Showing posts with label CSP. Show all posts
Showing posts with label CSP. Show all posts

Monday, December 26, 2016

Qualified Safety and Industrial Hygiene Professionals in Healthcare

Note: A version of this post was originally published in in The Monitor, a technical publication of the American Society of Safety Engineers' Industrial Hygiene Practice Specialty, in August 2015.

Healthcare workers have the potential to experience a wide variety of occupational injuries. Under the Occupational Safety and Health Administration (OSHA) Healthcare Safety and Health Topics webpage, OSHA lists the following as potential hazards: blood-borne pathogens (BBP) and other biological hazards, chemical and hazardous drug exposures, waste anesthetic gas exposures, respiratory hazards, ergonomic hazards, laser, hazards, workplace violence, and radioactive and x-ray hazards.

Chemicals such as formaldehyde, glutaraldehyde, ethylene oxide, peracetic acid, ortho-phthalaldehyde (OPA), and environmental disinfectants are sources of potential hazardous exposure for healthcare workers (OSHA, 2015). There is insufficient guidance for healthcare safety personnel to evaluate the risks associated with the use of these chemicals. Research evaluating the potential for synergism among chemicals used in healthcare that may adversely affect healthcare workers is scarce. The heightened awareness of infectious diseases such as Ebola and Middle East Respiratory Syndrome (MERS) has led to increased use of environmental disinfectants throughout healthcare and other workplaces. More research and expertise is needed by qualified industrial hygienists and safety experts to properly recognize, evaluate, and control the hazards present in healthcare.

Despite the improved focus on patient safety, quality control and regulatory compliance, the injury and illness rate from healthcare workers are almost twice as high as the private industry rate. A news release from OSHA on June 25, 2015 explained that OSHA will be expanding enforcement activity in healthcare facilities. OSHA�s enforcement focus will be on preventable injuries, such as those from patient handling, BBP, workplace violence, tuberculosis, and slips, trips, and falls (OSHA, 2015).

OSHA has developed resources, checklists, and guidance for healthcare safety relating to building a culture of safety, injury and illness prevention programs and/or safety and health management systems, infectious diseases, safe patient handling, and workplace violence. The National Institute for Occupational Safety and Health (NIOSH) has also developed resources for healthcare safety relating to hazardous drug exposures, waste anesthetic gases, and latex allergies. Additional guidance is available from accrediting organizations such as The Joint Commission, DNV Healthcare, and Center for Improvement in Healthcare Quality(CIHQ), among others.

So, with all the resources and guidance available, why are the injury and illness rates so high among healthcare workers?

Some safety and health professionals might argue that the healthcare organizations are too focused on patient safety as opposed to employee safety, in order to improve their ratings and popularity. To combat this belief, The Joint Commission developed a monograph entitled �Improving Patient and Worker Safety: Opportunities for Synergy, Collaboration and Innovation� that explains the methods of coordinating quality improvement activities that will benefit both the patients and the workers. In the Foreword of the monograph, The Joint Commission explains that: �The organizational culture, principles, methods, and tools for creating safety are the same, regardless of the population whose safety is the focus. In fact, the same principles, methods, and tools may be separately used by different groups (clinical, human resource, and general liability personnel) within an organization� (The Joint Commission, 2012). This is not a surprise to healthcare safety personnel who came to the healthcare industry after training in other industries, but may be a pleasant discovery for healthcare safety personnel who were promoted into their position from other clinical or non-clinical jobs.

There is variability in the tasks performed by healthcare safety personnel. Depending on the size of the campus or healthcare organization, healthcare safety personnel may have many other responsibilities beyond occupational and patient safety. Some healthcare safety personnel serve as the Director of Materials Management, Director of Facilities, Risk Manager, or Director of Infection Prevention, and the safety management aspect of their job is only a small portion of their daily responsibilities. Others may also serve as the Compliance and Privacy Officer, Radiation Safety Officer, Laser Safety Officer, and other technical and regulatory required positions.

In a quick internet search of posted jobs for �healthcare safety officer� or �EOC safety officer,� the following job tasks and requirements were listed (not a comprehensive list):

  Conduct training of staff
  Know OSHA and EPA regulations
  Radiation and laser safety knowledge
  Chemical safety and proper disposal
  Develop education modules
  Know NFPA Life Safety Code
  Emergency management
  Chair the EOC Committee
  Conduct fire drills
  Process improvement
  Work independently
  Risk assessment
  Consultation and assessment
  Understand project management
  HICS and HSEEP Exercises
  5 to 7 years� experience in safety
  Manage hazmat program
  Familiar with ADA compliance
  Act as community liaison
  B.S. or M.S. in health sciences or safety
  Conduct emergency spill response
  Assist with laboratory safety
  Provide regulatory oversight
  Professional certification(s)


Healthcare safety personnel usually serve on a facility�s Environment of Care (EOC) Committee, which is an interdisciplinary team tasked with managing a facility�s physical environment in six functional areas: safety, security, hazardous materials and waste, fire safety, medical equipment, and utilities. The EOC Committee should have representation from clinical staff, security, healthcare administration, biomedical engineering, facilities engineering, infection prevention, employee health, laboratory, and other areas such as research administration that may be applicable to the facility.

