OCCUPATIONAL MEDICINE

 

GENERAL OBJECTIVES:Occupational Medicine is a medical discipline that deals clinically and administratively with the health needs of both individuals and groups with respect to their working environment and includes the recognition, evaluation, control, management and prevention of occupationally-related diseases and injuries.

Residents must acquire a body of knowledge of occupationally-related diseases and injuries. In the course of training, residents must acquire a knowledge of the sciences basic to occupational medicine, including toxicology, epidemiology, biostatistics, occupational hygiene, accident prevention and ergonomics.

The residents must understand diagnostic procedures essential to the evaluation of occupationally-related diseases and injuries, and must have a thorough knowledge of the methods of assessing the workplace and workplace hazards. The residents will acquire expertise in history-taking, physical examination, and a knowledge of relevant diagnostic and laboratory procedures. The residents must be expert in the management of occupationally-related diseases and injuries, and in particular, the rehabilitation of diseased or injured workers. Clinical training must provide expertise in a number of areas such as the evaluation of chest X-rays using the ILO grading system for pneumoconiosis, a working knowledge of detailed pulmonary function tests, knowledge of the psychological mechanisms important in problems of job adjustment, substance abuse and individual and group conversion reactions.

The residents must develop expertise in the recognition, evaluation, control and management of workplace hazards. These hazards include toxic chemical and biological agents, physical agents (noise, radiation, etc.), and physical hazards that cause traumatic injuries. In order to acquire this knowledge, the residents must understand the principles and methods of occupational hygiene and safety. In addition, the residents must have a sound understanding of administration, business organization, labour-management relations, labour and compensation law, and the principles of how to implement and evaluate an occupational health and safety program. Health promotion can play an important role in occupational medicine and the residents should develop knowledge and skills in the area of nutrition, stress management, physical fitness, and alcohol and drug abuse.

Residents must acquire epidemiological skills including the ability to evaluate the health of a group of workers by statistical analysis and comparison of the health status of categories within the group and with external comparison populations. A working knowledge of morbidity and mortality studies is essential.

The residents must develop attitudes consistent with effective collaboration with physicians and others including occupational health nurses, occupational hygiene and safety experts, epidemiologists, managers, labour groups, community and government agents. The residents will develop critical skills in literature review and a commitment to the continued acquisition of knowledge. Finally, the importance of the confidentiality of both the physician/patient relationship and the medical record, and the medical-legal implications thereto, must be thoroughly understood.

The purpose of the training required under Section 1 of the training requirements is to give the resident a degree of independent responsibility for clinical decisions; an opportunity for further development of the skills required in making effective relationships with patients; the consolidation of competence in primary clinical and technical skills across a broad range of medical practice; and an understanding of the nature of the relationships between a referring physician and a consultant specialist in Occupational Medicine.

 

 

CONTENT AND ORGANIZATION OF THE RESIDENCY PROGRAM:

There must be an organized program of rotations and other educational experiences, both mandatory and elective, designed to provide each resident with the opportunity to fulfil the educational requirements and achieve competence in the specialty.

The content and organization of each accredited program in occupational medicine must be consistent with the specialty training requirements.

RESOURCES:There must be sufficient resources including teaching faculty, the number and variety of patients, physical and technical resources, as well as the supporting facilities and services necessary to provide the opportunity for all residents in the program to achieve the educational objectives and receive full training as defined by the specialty training requirements in occupational medicine.

In those cases where a university has sufficient resources to provide most of the training in occupational medicine but lacks one or more essential elements, the program may still be accredited provided that formal arrangements have been made to send residents to another accredited residency program for periods of appropriate prescribed training.

  1. Teaching Faculty

There must be a sufficient number of qualified teaching staff to supervise the residents and provide teaching in the basic, clinical and administrative sciences related to occupational medicine. For a program to be accredited there must be an adequate core of full-time medical staff in participating institutions and affiliated agencies (hospitals, government agencies, corporations, community-based clinics) available to provide expertise in clinical occupational medicine, occupational hygiene and safety, epidemiology and biostatistics, administration and research.

  1. Number and Variety of Patients

There must be a sufficient number of patients with the spectrum of occupational and environmental problems for the resident to achieve competence in clinical occupational medicine. The resident must be exposed to an adequate volume and variety of patients with psychiatric, respiratory, cutaneous, cardiovascular, orthopedic and toxicological disorders as well as other occupationally related disorders. Residents must become competent in the evaluation of workers with respect to the matching of their physical and mental capabilities to their occupation.

  1. Clinical Services Specific to Occupational Medicine
    1. In-Patient/Ambulatory

There must be an occupational medicine clinical service providing consultant occupational medicine services. In addition, there must be access to clinical specialties including medicine, surgery, psychiatry, orthopedic surgery and rehabilitation medicine that are essential in order to permit residents to gain experience in the evaluation of complicated problems in both in-patients and out-patients.

    1. Consultation

It is essential that residents be involved in the provision of consultative services to other physicians.

