Led by: Andrey Korchevskiy, PhD, CIH, DABT
Andrey Korchevskiy, PhD, DABT, CIH, is a Director of Research and Development in C&IH (Wheat Ridge, Colorado). He is a specialists in risk assessment modeling for industrial hygiene and environmental health applications. Andrey is a certified toxicologist (DABT) and certified industrial hygienist (CIH). He arranged and taught risk assessment classes in the US, UK, Canada, Mexico, Colombia, and other countries. He has over 150 scientific publications in the fields of industrial hygiene, epidemiology, toxicology, and biostatistics. He is a full member of the Society of Toxicology (SOT). He is a Distinguished Lecturer of the AIHA, a recipient of AIHA Outstanding Project Team Award, AIHA Volunteer Group Service Award -2016, and SOT International ToxScholar grant.
Andrew Darnton, MSc, is one of the leading internationally renown epidemiologists, famous for his landmarks publications on asbestos health risk assessment. He is a statistician at the HSE, UK.
Bruce Case, MD, is a pathologist and epidemiologist at McGill University, Canada, one of the most advanced experts in the area of asbestos pathology. He has been a member of BOHS since 1985. From 1988-1991, he served as Director of the United States Environmental Protection Agency Center for Environmental Epidemiology (University of Pittsburgh School of Public Health). He provided peer reviews, professional development courses, lectures, workshops, and advice for national and international agencies and professional societies regarding exposure assessment for health effects of mineral fibres and particles, including NIOSH, USEPA, ATSDR, IARC, ICOH, BOHS, ATS, GSA, Collegium Ramazzini, and others.
Jim Rasmuson, PhD, CIH, DABT, FAIHA (USA), is a CEO and senior scientist at Chemistry & Industrial Hygiene, Inc. He developed numerous published works, presentations and classes in exposure and risk assessment, industrial hygiene, retrospective exposure assessment, simulation testing, analytical chemistry, laboratory methods development, regulatory compliance, and quality assurance.
Risk assessment is an essential tool used in the occupational hygiene profession. Occupational hygienists use risk assessment to establish internal occupational exposure limits, predict health outcomes of exposure for certain groups of workers, and deal with new and emerging hazardous compounds. Occupational and environmental health experts should be aware of the most up-to-date risk assessment techniques, so they can take advantage of these methods as part of their professional expertise. This PDC will take participants for an intensive one-day ride exploring how and when they can use risk assessment methods.
The objective of the class is to demonstrate different methods and approaches used for risk assessment purposes. Structural components of the risk assessment paradigm (hazard identification, exposure assessment, dose-response assessment, and risk characterization) will be described from a practical point of view. The participants will learn through class exercises how to obtain and interpret risk metrics, including: absolute and relative risk, attributable risk fraction, unit risk, slope factor, reference concentration and dose, and other metrics. The audience will participate in exciting and interactive exercises, including a statistical risk simulation demonstrating the probabilistic nature of hazards and health outcomes. “Risk taking behavior” characteristics of the audience will be tested and analyzed: a method that can be useful for individual risk assessment at workplaces. The class will be based on case studies which are intended to refresh the audience’s knowledge on numerous hazardous agents including, but not limited to, glyphosate, acrylamide, benzene, beryllium, cadmium, and nanoparticles. The participants also will learn methods to develop hypothetical internal standards to protect workers from adverse health effects.
Intermediate level education and experience in environmental and/or occupational health exposure assessment is required. Some risk assessment background a plus.
1. Interpret basic definitions and metrics of risk assessment.
2. Discuss 4 -steps risk assessment paradigm and its advantages.
3. Utilize statistical simulation for exposure and risk calculations.
4. Calculate absolute and relative carcinogenic risk values based on slope factors and unit risks.
5. Search for relevant risk assessment information.
6. Interpret excess risk values based on the various risk acceptability criteria.
7. Derive internal standards from available risk assessment information.
8. Communicate risk assessment procedure and its results in unified way.
Led by: Bob Rajan, HSE
Dr Bob Rajan OBE, JP is HM Principal Inspector of Health and Safety, a strategic thinker and policy developer. Many of his proposals are included in COSHH regulations, HSE guidance and international standards and publications. He has over 30 years of experience in occupational hygiene, published widely and had written books (own and contributed to chapters). He has been an examiner in occupational hygiene (BOHS and other institutions) and a peer reviewer for Annals and other journals. He is a past president of BOHS and contributed widely for the advancement of BOHS and occupational hygiene including PPE, It’s in Your Hands and the Clean Air Take care, Hon Editor BOHS Newsletter. He introduced and driving the LOcHER project. He developed the Exposure Control Indicators used by HSE. His new proposals include transformational occupational hygiene and designing adequate exposure control measures that encompass failure minimisation. Experienced n product development.