Aspects of the Environment of Care are an integral part of the survey instruments used to score hospitals on sites such as Hospital Safety Scoreor the Hospital Consumer Assessment of Healthcare Providers and Systems (HCAPHS). The results of these surveys are supposed to be used by patients to select hospitals and health systems based on patient safety and outcomes. The HCAPHS survey asks two questions related to the physical environment of the hospital and patient safety (Centers for Medicare & Medicaid Services, 2015):

  • During this hospital stay, how often were your room and bathroom kept clean?
  • During this hospital stay, how often was the area around your room quiet at night?

The Hospital Safety Score provides patients with a score for each hospital in the U.S. on an A through F scale, measuring safe practices such as (The Leapfrog Group, 2015):

  • Leadership structures and skills
  • Culture measurement, feedback, and intervention
  • Teamwork training and skill building
  • Identification and mitigation of risks and hazards
  • Hand hygiene
  • Falls and trauma

In reviewing the job tasks and requirements listed previously for healthcare safety personnel, it quickly becomes apparent that individuals holding a Certified Industrial Hygienist (CIH) or Certified Safety Professional (CSP) designation already have much of the required knowledge, skills, and abilities. Individuals with CIH/CSP designation who have not worked in healthcare before may need to learn more about BBP and infectious diseases, hazardous drugs, medical terminology, ionizing radiation, patient safety, laboratory safety, and the accreditation process.

Having a qualified, certified, and well-trained person at the helm of health, safety, and environmental compliance activities may help healthcare facilities to improve their overall culture of safety � both for patients and employees. In an informal survey of hospitals located within Arizona, 23 hospitals were awarded an �A� or �B� designation by the Hospital Safety Score method in June 2015. After those hospitals were identified, a search of LinkedInprofiles was conducted to evaluate whether the hospital had a qualified and trained safety and health professional serving in a healthcare safety role at the facility.

If the individual held a professional certification such as CIH, CSP, Certified Healthcare Safety Professional (CHSP), Certified Professional in Patient Safety (CPPS), orCertified Healthcare Protection Administrator (CHPA), it was noted in the survey. If the individual had also completed a master�s degree in safety, environmental management, business administration, healthcare administration, or other applicable degree, it was noted in the survey. The size of the hospital � and associated complexity of environmental health and safety management � is indicated by the number of licensed patient beds.

Table 1 details the results of the informal survey of Arizona hospitals with a Hospital Safety Score of �A� or �B� � identifying details such as the hospital name and actual number of licensed beds have been replaced with an identification number and a size range. Hospitals included in this survey range from small hospitals with less than 100 licensed beds, to large hospitals with 700 to 750 licensed beds. If the individual serving as the �safety officer� did so in an ancillary capacity (i.e., job title was Director of Facilities), and did not have any formal safety training documented in their LinkedIn profile, the �Safety Professional� selection was �No.� If the individual performed safety functions as the primary role, the �Safety Professional� selection was �Yes.� An �X� indicates that the individual held the professional designation and/or had a relevant master�s degree. 

Table 1: Informal Survey of Arizona Hospitals with a Hospital Safety Score of A or B (June 2015)

The data from this informal survey has been summarized into Tables 2 and 3 below. Table 2 shows the number of Arizona hospitals with a �Safety Professional� (e.g., a �Yes� answer) as compared with the number of Arizona hospitals with a person who acts as safety officer in addition to their other job duties (e.g., a �No� answer). Table 3 shows the number of Arizona hospitals with a �Safety Professional� holding a CIH/CSP, CHSP/CPPS/CHPA, or relevant master�s degree. The hospital size ranges associated with these trained professionals is also provided in Table 3.

