Interdisciplinary Safety Collaboration

Patient Safety Is Not a Single Profession’s Responsibility — It’s an Interprofessional Competency Patient safety cannot be effectively taught—or practiced—within professional silos. In real clinical settings, safe patient care depends on how well healthcare professionals work together, not how well they work alone. This is why teaching patient safety within Interprofessional Education (IPE) is no longer optional—it is essential. When medical, nursing, pharmacy, and allied health students learn with, from, and about each other, they develop: • 🛡️ A shared understanding of patient safety principles • 🗣️ Effective communication and handover skills • 🤝 Mutual respect for roles and responsibilities • 🚨 Early recognition and prevention of medical errors • 🌱 A culture of accountability, professionalism, and teamwork Patient safety education embedded in IPE prepares future healthcare professionals to: ✔ Speak up without fear ✔ Manage errors ethically and transparently ✔ Prioritize patients over hierarchy ✔ Act as role models in clinical environments Ultimately, patient safety is a mindset—and mindsets are shaped early through education. If we want safer healthcare systems, we must invest in interprofessional patient safety teaching at the undergraduate level and beyond. 👉 Safe care starts with how we educate our teams. #PatientSafety #InterprofessionalEducation #MedicalEducation #HealthcareQuality #Professionalism #TeamBasedCare #HiddenCurriculum #FacultyDevelopment

I recently contributed to “Supporting At-Risk Users Through Responsible Computing,” a report from the Computing Community Consortium (CCC) that presents a detailed research roadmap for advancing responsible computing practices that better protect individuals who face heightened exposure to technology-facilitated harm. https://lnkd.in/eu7Nezep The report outlines several near-term priorities for strengthening research capacity, including: • Creating a dynamic repository of frameworks, case studies, and evaluation tools to support safe and responsible research practices. • Establishing an interdisciplinary advisory board that can provide expert input to researchers, technologists, and policymakers working on high-risk digital safety challenges. • Supporting researcher well-being and safety, including clearer guidance on risk assessment, threat modeling, and navigating the unique professional challenges of working with sensitive topics. • Developing shared resources and training, with attention to structural factors that shape research outcomes and the responsibilities associated with studying high-risk environments. These efforts aim to reduce fragmentation in the field and enable researchers to adopt more consistent practices for studying and supporting at-risk users.

⚕️ Interoperability in disaster response where we can improve together. In recent years, I’ve had the change to take part in multiple interdisciplinary disaster exercises involving the military, Red Cross, EMS, firefighters, and police. Again and again, I notice the same challenges repeating themselves. Challenges that create friction for responders and unnecessary stress for patients. ✔️ Equipment interoperability Different services often arrive with stretchers, litters, and gear that don’t align. This leads to extra patient movements and logistical delays. Establishing common recommendations or national standards for critical equipment could greatly reduce these inefficiencies. Think stretchers, mascal bags, triage methods, tents,... ✔️ Hypothermia prevention Cold, wind, and rain don’t wait. In many exercises, I’ve seen responders struggle with basic hypothermia blankets or patients placed directly on cold ground. To the point that even role-players got hypothermia during exercises. Affordable solutions are important, but we also need to ensure equipment is fit for purpose and that responders are trained in its effective use. ✔️ Simplicity in triage and procedures During the initial chaos of a disaster, less is more. Initial triage should be decisive an extremely clear like “now, later, dead”. These are practical and reduce stress additional stress in an already stressful environment. Likewise, digital systems are helpful, but when communications fail, we must fall back on PACE planning and clearly defined roles known in advance. ✔️ Training Too often, medical leadership invests in one large exercise every two years. Several governmental institutions are tasked, massive planning efforts done, press is present,... These are valuable, but if the basics are not regularly practiced in smaller settings, individual mistakes pile up and distract from the bigger picture. Frequent, focused training on small components builds confidence and reduces friction during major joint exercises. ✔️ The way forward None of these challenges are difficult to overcome. They require collaboration, dialogue, and shared standards across organizations. By focusing on interoperability, simplicity, and practicality, we can ensure that responders are supported, and patients are protected, when it matters most. Stay Critical #NAEMT #Healthcare #medicine #TECC

