Health Professions of Technical Sciences (diagnostic) - Viterbo - ASL Viterbo

Educational objectives

Provide knowledge of the laws governing the organization and financing of the National Health Service (SSN) and Regional Health Services. Legislative evolution: Analyze the impact of healthcare reforms on the day-to-day management of hospital wards and trusts. 2. Management of Professional Liability (Civil and Criminal). Application of the Gelli-Bianco Law: Examine in depth the protections and obligations established by the law on patient safety, distinguishing between the healthcare facility's contractual liability and the practitioner's non-contractual liability. Risk prevention: Provide tools to minimize professional negligence, reduce the practice of defensive medicine, and ensure compliance with official guidelines. Analysis of real-world cases: Develop the ability to interpret court rulings and legal claims related to malpractice or iatrogenic injury. 3. Informed Consent and Professional Ethics. Patient self-determination: Understand the legal limits and mandatory nature of obtaining informed consent, in order to safeguard the right to self-determination. Codes of ethics: Integrate legal obligations with ethical considerations and conduct standards specific to technical, nursing, or rehabilitation professions. 4. Skills for Management and Technical Consulting. Role of Court-Appointed Technical Consultant (CTU) and Expert Witness: Understand the functions of a professional holding a master's degree when appointed by judicial authorities to serve as a Court-Appointed Technical Consultant or Expert Witness in healthcare-related litigation.

Educational objectives

Learning objective: To understand workflow organization and technological implementation in advanced genetic and molecular diagnostic laboratories. Key topics: Management of structural and safety requirements for genetic testing (e.g., PGT or NGS sequencing), genetic counseling, and digital traceability of biological samples. 2. Clinical Pathology (MED/05 - 1 CFU) Learning objective: To acquire management models related to Laboratory Medicine and the optimization of operational phases in in vitro diagnostics. Key topics: Control of analytical variability, management of pre-analytical and post-analytical phases, laboratory automation (Total Laboratory Automation), and management of reporting times (Turn-Around Time). 3. Medical and Laboratory Technical Sciences (MED/46 - 2 CFU) Learning objective: To gain in-depth knowledge of the physical and technological organization of laboratories and the optimal allocation of technical staff. Key topics: Definition of competency profiles for biomedical professions, drafting of Standard Operating Procedures (SOPs), and management of institutional accreditation systems (ISO standards). 4. Applied Medical Technical Sciences (MED/50 - 2 CFU) Learning objective: To develop specific management skills for integrating complex diagnostic services at both hospital and community levels. Key topics: Health Technology Assessment (HTA), and planning for the maintenance and replacement of major radiological or laboratory equipment. 5. Parasitology and Parasitic Diseases (VET/06 - 1 ECTS) Learning objective: To outline the organization and specific biosafety standards for microbiology and parasitology laboratories. Key topics: Management of laboratory biohazards (containment, advanced PPE), epidemiological sampling procedures, and reporting workflows for infectious and parasitic diseases.

Educational objectives

Evidence-Based Practice (EBP) and Quality Review – Critical literature appraisal: Develop the ability to search international biomedical databases (such as PubMed or Embase) and critically evaluate the scientific evidence found. Guideline application: Use the scientific method to verify whether diagnostic protocols currently used in the department are up-to-date and compliant with international quality and safety standards. 3. Clinical Informatics and Data Flow Systems – Information processing: Gain a deeper understanding of information systems (LIS, RIS, PACS) as internal mini-databases useful for extracting study samples and conducting epidemiological research. Specialized software: Learn to use applications for managing bibliographic citations and performing basic descriptive statistical analysis. 4. Ethics and Scientific Writing – Research bioethics: Understand the national and international regulations governing clinical trials and the protection of sensitive patient data (e.g., the authorization process involving the Ethics Committee). Paper and project drafting: Develop the technical writing skills required to draft a research protocol or structure a scientific article for submission to indexed journals (peer review).

Educational objectives

Develop professional empathy while preventing the risk of burnout. Acquire health counseling techniques aimed at improving treatment adherence and promoting healthy lifestyles. Recognize the psychological impact of pain and disability to ensure a truly holistic approach to the individual.