Table 2: Arizona Hospitals with  Dedicated Safety Professional (June 2015)
Table 3: Arizona Hospitals with a Qualified and Certified Safety Professional (June 2015)

Of the 23 Arizona hospitals with an �A� or �B� rating on the Hospital Safety Score site in June 2015, 13 (56.5%) had a dedicated safety professional. One of the smaller hospitals (AZ002) was not able to be included in the survey results due to the lack of information about the hospital�s safety officer responsibilities and lack of presence on LinkedIn. Of the 13 dedicated safety professionals, 10 (76.9%) had obtained a professional level certification or relevant master�s degree. Hospitals employing these trained and qualified safety professionals ranged from small (<100 beds) to large (600 beds). Only 3 (30%) of the trained and qualified safety professionals held a CIH or CSP designation. The remainder of the certifications (70%) were from organizations such as the International Board for the Certification of Safety Managers, the Certification Board for Professionals in Patient Safety, and the International Association for Healthcare Security and Safety.

                Although only 10 (43.5%) of the 23 Arizona hospitals earning an �A� or �B� rating on the Hospital Safety Score site had safety and EOC responsibilities performed ancillary to the individual�s other job responsibilities, many of the hospitals represented in this informal survey are part of regional health systems spanning multiple states. These health systems may have regional or corporate level occupational health and safety personnel who serve multiple healthcare campuses and provide technical support to the facility-specific staff.

                As part of the �Improving Patient and Worker Safety� monograph, The Joint Commission listed several topic areas for targeted interventions with the goal of improving safety. Individuals with CIH/CSP designation that are looking to foray into the world of healthcare safety should research strategies, solutions, and benefits associated with this list. Healthcare systems looking to hire safety officers, safety managers, and directors of safety are looking for healthcare-specific knowledge that is difficult to obtain if you have never worked in healthcare before. An abbreviated and modified list of these topics is included below (The Joint Commission, 2012).

  • Safe patient handling (including use of lifts and slings)
  • Fall prevention (both patient and staff)
  • Sharps injury prevention
  • Infection prevention (including hand hygiene and personal protective equipment)
  • Assault and violence prevention and management
  • Security management
  • Emergency management (including the Healthcare Incident Command System)
  • Exposure to hazardous drugs
  • Surveillance and exposure assessment
  • Environmental hazards
  • Ergonomics and human factors engineering
  • Improving safety culture throughout an organization
  • Safer design of practices and the built environment

Qualified industrial hygienists and safety professionals are needed to take healthcare safety to the next level. With OSHA promising to increase enforcement action, and accreditation agencies like The Joint Commission requiring documented improvements in safety and quality measures, opportunities for solution-oriented and collaborative safety professionals are becoming available. Industrial hygienists are needed to evaluate acute and chronic exposures to workers that may be inadvertently passed on to patients. Safety experts are needed to bring the industry knowledge from manufacturing, aviation, power generation, and other high-risk industries into the healthcare arena.

As Dr. David Michaels, Assistant Secretary of Labor for Occupational Safety and Health, said in the news release from June 25, 2015: �[�] it�s time for hospitals and the health care industry to make the changes necessary to protect their workers� (OSHA, 2015). Let�s accept this exciting challenge and improve safety for all of the people that enter into, or are employed by, healthcare facilities. 

References

Centers for Medicare & Medicaid Services. (2015, March 20). HCAPHS Online. Retrieved from HCAPHS Survey: http://www.hcahpsonline.org/files/HCAHPS%20V10.0%20Appendix%20A%20-%20HCAHPS%20Mail%20Survey%20Materials%20(English)%20March%202015.pdf
OSHA. (2015, June 27). Healthcare. Retrieved from Safety and Health Topics: https://www.osha.gov/SLTC/healthcarefacilities/
OSHA. (2015, June 25). OSHA adds key hazards for investigators' focus in healthcare inspections. Retrieved from News Release: https://www.osha.gov/pls/oshaweb/owadisp.show_document?p_table=NEWS_RELEASES&p_id=28197
The Joint Commission. (2012). Retrieved from The Joint Commission: http://www.jointcommission.org/assets/1/18/TJC-ImprovingPatientAndWorkerSafety-Monograph.pdf
The Leapfrog Group. (2015, April). Scoring Methodology. Retrieved from Hospital Safety Score: http://www.hospitalsafetyscore.org/media/file/HospitalSafetyScore_ScoringMethodology_Spring2015_Final.pdf

Saturday, June 18, 2016

Self-Congratulatory CSP Cartoon before #Safety2016

To regain my sense of self and creativity, I decided to draw a congratulatory manga about passing the Certified Safety Professional (CSP) exam last week. 

Here's the pencil sketch version:

Pencil sketch of "Industrious Hygienist vs. CSP Exam"

Here's the fully inked version:

Ink (black and white) version of "Industrious Hygienist vs. CSP Exam"

I'm particularly proud of the left hand middle panel ("Just freaking relax already!") because the ink work turned out really crisp and it has a lot of emotion.