To explore, learn and share new ideas on Transformational Occupational Hygiene (TOH).
My working definition of TOH is: aims to deliver effective occupational exposure risk management to hazardous agents* through vison, creativity, innovation, inspirational motivation and /influence and failure minimisation designs.
The objectives for the PDS are: (i) How to maximise OH business value demonstration and (ii) Exploring the delivery of adequate exposure control, productivity, and sustainability through designing failure minimisation approaches using a number of real-world problem solving exercises.
A keen occupational hygienist, who is leader in the area or wishing to acquire knowledge, skills and experience to become a leader;
Who is not only interested in OH, but on productivity, sustainability, communication, utilising behavioural approaches in OH and business value delivery. A positive mind for change, embracing new approaches, thinking the unthinkable to practice transformational OH.
How to apply communication principles; How to think outside the box for developing new ideas including control measure; why the understanding of MINDSPACE is vital for better practice of OH; Thinking in the space of engineering designs so that OHs can work productively with engineers and suppliers. Ideas for presenting effective business report instead of pages of traditional OH reports.
Led by: Adrian Sims, MFOH(S), Vent-Tech Ltd
Building services engineer with over 25 years experience in the industry as consultant and contractor specializing in the design of mechanical building services systems.
Spent several years working in for an industrial centrifugal fan manufacturer.
Over 16 years as Managing Director of Vent-Tech Ltd carrying out the design installation, testing and commissioning of specialist local exhaust ventilation systems.
Have designed and commissioned systems to control hazardous substances handling:
Flour and food ingredients
Welding and grinding applications
Dipping tanks containing hazardous chemicals
Vehicle exhaust fume extraction
Has consulted on COSHH Control issues to a range of blue chip clients, which have included Airbus, Rolls Royce, The Royal Mint, Toyota, Bombardier, Marshall Aerospace, Premier Foods, Genzyme, Exxon, Astra Zenica, Johnson Apparelmaster, Bob Martin, Tiffany’s, Mission foods and Aunt Bessies to name a few.
Examiner and lecture for BOHS LEV P-Series qualifications.
This Professional Development Course will focus on:
Discussing the various types of the most critical part of any LEV system, the extraction hood.
Helping course participants to decide on the minimum performance that the main types of extraction hood would need in order to adequately control employee exposures.
Outlining appropriate performance requirements for the other elements of LEV systems.
Outlining the methods and the testing equipment that is needed in order to test the actual performance of an LEV system.
Discussing a number of real-life case studies to aid in the interpretation of test data from actual LEV systems.
Awareness of suitability of LEV systems and skills to enable to test, check and what good looks like.
Led by: Sven Hoffmann, University of Zurich and University of Lausanne
Program manager of the Swiss MAS Work+Health University of Zurich and University of Lausanne
Education & Training
Occ Hygienist, chartered Ergonomist, Certificates in didactics, medical didactics Emergency response & disaster management Instructor Hazmat life support (AHLS).
Function & Services
o Workplace health risk assessments & advice
o Hazmat life support
o Disaster risk reduction, Swiss Disaster Relief Unit, Humanitarian Aid Corps
o Lectures & workshops in health at work, ergonomics
o Research in non-visual lighting effects
o OHTA Advisory Board
o European Association of Schools of Occupational Medicine (EASOM)
o Swiss Ergonomics Association (SwissErgo)
Indoor air quality and thermal comfort are two of the top-priority topics in occupational hygiene literature of the past years. For both topics, the recent literature reports on, as well as practical examples of, typical health hazards and measurement findings shall be presented. Further, the participants will be introduced to the most relevant measurement strategies and measurement techniques. Furthermore, several examples of indoor air quality measurements will be worked on in small-group sessions and discussion rounds. Finally, managing indoor air and thermal comfort in office workplaces will complete the course.
Attendee Experience Criteria:
Basic kowledge in occupational hygiene or occupational medicine.
On completion of the course attendees will
– recognise the most relevant sources of indoor air pollutants
– apply the most relevant indoor air measurement techniques
– interpret indoor air measurements
– manage indoor air quality in office workspaces
– recognise the most relevant thermal risk factors