Bridging the Gap: Why Clinical & Non-Clinical Collaboration Defines the Future of Hospitals In today’s evolving healthcare ecosystem, excellence is no longer driven by clinical expertise alone. It is powered by collaboration — especially between paramedics, nurses, operations teams, and non-clinical departments. A hospital does not function in silos. Patient care is a chain — and the strength of that chain depends on how well clinical operations and non-clinical operations integrate. Why This Collaboration Matters 🔹 Seamless Patient Journey From admission to discharge, operations determine flow, turnaround time, documentation, billing, logistics, and discharge efficiency. When nurses and paramedics align with operations, patient experience improves significantly. 🔹 Reduced Delays & Escalations Many so-called “clinical issues” are actually operational bottlenecks — bed allocation, transport delay, insurance approvals, documentation gaps. 🔹 Improved Safety & Quality Metrics Clinical outcomes are influenced by non-clinical systems: supply chain, biomedical maintenance, IT systems, housekeeping standards. 🔹 Staff Morale & Burnout Prevention When clinical teams feel supported operationally, stress reduces. Collaboration prevents the “us vs them” mindset. The Challenges in Integration ⚠️ Communication Barriers Different terminologies, priorities, and working styles. ⚠️ Silo Culture Clinical teams focus on patient outcomes; operations focus on efficiency and cost. Without alignment, friction builds. ⚠️ Lack of Shared KPIs If departments are measured separately, collaboration becomes optional instead of mandatory. ⚠️ Hierarchy & Perception Gaps Sometimes non-clinical teams underestimate clinical pressure; clinical teams underestimate operational constraints. The Easiest Ways to Build Strong Collaboration ✅ Common Dashboard & Shared Metrics Align on patient flow, TAT, infection control, discharge time, and patient satisfaction. ✅ Joint Rounds (Clinical + Operations) Weekly interdisciplinary walkthroughs can eliminate 50% of recurring issues. ✅ Command Center Approach Real-time escalation and problem-solving culture rather than email-based blame culture. ✅ Cross-Department Orientation Programs Let operations understand ICU workflow. Let nurses understand billing or procurement challenges. ✅ Leadership Modeling Collaboration If leadership collaborates visibly, teams will follow. In 2026 and beyond, hospital success will not be defined by infrastructure alone — but by integration. Clinical excellence + Operational intelligence = Sustainable healthcare. The question is not whether collaboration is important. The question is: Are we designing our systems to enable it? #HealthcareLeadership #HospitalManagement #NursingLeadership #OperationsExcellence #PatientExperience #QualityCare

Reliability is built where disciplines connect. We’ve made meaningful progress with nursing shared governance—but #HighReliability requires us to go further. Interdisciplinary Professional Governance is the evolution. In an HRO, safety and quality aren’t owned by one discipline—they’re co-produced at the point of care. Yet governance often remains siloed: nursing, physicians, quality, and operations working in parallel—driving variation. #InterdisciplinaryCare closes that gap. It aligns decision-making across disciplines, grounded in evidence and accountable to the same standards of reliability. But structure alone isn’t enough. This only works with #HealthcareLeadership that is authentic—because real collaboration introduces tension. Without trust, it fragments. With the right leadership, it sharpens decisions and surfaces risk early. In practice: - Interdisciplinary teams co-design care—not review it after the fact - Leaders create #PsychologicalSafety for challenge, not just agreement - Dialogue is transparent, focused on risk and outcomes - Decision rights are clear, with shared accountability Most importantly, it shifts us from “my discipline” to “our system.” That’s where reliability is built. - Less variation at the interfaces—where harm occurs - Earlier escalation of risk - A culture where speaking up and standardizing practice are expected The alternative is clear: fragmented governance and persistent normalized deviance. The opportunity is better: aligned decisions, integrated expertise, and reliable care—every time. That’s the next level of #ProfessionalGovernance. #PatientSafety #HealthcareQuality #ClinicalLeadership #HealthcareTransformation