Educational objectives

Formulation of the research question using the PICO model (Patient, Intervention, Comparison, Outcome). Structuring of study designs (cohort studies, case-control studies, randomized clinical trials). Inferential and descriptive statistics applied to laboratory and diagnostic imaging data. 2. Evidence-Based Practice (EBP) and Guidelines. Objective: To teach how to translate international research findings into the daily operational practice of technical professions. Key contents: Advanced strategies for literature and database searching (PubMed, Cochrane Library). Critical appraisal of scientific articles and extraction of robust evidence. Implementation and local adaptation of guidelines to ensure patient safety and the appropriateness of services. 3. Quality Assessment and Review (Clinical Governance). Objective: To convey methodological models for measuring, monitoring, and improving care standards and the safety of diagnostic processes. Key contents: Application of the Donabedian Model, focusing on the Structure-Process-Outcome triad. Definition and monitoring of performance and quality indicators (e.g., reporting times, pre-analytical error rates, equipment compliance). Continuous improvement tools: clinical audit cycles, monitoring of sentinel events, and clinical risk management techniques.

Educational objectives

Epidemiological Surveillance and Monitoring of Health Phenomena. Health Measurement: Ability to interpret disease frequency measures (incidence and prevalence) and identify population health determinants. Information Flows: Utilizing data streams from laboratories and diagnostic activities for epidemiological purposes, contributing to the surveillance of infectious and chronic-degenerative diseases. 2. Planning Levels of Prevention in Diagnostic Services. Primary Prevention: Defining protocols and intervention measures aimed at eliminating or reducing exposure to environmental and biological risk factors within diagnostic facilities. Secondary Prevention and Screening: Organizing, managing, and evaluating the effectiveness of diagnostic workflows in mass screening programs (e.g., cancer or genetic screening campaigns) to ensure timely and high-quality early diagnosis. Quaternary Prevention: Overseeing the appropriateness of diagnostic services to avoid over-testing and unnecessary over-medicalization of the patient. 3. Prevention of Occupational Risks (Health and Safety). Risk Assessment: Developing skills to identify and assess specific chemical, physical, and biological risks to which technical-medical staff are exposed within laboratories. Prophylaxis: Adopting and enforcing guidelines regarding biosafety, proper management of personal protective equipment (PPE), and decontamination procedures. 4. Impact Assessment and Evidence-Based Public Health. Evidence-Based Policy: Applying findings from international epidemiological research to propose organizational reforms or the introduction of new diagnostic technologies that are safer and more efficient for public health.

Educational objectives

Health Service Management: Developing skills to optimize human, technological, and financial resources; conducting organizational analysis and using indicators to evaluate service efficiency and effectiveness. Technological and Digital Innovation: Understanding and applying advanced technologies (e.g., telemedicine, electronic health records, artificial intelligence) to both patient care and clinical risk management. Education and Tutoring: Designing training programs, facilitating continuous staff education (ECM), and managing tutoring for students during clinical placements. Evidence-Based Practice (EBP): Translating scientific research findings into daily clinical and organizational practice.

Educational objectives

Teaching Methods and Special Pedagogy (M-PED/03 - 2 ECTS credits) Learning objective: To understand and apply adult learning models (andragogy) within healthcare organizations. Key topics: Study of experiential learning and reflective learning theories; design of active teaching methods (group work, case studies, simulations); development and management of communities of practice in laboratory and diagnostic settings. 2. Work and Organizational Psychology (M-PSI/06 - 2 ECTS credits) Learning objective: To acquire the psychological and relational skills needed to manage training processes, staff motivation, and team dynamics. Key topics: Analysis of organizational climate and culture within diagnostic healthcare services; leadership dynamics and conflict management in multidisciplinary work groups; assessment of training needs and analysis of workforce potential and well-being. 3. Nursing Sciences and Neuro-Psychiatric/Rehabilitative Techniques (MED/48 - 2 ECTS credits) Learning objective: To apply pedagogical and teaching methods to the practical context of healthcare professions, structuring professional training pathways.

