Educational Simulations

Most people think gaming and training simulation have nothing in common. After 20+ years in AAA, and working on real-world simulation projects at Endava, I’ve learned the opposite — the tech and design principles that keep millions of players engaged can transform training platforms too. Lesson 1 — Real-time feedback matters. Instant responses keep players engaged. In training simulations, real-time feedback ensures learners understand consequences and can adjust behavior immediately. Lesson 2 — Storytelling drives learning. Narrative creates emotional connection. Even in simulations, framing exercises as meaningful stories dramatically improves retention and engagement. Lesson 3 — Iterate live, not in isolation. Games evolve via patches. Training platforms benefit from the same agile, user-driven approach — testing, refining, and optimizing exercises in real time. I believe the next big innovations in training simulation will come from leaders willing to borrow from interactive entertainment. What crossover lessons have you seen between gaming and training? #Simulation #Training #AI #Gaming #Innovation

Back when I was teaching college students, we had one high-fidelity manikin that cost over $100,000 (never used it, the simtech wouldn’t let us touch it and it was always broken), two $60,000 SynDavers (used once in two years because they were always moldy), and task trainers used daily. It looked like an impressive setup, sure, but it came with its own problems and students did not benefit even monthly from all these assets. Limited access. Technical issues. Scheduling conflicts. Key person risk. If a class of 20 needed hands-on time, all hands were on deck, we had to rotate, wait, and hope nothing malfunctioned. What struck me most was how often the appearance of innovation masked the absence of real learning. The gear looked impressive, made for great brochures and funding proposals—but students weren’t practicing. They were observing. Watching others rotate through stations, sometimes getting just minutes of hands-on time in an entire semester. We weren’t training confident clinicians—we were producing anxious ones who’d barely touched the complex manikins that were supposed to represent the real humans they’d be expected to treat in the field. The idea of “fail-safe” learning? It didn’t exist. Every rep felt like a privilege, not a right. Students felt like they were on stage, couldn’t fail, and had one shot to get it right on their first try. Fast forward to today: I joined VRpatients because I knew we could do better. Now, for a fraction of the price of a single manikin, schools can provide all students unlimited access to immersive, AI-powered simulations 24/7. This doesn’t replace the manikin, it replaces the need to rely on complex, temperamental, over-engineered machines for frequent simulations. Save those for testing day and let them practice! We’ve worked with colleges scaling to thousands of healthcare students across the country, learning on thousands of custom-built simulations, logging hours-upon-hours of virtual simulation every week. And no one threw the baby manikin out with the bathwater. It’s AI simulation on-demand, accessible from anywhere, realistic, and built to scale competency training, not just a check box. The new tool in the toolbox for clinical education. VRpatients #nursing #nurse #simulation #VR #MR #XR #AI #PhysioLogicAI

𝗧𝗼𝗱𝗮𝘆 𝘄𝗮𝘀 𝗼𝗻𝗲 𝗼𝗳 𝘁𝗵𝗼𝘀𝗲 𝘀𝗽𝗲𝗰𝗶𝗮𝗹 𝗱𝗮𝘆𝘀 𝘄𝗵𝗲𝗿𝗲 𝘁𝗵𝗲𝗼𝗿𝘆 𝘁𝗿𝘂𝗹𝘆 𝗰𝗮𝗺𝗲 𝘁𝗼 𝗹𝗶𝗳𝗲! As part of my clinical training program, I got to experience something I’d only read about—𝗮 𝘀𝗶𝗺𝘂𝗹𝗮𝘁𝗶𝗼𝗻 𝗿𝗼𝗼𝗺. Typically used for medical students, this space is now being recognized as equally beneficial for Clinical training for M.phil Clinical Psychology as well. And honestly, I can’t agree more! The simulation room is where you directly interact with high-fidelity mannequins( see the third image) These aren’t just your regular dummies—they breathe, move, speak, and even change their mood or symptoms. It feels like a real life setting. Supervisors, from behind a reflective glass in the control room, can adjust the scenarios on the go, making it as intense and real as possible( img. 1) Imagine counseling a pregnant woman talking about postpartum depression or handling a substance use patient or someone having a panic attack? with changing symptoms—every situation demands quick thinking and application of our skills. What made it even more fascinating was the reflective process. Cameras can record our interactions, and later, we can sit down to review, discuss, and reflect on what we did well, what could have been better, and how we can handle similar situations in the future. We also explored other spaces, like a skill-building room, debriefing room etc. where more situations can be played. The ability to change parts of the mannequins, such as simulating trauma or heart palpitations, added another level of detail to the training making it a real possible scenario where as psychologists we can be placed and given the responsibility to counsel not just the patient's but family members as well. One of the discussions during this session really stuck with me—a study showed that students who train partly in simulation rooms and partly in practical settings perform just as well as those who train entirely in practical settings. This makes the incorporation of simulation rooms into our curriculum such an exciting development as it not only gives us more opportunities to refine our skills but we can afford to make errors and learn through them. We know psychology is a multidisciplinary field. If this continues, simulation rooms can actually revolutionize skill-building among psychologists. By blending modern technology with psychological principles, we can create a stimulating yet active learning environment. I can't wait for it to become a permanent part of our training. 𝑷𝒍𝒆𝒂𝒔𝒆 𝒏𝒐𝒕𝒆: 𝑻𝒉𝒆 𝒊𝒎𝒂𝒈𝒆𝒔 𝒔𝒉𝒂𝒓𝒆𝒅 𝒉𝒆𝒓𝒆 𝒂𝒓𝒆 𝒇𝒐𝒓 𝒆𝒅𝒖𝒄𝒂𝒕𝒊𝒐𝒏𝒂𝒍 𝒑𝒖𝒓𝒑𝒐𝒔𝒆𝒔 𝒐𝒏𝒍𝒚.