HSE GUIDE: COLLABORATION Date: 10 January 2026 1. Purpose Collaboration in Health, Safety, and Environment (HSE) ensures that everyone on site works together to prevent incidents, protect health, and minimize environmental impact. Strong collaboration turns rules into daily practice. 2. Why Collaboration Matters in HSE ·       Improves hazard identification through shared experience. ·       Encourages early reporting of unsafe conditions and near misses. ·       Builds trust between management, supervisors, and workers. ·       Leads to safer decisions, especially during high-risk activities. 3. Key Roles in HSE Collaboration ·       Management: Provide leadership, resources, and clear expectations. ·       Supervisors: Coordinate tasks, communicate risks, and enforce controls. ·       Workers: Follow procedures, speak up about hazards, and support colleagues. ·       HSE Team: Guide, monitor compliance, and promote continuous improvement. ·       Contractors & Visitors: Align with site rules and cooperate fully. 4. Practical Ways to Improve Collaboration ·       Conduct daily toolbox talks and pre-task briefings. ·       Encourage open reporting without blame. ·       Share lessons learned from incidents and near misses. ·       Involve workers in risk assessments and method statements. ·       Maintain clear communication channels across all teams. 5. Conclusion Effective HSE collaboration is everyone’s responsibility. When people communicate, cooperate, and look out for one another, safety performance improves and incidents are reduced. A collaborative site is a safer site.

Multidisciplinarity in Fire Science: The Importance of Domain Knowledge in a Wave of New Contributions. As the Editor-in-Chief of Fire Technology journal by Springer Nature, with 26 years of experience in fire science, I want to share a few reflections on the evolving landscape of our field. Fire science is seeing a significant step up in contributions, driven by global factors such as climate change, emerging technologies like batteries, and new methods such as artificial intelligence. In multidisciplinary science, progress often depends on finding the right gates to open and building strong bridges between fields. These connections allow ideas, tools, and people to move meaningfully from one domain to another, sometimes leading to novel applications, methods, and solutions that would otherwise be inconceivable. For example, in the painting that I have selected for this post, The School of Athens (1510), Raphael celebrates the diversity and wide arch of human knowledge, uniting the sciences and the arts. At its heart is scientific progress: open debate and exchange of ideas between disciplines. As we welcome new contributions to fire science, it is essential that they meet the high standards required for true advancement in a vital discipline that deals with the safety of people, property, and the environment. Without a strong foundation in domain knowledge, even the most enthusiastic skilled efforts can fall short. Three examples come to mind: *Battery technology: Understanding electrochemistry and fire dynamics together is key to developing safe and effective devices. *Wildfires: A bridge from combustion science leads into the understanding of wildfires, and it is crucial that we build on existing knowledge in both fields to ensure meaningful progress. *Artificial intelligence: AI and machine learning offer powerful tools, but their application in fire science must be grounded in domain knowledge to avoid solutions that are short-sighted or superfluous. Newcomers to the fire community, regardless of background, should read our literature and study the foundational textbooks that underpin our understanding of fire phenomena and how to bring safety to society. Our field is sometimes fragmented, so it is important to be curious, connect the dots, ask questions, and seek the right partnerships: talk to fire scientists, fire engineers, and practitioners; attend conferences and meetings; learn, listen, and share back your ideas and findings. In conclusion, as Editor-in-Chief and a firm supporter of multidisciplinary research, I share these reflections to encourage deeper engagement with existing domain knowledge in fire science. Let us keep our efforts grounded, and our contributions relevant, as we move forward together. #FireScience #Engineering #Research #Publishing

The United Nations estimates that globally 3.6 billion people already live in areas highly vulnerable to climate change, while many communities across the world still lack access to effective multi-hazard early warning systems. Now this is where interdisciplinary collaboration becomes essential. Technology helps us detect patterns, anticipate hazards, and strengthen preparedness at unprecedented scales. Anthropology helps us understand how people experience risk, whom they trust, how they respond to warnings, and why some interventions succeed while others fail despite strong technical design. In climate and disaster governance, data is never just data. It is shaped by language, mobility, culture, inequality, access, memory, and lived realities. An early warning system is strongest when technological innovation works alongside community knowledge and social understanding: - when warnings are accessible - when communication reflects local realities - when vulnerable groups are not rendered invisible - when systems are designed with people, not only for them My anthropology training at SOAS Department of Anthropology and Sociology at SOAS University of London profoundly shaped how I approach resilience and ethical AI. It taught me to pay attention not only to infrastructure and systems, but also to human experiences, relationships, and everyday realities that often determine whether policies truly work on the ground. The future of resilience, in many ways, will depend on our ability to bring different forms of knowledge into conversation with one another. Not technology OR human understanding, but technology AND human understanding both working together !