    1. Community Learning Experiences

There must be community learning experiences which may include industrial placements, government agencies and community-based clinics. The purpose of resident participation in these agencies, other than affiliated teaching hospitals, as part of the clinical teaching program is to provide professional experience in the management of work-related disorders outside the teaching hospital setting. Through such experience the resident will learn how to develop practical methods of problem solving which cannot be acquired in isolation from the practical realities of the workplace.

  1. Supporting Services — Clinical, Diagnostic, Technical
    1. Liaison with other Specialties and Subspecialties

There must be an active teaching service in internal medicine. It is desirable that there also be teaching services in cardiology, dermatology, diagnostic radiology, emergency medicine, general surgery, neurology, orthopedic surgery, otolaryngology, physical medicine and rehabilitation, psychiatry, and respirology.

    1. Emergency and Intensive Care

There must be emergency and intensive care services available to allow residents to consult on acute and emergency occupational medical problems.

    1. Investigative Facilities

There must be adequate investigative facilities to support the necessary diagnostic procedures carried out for occupationally related problems.

    1. Laboratory

There must be access to an occupational hygiene laboratory and an active, adequately equipped field service to allow the residents to gain training in occupational hygiene.

    1. Computer Facilities

Access to computer facilities is essential so that the resident can acquire the skills necessary to carry out epidemiological evaluations.

ACADEMIC AND SCHOLARLY ASPECTS OF THE PROGRAM:

The academic and scholarly aspects of the program must be commensurate with the concept of a university postgraduate education. The quality of scholarship in the program will in part, be demonstrated by a spirit of enquiry during clinical discussions, rounds, and conferences. Scholarship implies an in-depth understanding of basic mechanisms of normal and abnormal states and the application of current knowledge to practice.

  1. Organized Scholarly Activities

A coordinated educational program must be provided in occupational medicine and associated fields. This must include organized teaching in the clinical and basic sciences related to the specialty, including toxicology, health effects of physical agents, occupational hygiene, accident prevention, ergonomics, epidemiology and biostatistics. In addition, teaching in occupational health and safety law, management studies, human rights and labour relations must be provided. The program may include lectures and seminars which may be interdisciplinary in nature, teaching rounds, specialty conferences, laboratory work, technical demonstrations, and journal clubs.

  1. Basic and Clinical Sciences Relevant to Occupational Medicine

The following content areas must be included.

    1. Occupational Medicine

In addition to the basic occupational diseases and fitness to work considerations, residents should develop knowledge and skills in the area of stress management, alcohol and drug abuse and health promotion.

    1. Occupational Hygiene and Safety

Expertise in occupational hygiene and safety is essential in the practice of occupational medicine. The resident must have adequate teaching, laboratory and field experience to acquire this knowledge.

    1. Epidemiology and Biostatistics

Training in epidemiology and biostatistics must be part of the integrated residency program. Staff members with training in epidemiology and biostatistics must be accessible to residents in order to foster the acquisition of epidemiological expertise in the solution of occupational health problems.

    1. Organization and Management of Occupational Health and Safety Programs

Residents should have experience in different field settings involving different administrative approaches to the management of occupational health and safety programs. The program must provide residents with an opportunity to work in practical situations dealing with joint worker-management health and safety committees where these exist, corporate managers, government officials and labour representatives.

    1. Regulatory and Legal Considerations

Because of the importance of regulations in the management of occupational health problems, a field placement in government agencies (e.g. departments responsible for workers' health and safety) and/or a workers' compensation authority are essential components of the program. Instruction in laws and regulations, human rights and medical ethics, as they relate to occupational health and safety, must be provided.

  1. Biomedical Ethics

The academic program must provide opportunities for residents to gain an understanding of the basic principles of biomedical ethics as it relates to occupational medicine including issues related to confidentiality, doctor-patient relationships in the workplace setting and third party assessments.

  1. Communication Skills

There must be opportunities for residents to learn effective communication skills for interacting with patients and their families, allied health professionals, and colleagues. In addition to teaching communication skills in the clinical setting, organized sessions on communication skills should be in place. Communication skills include those in the clinical, corporate and regulatory and medico-legal setting.

  1. Teaching Skills

Residents must be given opportunities to develop effective teaching skills by teaching junior colleagues and students, as well as through conference presentations, clinical and scientific reports and patient education.

  1. Quality Assurance/Improvement

The residents must participate in quality assurance/improvement activities in the clinical and corporate setting and it is desirable that they also participate in such activity in their field placements. Organized sessions on quality assurance/improvement should be in place.

  1. Research Opportunities for Residents

The milieu of scholarship should be enhanced wherever possible by close association between residents and staff who are active in research. Residents should have an opportunity to participate in research during their program. Critical appraisal must form part of the organized teaching activity. It is desirable that the spectrum of research range from basic and clinical to population-based and health services.

  1. Faculty Research

The faculty should be active in occupational medicine research and a culture of enquiry must be evident in the core aspects of the program.

  1. Outside Conferences

The program should provide opportunities for residents to attend conferences outside their own university.

PROGRAMS (WITH TRAINING REQUIREMENTS):

Diplomas(Dip):

Six months of approved residency training.

Doctor of Medicine(M.D):

Eighteen months of approved residency training.

Doctor of Philosophy(Ph.D):

Forty eight months(four years)of approved residency training.