People ask me why simulations matter so much to Chief Learning Officers. If you think about the pecking order of training, face-to-face is usually seen as the gold standard. Simulation sits right behind it. In some cases, it’s actually better. That surprises people until you break it down. Simulations work because: • You can repeat them as many times as you need until you get it right • They create psychological safety. You can try things you’d never try role-playing with your boss • They scale in ways that face-to-face training just can’t Take sales. The CRO at a fortune 500 company would love to bring 25,000 sales reps together to role-play, but that’s a $30M problem. It’s just not practical. Scale isn’t just for massive enterprises. Even a 200-person, distributed company runs into the same question: how do you give everyone real practice, quickly, no matter where they are? One example is negotiation. You might negotiate your salary five or six times in your entire career. A recruiter or HR leader has that conversation 150 or 200 times. That gap matters. Simulations let people practice high-stakes conversations they rarely get to rehearse in real life. That’s why simulations resonate so strongly with learning leaders. They don't aim to replace humans. They give people safe, scalable ways to build real skills.

How Did You Learn First Aid? Was your first aid training a series of PDF slides and "click next" videos? Did it feel like information was flying past without sticking? First aid is one of the most critical skills anyone can have, yet traditional learning methods alone often fail to make it truly memorable. That’s why complementing these methods with experiential learning is key to transforming understanding into long-lasting knowledge. Custom-made simulations are an excellent way to enhance first aid training by providing highly tailored, realistic scenarios that closely align with specific needs or environments. These experiences engage learners deeply, allowing them to practice critical skills in context. However, the challenge lies in scalability—custom simulations are often expensive to develop, requiring significant time and resources to create. Additionally, they may lack repeatability, as once the simulation is completed, it can be difficult to modify or adapt without incurring further costs. This makes them a valuable but sometimes impractical option for organizations looking to train large groups or sustain long-term learning initiatives. Balancing customization with accessibility is key to making first aid training both impactful and sustainable. The solution to bridging the gap lies in supplementing high-quality simulation training with interactive, contextually relevant no-code platforms that empower educators—not developers—to design active learning engagements. These platforms allow educators to create customized scenarios that are flexible, scalable, and cost-effective while maintaining high engagement levels. By integrating features that force learners into retrieval practice, these tools reinforce knowledge retention and application in a meaningful way. These images showcase a new approach to first aid training, guiding learners through a series of carefully aligned learning outcomes. Each scenario is designed to provide hands-on, contextually relevant, and interactive experiences that push beyond the traditional PDF, video, or PowerPoint slide, but not replace these modalities. The beauty of this method lies in its variety—offering learners critical thinking opportunities that are thought-provoking, immersive, and highly engaging. From scanning a room to identify PPE, to interacting with AI avatars about legal responsibilities, to prioritizing actions in life-saving scenarios, these experiences make first aid training unforgettable and impactful. What’s even more exciting is how easily these simulations can be designed by educators using no-code platforms. With these tools, teachers and trainers can create tailored, active learning engagements without needing advanced technical expertise. By combining real-world context, interactivity, and accessibility, this approach ensures that first aid education becomes a dynamic, learner-driven process that empowers participants to act with confidence when it matters most.

After helping 50+ universities set up VR labs I’ve seen one truth. Immersive practice changes everything! Today, I’m sharing my 2025 tips on using VR for training—all based on real student outcomes. (Save and repost this for your faculty ♻️) 1️⃣ DANGEROUS SCENARIOS (Safety Imperative) → If it’s risky in real life, practice it in VR first. → Slash liability, boost confidence with hands-on simulations of high-stakes procedures. 2️⃣ IMPOSSIBLE SCENARIOS (Rarity Solution) → Expose students to anomalies they’d encounter once in their career—in VR, they can tackle them again and again. → Clinical or engineering oddities? Let them say “I’ve done this before!” 3️⃣ COUNTERPRODUCTIVE TRAINING (Failure Advantage) → Complex skills demand mistakes to learn. Let them fail big in VR—no real-world consequences. → Every expert was once a beginner who messed up (a lot). VR just makes it safer. 4️⃣ EXPENSIVE EQUIPMENT (Budget Saver) → Don’t risk a $1M MRI or $25K flight simulator. → Replicate pricey hardware in VR to save on repair costs and maximize practice time. 💡 Implementation Checklist: 1. Focus on learning goals, not fancy gadgets. 2. Integrate VR seamlessly into your existing curriculum. 3. Train your faculty—lack of educator buy-in is a VR killer. I often recommend DICE for 95% of the institutions I work with—solid gold, seriously. Pro Tip: Track performance metrics for every VR module. This data becomes powerful proof for funding, accreditation, and continuous program improvement. I’m here to help you make the jump from classroom theory to immersive reality—minus the stress. Virtual handshake 🤝 and cheers to effective, future-proof VR in higher ed! P.S. Ask me anything about higher ed VR implementation :) #virtualreality #edtech #vr #highereducation #vrtraining

