Pass the ASHRM Advancing Health Care Risk Management CPHRM Questions and answers with Dumpstech

According to Health Care Risk Management principles supported by ASHRM and the American Hospital Association Certification Center, insurance coverage for liability exposures is often structured in layers. The first layer of insurance that responds to a covered loss is known as the primary policy.

Primary insurance provides initial coverage once any applicable deductible or self-insured retention has been satisfied. It is responsible for defense and indemnity payments up to the policy’s stated per-occurrence and aggregate limits. Only after the primary policy limits are exhausted do excess or umbrella policies respond.

Terms such as baseline, foundation, and frontline are not recognized technical classifications in layered insurance structures. In professional and general liability programs, organizations commonly maintain a primary layer followed by one or more excess layers to protect against catastrophic losses.

Risk financing objectives emphasize understanding policy structure, limits, attachment points, and coordination between layers to ensure adequate protection of organizational assets. Therefore, the correct term for the first layer of insurance that responds to a loss is the primary policy.

The PSDA focuses onpatient autonomy and informed decision-making, especially aroundadvance directives. It requires certain healthcare organizations to inform patients of their rights under state law to make decisions about medical care, ask whether the patient has an advance directive, document it, and avoid discrimination based on whether an advance directive exists. The Act doesnotcreate a right for patients to select any medication they want irrespective of clinical appropriateness, prescribing laws, formularies, allergies, contraindications, or standards of care. Risk management objectives here include: ensuring compliant admission workflows (education + documentation), reducing disputes through early clarification of preferences, and preventing ethical/legal breakdowns during incapacity. Operationally, PSDA compliance improves care planning, reduces unwanted treatment, and lowers complaint/litigation risk by showing the organization respected patient rights and followed required processes.

Under Health Care Risk Management standards recognized by ASHRM and the American Hospital Association Certification Center, the Safe Medical Devices Act SMDA is part of the FDA’s post market surveillance system for medical devices. The SMDA requires healthcare facilities to report to the FDA and, in some cases, to the manufacturer when a medical device has or may have caused or contributed to a patient death or serious injury. This mandatory reporting system enhances device safety monitoring and supports regulatory oversight after products enter the market.

EMTALA governs emergency medical screening and stabilization obligations, not device reporting. The Occupational Safety and Health Act focuses on workplace safety for employees rather than patient device-related injuries. Patient Safety Organizations operate under the Patient Safety and Quality Improvement Act and facilitate voluntary reporting of patient safety events, but they do not replace FDA-mandated device reporting requirements.

Legal and regulatory objectives in healthcare risk management emphasize compliance with federal reporting statutes, timely submission of required reports, and maintenance of documentation to mitigate regulatory exposure. Therefore, the Safe Medical Devices Act is the correct answer regarding mandatory FDA post market surveillance reporting for device-related deaths or injuries.

According to Health Care Risk Management standards outlined by ASHRM and the American Hospital Association Certification Center, the risk management department should establish formal policies addressing core operational responsibilities. Coordination of responses to subpoenas is a critical function involving legal compliance, protection of privileged information, and collaboration with counsel. Departmental accountability for occurrence reporting is essential to ensure proper event identification, investigation, and trending. Additionally, defining the risk management reporting process to the governing body supports board oversight and enterprise risk management responsibilities.

Responses to freedom of information requests, however, are generally governed by legal, compliance, or public information offices, particularly in public institutions subject to open records laws. While risk management may provide input if records involve claims or adverse events, primary responsibility for handling such requests typically resides outside the risk management department.

Health Care Operations objectives emphasize clearly defined departmental scope, structured reporting relationships, and alignment with governance responsibilities. Therefore, while subpoena coordination, occurrence reporting, and board reporting are appropriate policy areas for risk management, responses to freedom of information requests fall outside its primary policy development scope.

Team-based care reduces errors by improving communication, cross-monitoring, workload distribution, and escalation when risk increases. TeamSTEPPS and related patient safety evidence show teamwork training can improve safety culture and reduce clinical error rates by creating predictable behaviors—briefs, huddles, check-backs, and mutual support. From a risk management standpoint, teamwork is a high-leverage control because many serious adverse events involve coordination failures (handoffs, unclear ownership, missed deterioration). Effective teams also reduce “single-point-of-failure” risk; when one clinician misses something, another can catch it. Organizations operationalize this through standardized communication (SBAR), structured handoffs, simulation, and leadership support for psychological safety so staff speak up. Team functioning is therefore not “soft skill”—it is a measurable safety barrier that reduces preventable harm and strengthens reliability in complex, high-acuity environments.