABET at the MS level and prepares graduates to anticipate and evaluate workplace hazards, and to assure the development of controls to reduce and eliminate hazards. The OSE program prepares graduates to develop comprehensive solutions to improve worker health by understanding ergonomic/safety concerns and physiological responses to physical and/or environmental risk factors in the workplace. Graduates are trained in the use of quantitative tools for characterizing and preventing ergonomic/safety risk factors in the workplace. Doctoral students in the CP or the OSE program complete advanced course work, conduct original research and defend the dissertation research.
The academic program blends classroom and work in the field, providing experiences to enable graduates to:
The Division of Occupational and Environmental Medicine has three major areas of focus:
The mission of the Occupational Safety and Health Engineering (OSHE) Program is to meet the national and regional needs in occupational safety and health engineering through education and research. The primary objective of the OSHE Program is to provide engineering graduate students with training in safety and health engineering to become highly capable safety professionals. A secondary objective of the Program is to introduce safety and health engineering to students who specialize in other engineering areas, enabling them to apply safety and health concepts in their engineering practice. The OSHE Program trains students through a set of fundamental safety courses, interdisciplinary projects and thesis or dissertation research to develop or evaluate an application of advanced engineering technologies to safety and health problems. Graduates from the OSHE Program become safety practitioners in public and private organizations, engineers who will design safer equipment or systems, and researchers focusing on occupational safety and health at laboratories, academia and industries.
The PRP program is not accepting proposals for funding at this time. Please check back in January 2024 for the 2024-25 application period. Contact firstname.lastname@example.org if you have any questions.
The purpose of the Pilot Project Research Training Program is to increase the research capacity of research trainees and young investigators in occupational health and safety and to encourage those in related disciplines to pursue occupational health and safety research. This program supports pilot research projects in the area of occupational health and safety for twelve institutions from Ohio, Kentucky and Indiana. Dr. Amit Bhattacharya serves as the director of the Pilot Project Research Training Program . The Pilot Project Research Training Program is located within the University of Cincinnati’s Education and Research Center (ERC) based in the Department of Environmental Health within the College of Medicine. The University of Cincinnati’s Education and Research Center is one of 18 such centers funded by the National Institute for Occupational Safety and Health (NIOSH) nationally. Dr. Tiina Reponen is the director of the ERC.
Under the Pilot Project Research Training Program research proposals are solicited and peer-reviewed annually from qualifying faculty and graduate students from the University of Cincinnati and the following partnering institutions – Air Force Institute of Technology, Bowling Green State University, University of Toledo – Medical Science Campus, Central State University, Purdue University, University of Kentucky, Western Kentucky University, Eastern Kentucky University, Murray State University, Ohio University and Kentucky State University.
Since 1999, the PRP program has allocated over 1.5 million dollars to support 256 pilot research projects. These projects have served as a catalyst in bringing over $42 million in additional research support to the region from sources independent of the PRP program, such as, the National Institute for Occupational Safety and Health (NIOSH), National Institutes of Health (NIH), United States Department of Agriculture (USDA), National Science Foundation (NSF), and the Centers for Disease Control and Prevention (CDC). Additionally, this program also brought 64 new investigators from other fields of expertise to the area of occupational safety and health research.
Each year the Pilot Project Research Training Program holds a symposium where grant awardees present their research findings. This symposium is attended by graduate students and faculty from regional universities and researchers from local governmental agencies.
To make donations and help support the Pilot Research Project Symposium visit this link and select College of Medicine as the category and Environmental and Industrial Hygiene Fund. For our records, please email email@example.com if you make a donation.
A new award for best presentation at PRP Symposium has been launched to celebrate the most enthusiastic, effective and professional researcher for his/her ability to deliver an impactful and engaging presentation. All presenters are challenged and encouraged to deliver an outstanding presentation.
Award for Distinguished Podium Presentation: Lindsey Freier, Pressure to Attend Work when Unwell: Health and Safety Consequences among Nurses
Award for Distinguished Poster Presentation: Dania Abu-Alhaija, Factors and Strategies Influencing Chemotherapy Safety among Oncology Nurses
People's Choice Award for Podium Presentation: Edrisa Sanyang and Shwe Win, Workplace Violence Among Young Black Workers Ages 18-24 in Southcentral Kentucky
People's Choice for Poster Presentation: Vamsi Kondapalli, Cool Helmet for First Responders Based on Nano Carbon Composite and Thermoelectrics
Award for Distinguished Podium Presentation: Megha Chitranshi
Award for Distinguished Poster Presentation: Thomas Gerding and Hoda Rahmani
People's Choice Award for Podium Presentation: Yao Addor and Mohsin Sultan
People's Choice for Poster Presentation: Anuptha Pujari and Edrisa Sanyang
2023 Pilot Research Project Symposium
Click here for an archive of past recorded symposiums
The objective is to offer interdisciplinary research training in the framework of developing, validating, and transferring emerging technologies and methods to improve worker health and safety. The proposed program builds on our existing TRT program, which was approved for funding in 2011. The initial focus of the TRT program was to assess firefighters’ cardiovascular risk factors, with a long-term goal to expand the program to healthcare workers. The TRT program has transitioned to emphasize healthcare, with a special focus on home healthcare. PhD students and postdoctoral fellows will be recruited as TRT trainees and will conduct their thesis research in this project. The central objective is to develop and validate a comprehensive and systematic framework for the assessment and control of cumulative health and safety risks among home healthcare workers (HHCWs). The current specific aims collect data on a range of documented or potential risk factors:
Specific Aim 1:To quantify HHCWs’ exposures, including ergonomics and physical safety hazards, including ergonomic, fatigue levels, shift work, and physical hazards (e.g., lifting patients and medical equipment, biohazards, needlesticks, violence, environmental pests, dangerous pets, slip/trip/fall).
Specific Aim 2: Apply emerging technologies for assessing and controlling home healthcare workers’ exposures to aerosol (e.g., smoke, molds, fungi, etc) and chemical hazards (e.g., pharmaceutical, cleaning agent ingredients).
Current TRT openings:
Post Doc Fellow
PhD Student Positions
Overview and Specific Aims