What if students could create their own science simulations with AI? I've been exploring how AI can help create interactive science simulations without writing any code. Using tools like Claude, I recently developed three simulations that bring complex concepts to life: wave interference patterns, flocking bird behavior, and sound wave propagation. These simulations do more than just look impressive. They actively challenge common student misconceptions about physics and biology. For instance, the sound wave visualization clearly shows how energy moves while molecules stay relatively stationary - a fundamental concept many learners struggle with. What excites me most is how this technology gives educators and learners creative superpowers. If a non-programmer like me can create accurate scientific simulations, imagine what students could build to demonstrate their understanding? Link in the comments for the full post with interactive simulations.

Top Simulation Tools Every ECE Student Should Know Communication & Networks • OMNeT++ – Network and protocol simulation • Commsim – Analog/digital link and channel modeling • Cisco Packet Tracer – Network design and routing simulation • NS2 / NS3 – Communication system and protocol simulation Circuits & Mixed-Signal • LTSpice – Fast and free SPICE simulator • PSpice – Industry-standard circuit simulation • Multisim – Schematic-based circuit design and simulation • ngspice – Open-source mixed-signal simulator Electromagnetics & RF • ANSYS Electronics Suite – EM, RF, signal integrity, power integrity • HFSS – High-frequency structure and antenna simulation • Momentum – Planar EM simulation for RF and microwave circuits Digital, HDL & FPGA • ModelSim – Verilog/VHDL simulation • Verilator – High-speed open-source HDL simulator • Xilinx Vivado – FPGA design and simulation tools System-Level & Multi-Domain • MATLAB / Simulink – DSP, signals, control, communication algorithms • OpenModelica – Multi-domain system modeling and simulation #ECE #ElectronicsEngineering #VLSI #Semiconductors #Networking #FPGA #RFEngineering #CircuitDesign #EngineeringTools #SimulationSoftware

Simulation: Transforming Anesthesia and Medical Education Simulation has evolved from a supplementary tool to a core pillar of modern medical training. In anesthesia, where precision, timing, and crisis management define outcomes, simulation offers a unique platform to enhance both technical and non-technical skills. Why Simulation Matters in Anesthesia? • Risk-free learning environment: Allows trainees to manage rare but critical scenarios (e.g., malignant hyperthermia, airway emergencies) without compromising patient safety. • Enhanced decision-making: Real-time feedback and debriefing reinforce clinical reasoning. • Non-technical skill development: Communication, leadership, and crisis resource management (CRM) are trained alongside procedural skills. Broader Impact on Medicine • Improves team coordination across disciplines—from operating rooms to emergency departments. • Supports competency-based medical education (CBME) by offering measurable outcomes. • Enables interprofessional learning, bridging the gap between physicians, nurses, and allied health professionals. Future Direction With the integration of high-fidelity mannequins, virtual reality (VR), and AI-driven scenarios, simulation is no longer about rehearsal—it’s about reshaping the culture of safety and excellence in healthcare. How does your institution integrate simulation into routine training? #AnesthesiaEducation #SimulationTraining #PatientSafety #MedicalEducation

New Publication Preclinical dental education is rapidly evolving with immersive technologies — and our latest multi-institutional study, now published in Global Medical Education, provides fresh evidence on how Virtual Reality Dental Simulation (VRDS) supports skill development in crown preparation. Together with colleagues from Qatar University , Ankara Üniversitesi University, and the University of Plymouth , we evaluated the perceptions of 181 dental students using VR-based haptic simulators compared with traditional mannequin training. 🔍 Key Insights from the Study: • VRDS significantly enhances confidence, fine motor skills, and opportunities for risk-free repeated practice. • Students emphasized the value of haptic feedback and multi-dimensional assessment tools. • VR training is viewed as a powerful supplement to conventional preclinical education — though not yet a full replacement, especially regarding tactile realism. • Institutional differences highlight the importance of peer learning culture, access to lab facilities, and curricular integration. 🎯 Why It Matters: As dental education embraces innovation, VR-based simulation can strengthen early technical skill acquisition, optimize resources, reduce consumable waste, and ultimately help prepare more confident, competent clinicians. I am proud to have contributed to this collaborative research bridging Türkiye, Qatar, and the UK — and grateful to all students, educators, and colleagues who supported the study. 🔗 Open Access Article: https://lnkd.in/dTRfufm3 #DentalEducation #VirtualReality #SimulationBasedLearning #Prosthodontics #HapticTechnology #DentalTraining #InnovationInDentistry #AnkaraUniversity #GlobalCollaboration