Educational objectives

Understanding Corporatization and Governance. Governance Models: Analyzing the evolution and operational mechanisms of Local Health Authorities (ASL) and Hospital Trusts, while upholding welfare principles. Planning and Control: Providing the foundations for understanding strategic planning, management, and the scheduling of healthcare activities. 2. Effective Resource Management (Human and Financial). Staff Organization: Providing introductory skills in human resource management, organizational analysis, and the planning and coordination of work shifts. Cost Optimization: Introducing concepts of economic sustainability, allocation of available resources, and budget monitoring for departments or complex operational units (UOC). 3. Quality and Performance Assessment. Outcome Indicators: Enabling students to analyze processes and monitor care performance (evaluating outcomes and health levels). Strategic Analysis: Introducing common management tools—such as SWOT analysis applied to healthcare organizations—to identify strengths and areas for service improvement. 4. Innovation and Continuity of Care. Organizational Models: Studying hospital-community integration methods and models designed to ensure continuity of patient care. Digitalization (Healthcare 4.0): Understanding the impact of technological innovation, telemedicine, and health information systems on workflow management.

Educational objectives

Biomedical Sciences: Explores the molecular, pathophysiological, and genetic foundations required to understand the latest advances in research and in instrumental or laboratory diagnostics. Organizational Aspects: Provides tools essential to healthcare management, such as organizational structure, economics, human resources management, forensic medicine, and quality assessment of services. Educational Aspects: Focuses on educational design, pedagogy applied to healthcare professions, the management of learning groups, and continuing education.

Educational objectives

Understand the organization of departments and services. Apply safety and prevention protocols (e.g., infection risk, manual handling of loads). Develop initial basic practical skills under supervision. Adopt an ethical and relational approach with the patient and the multidisciplinary team.

Educational objectives

Organizational Design: Develop the ability to design workflows within a diagnostic unit (e.g., laboratories, radiology departments, neurophysiology units). Budgeting and Resources: Practice resource allocation, the drafting of equipment maintenance plans, and the management of shift-based staff. Indicator Development: Learn to create and monitor performance indicator dashboards and quality assessment scorecards. 2. Clinical Audit and Risk Management Simulation – Error Analysis: Conduct Clinical Audit or Root Cause Analysis (RCA) simulations based on real or hypothetical cases of diagnostic error to identify organizational system flaws. Procedure Drafting: Design operational protocols, work instructions, and safety checklists to prevent iatrogenic and biological risks in diagnostic services. 3. Teaching and Tutoring Skills (Micro-teaching) – Training Design: Gain experience in planning a training program for undergraduate students in technical degree courses. Teaching Simulation: Practice micro-teaching techniques and group facilitation, while developing assessment skills and clinical tutoring methodologies. 4. Research Methodology and Standardization – Scientific Writing and Analysis: Practice drafting applied research protocols and critically reviewing international scientific literature (Evidence-Based Practice). IT and Data Flows: Use simulated complex healthcare information systems (RIS, PACS, LIS) to optimize and control diagnostic processes.

Educational objectives

Exploration of specialized niches: Introducing the student to cutting-edge or highly specialized topics (e.g., artificial intelligence in medicine, advanced diagnostic techniques, or precision medicine). Career guidance: Enabling students to navigate various clinical, research, or patient care settings to facilitate the choice of a future specialization.

Educational objectives

Clinical-technical reading and translation: Ability to independently analyze abstracts, publications, and international guidelines written in a foreign language (predominantly English). Understanding of sector-specific vocabulary: Mastery of technical terms and specialized scientific terminology related to diagnostic and biomedical disciplines. 2. Autonomy in Bibliographic Research (Evidence-Based Practice) Research tools: Ability to formulate effective search queries to retrieve up-to-date scientific evidence from major global biomedical databases such as PubMed and Cochrane. Continuous professional development: Ability to use the language as a primary vehicle for implementing best organizational practices and technological innovation in laboratories. 3. Development and preparation of project work and the thesis Supporting experimental research: Ability to summarize and integrate data from international literature into one's final thesis.

Educational objectives

Practical Test: Consists of the simulation or resolution of a clinical-care case (or of another nature based on the specific profile) to demonstrate possession of the operational skills acquired during the internship and the study path. Thesis Defense: Theoretical, applicative or experimental work that is discussed in front of a degree commission