Below is the full color version of the manga, with Safety 2016 (#Safety2016) coloring on the right-hand side, since that is the next "beast" I plan to conquer.

Full color version of "Industrious Hygienist vs. CSP" - See you at Safety 2016!

My colleague/friend/mentor also brought me some lovely flowers in celebration of passing the CSP exam, so I thought I would showcase her creativity and kindness as well.

Flowers with card: Creative, Smart, Perfection. 

Check out my previous blog post for my plans while attending #Safety2016 in Atlanta.

Sunday, June 12, 2016

How to Study for and Pass the CSP Exam

Dear loyal readers,

Thanks for your patience during the long delay between posts. I have great news � I passed the Certified Safety Professional (CSP) exam yesterday! I�m working on a celebratory manga, but in the meantime, I�d like to pass along my study tips for this difficult exam.

I started studying for the exam in October 2015, when I took the Bowen EHS CSP Online Review Course. This course was immensely helpful in helping me identify where I needed to focus my self-study efforts. Based on the various topics and final exam, I identified my weak spots as: risk analysis, statistics, physics, radiation, and fire protection.

Reference sources that I reviewed and found useful:


A colleague also gifted me with her old (2011) CSP review course materials and a 2010 CSP Self-Assessment. Her course materials also had excellent problem sets and summary material ready for flash cards. I�ve taught Occupational Safety to graduate students for three years, so I thought I had a pretty solid grasp on the material � until I sat down to take the 2010 CSP Self-Assessment from BCSP about 10 days before my exam. Based on my, uh, lackluster score, I decided to redouble my efforts and really study.

The Bowen EHS CSP Online Review Course comes with an added bonus � a one-year membership to their �premium resources.� These resources include practice quizzes (by topic area) based on a bank of 675+ questions that they have developed since 2003. Each practice quiz contains a reference to the solution page, so you can go back on questions you missed to see how it was supposed to be solved. I went through about 200 questions on the practice quizzes and was able to narrow down my weak areas even further. Basically, my brain hates physics, mechanical engineering, statistics/probability, and risk analysis methodologies (FMEA, FTA, MORT, HAZOP, etc.). Maybe it�s the algebra. I may have arithmophobia specific to algebra. :) My brain just freezes up every time one of those questions flashes on the screen.


Some of the super-helpful practice quizzes in the Bowen EHS Member Center.

After some intense studying for 3 days, I took the 2015 CSP Self-Assessment and scored a 90%. Since much of the content between the 2011 and 2015 CSP Self-Assessments is similar, I figured that a bit more studying was in order. I made two decks of flash cards for specific items that required memorization. But the thing I am proudest of is my �safety alchemy� drawing. Here it is:


The Industrious Hygienist's CSP Exam safety alchemy art!

When I passed the Certified Industrial Hygienist (CIH) exam in 2012, one of the most helpful things I did was create an abstract symbol and fill it with the things I needed to memorize (constants, equations not on the reference sheet, etc.). So my CSP exam �safety alchemy� drawing contained the items that I wanted to memorize.

The drawing has information about experience modification rates, total case incident rates, radiation exposure measures, the range of normal human hearing, radiation quality factors, sizes of particulates, potential vs. kinetic energy, respirator assigned protection factors, the NIOSH lifting equation, volume of a cylinder, types of hard hats, air changes per hour, eyewash flow rates, combustible metals, distance between a crane and a power line, specific gravity, guardrails, probability, ISO standards, ANSI standards, LOTO, risk management, process safety management, types of fires, and fire sprinkler placement. All in one handy piece of art.

When I sat down to take the test, I used the scratch paper to draw my safety alchemy art, which had a calming and centering effect since I drew it for several days prior to the exam. The most ironic part is that most of the items on my safety alchemy art were not even on the exam version I took. My exam (for double irony) was heavy on statistics/probability, training, risk analysis (FMEA, FTA, MORT, HAZOP, etc.), radiation, and system safety.

I found some extra sources for studying if you�re like me and have issues with the topics referenced below:


I also went through a bunch of OSH Academy courses where I needed a refresher. The OSH Academy website is easy to use and I am currently enrolled in (almost done!) the 132-Hour OSH Professional course. I found the narrative easy to read and the quizzes were helpful. I really liked the custom posters and infographics used in modules throughout the course. there's a healthcare-specific track that I am doing next. 

Other helpful (and free!) video sources for CIH/CSP studying:


Look for more frequent posts and some new manga in future weeks. I am excited to get back to my creative life now that this professional/analytical hurdle has been achieved.