A focused POCUS course for ICU nurses combining lecture-on-demand and hands-on training. Covers three essential skills: ultrasound-guided IV insertion, bladder volume assessment, and gastric content evaluation for aspiration risk. Designed for real ICU workflow to improve safety, speed decisions, and boost nurse confidence.

A high-yield, practical course that strips mechanical ventilation down to what matters at the bedside. Learn essential modes, settings, and troubleshooting through clear on-demand lectures and hands-on sessions. Built for ICU staff who want real confidence, smarter decisions, and zero guesswork on the ventilator.

ADVANCED MECHANICAL VENTILATION A deeper, smarter approach to life-support in the sickest patients. A high-level course designed for ICU clinicians who want mastery beyond the basics. Learn advanced modes, patient–ventilator synchrony, driving pressure, mechanics, lung-protective strategies, and troubleshooting complex cases. Delivered through on-demand lectures and hands-on simulation for real bedside precision and expert-level decision-making.

A fast, focused course on using point-of-care ultrasound to make sharper, faster decisions in critical care. Learn essential cardiac, lung, abdomen, and vascular scans through clear on-demand lectures and hands-on practice. Designed for ICU clinicians who want real-time assessment skills that upgrade safety, accuracy, and confidence at the bedside.

A focused, high-yield introduction to ECMO for ICU clinicians. Learn indications, patient selection, circuit basics, troubleshooting, and bedside management through clear on-demand lectures and hands-on demos. Built to give teams practical confidence in recognizing when to escalate and how to safely manage patients on ECMO.

A comprehensive course on CPAP and BiPAP for acute respiratory failure. Learn how to choose modes, set pressures, optimize patient–mask interface, prevent complications, and recognize early signs of NIV failure. Built for clinicians who manage COPD, cardiogenic edema, and hypoxemic distress in resource-limited ICUs.

A detailed guide to high-flow therapy covering flow–FiO₂ strategies, mechanisms of washout and PEEP effect, indicators of success, ROX index use, and escalation criteria. Designed to help clinicians manage severe hypoxemia confidently, avoid unnecessary intubations, and deliver safe, evidence-based respiratory support.

A practical, step-by-step course on safe proning for severe hypoxemia and ARDS. Learn team roles, contraindications, pressure-injury prevention, sedation and paralysis considerations, hemodynamic stability checks, ventilation adjustments, and monitoring before, during, and after the prone cycle. Designed to build confidence in performing proning safely in any ICU setting.

A detailed course on ARDS recognition and lung-protective strategies. Learn driving pressure, recruitment, PEEP titration, prone-positioning steps, team roles, contraindications, and monitoring. Built to improve oxygenation and reduce ventilator injury.

A comprehensive, bedside-focused course on recognizing and managing respiratory failure. Learn the differences between hypoxemic, hypercapnic, and mixed failure; identify red flags; choose appropriate oxygenation and ventilation strategies and apply evidence-based interventions to stabilize critically ill patients in any ICU setting.

A sensitive, protocol-based course on identifying potential donors, stabilizing organ function, avoiding physiologic deterioration, and communicating with families. Helps clinicians support ethical, efficient, and compassionate donor management.

A focused, high-value course on ECG interpretation in critically ill patients. Learn rapid rhythm identification, dangerous ST-T abnormalities, electrolyte-related changes, and patterns of shock and hypoxia. Gain confidence recognizing life-threatening conditions that demand immediate intervention.

A practical course on acute dialysis in critical illness. Covers indications, modality selection, ultrafiltration strategies, anticoagulation, access issues, and recognition of common circuit problems. Ideal for clinicians initiating or co-managing CRRT or IHD in unstable, multi-organ failure patients.

A practical introduction to CT interpretation for ICU emergencies. Covers brain bleeds, strokes, PE patterns, lung pathology, abdominal catastrophes, and identifying life-threatening findings. Ideal for clinicians without radiology support on-site.

A clear, beginner-friendly guide to ICU chest X-ray interpretation. Learn systemic reading approaches, detection of tubes/lines, consolidation patterns, pneumothorax, ARDS, edema, effusion, and emergency red flags that require immediate action.

A structured, stepwise approach to ABG analysis. Learn acid-base patterns, compensation rules, mixed disorders, oxygenation indices, ventilator adjustments, and case-based application. Perfect for clinicians who want confident, rapid bedside interpretation.

A rapid-assessment course for sudden neurologic decline. Covers GCS interpretation, focal deficits, stroke identification, seizure management, herniation signs, ICP principles, CT red flags, and emergency steps that prevent irreversible brain injury.

A detailed introduction to recognizing and preventing PICS. Covers early mobility, cognitive protection, delirium reduction, family support, communication strategies, and post-discharge follow-up. Helps clinicians reduce long-term physical and psychological decline.

A practical course on implementing the ABCDEF bundle. Covers daily awakening, spontaneous breathing trials, mobilization, delirium prevention, family engagement, and sedation optimization. Designed to reduce ventilation days, complications, and long-term disability.

A comprehensive approach to delirium prevention and sedation control. Learn CAM-ICU screening, analgesia-first strategies, sedative selection, sleep preservation, mobilization, and minimizing cognitive harm. Ideal for improving patient comfort and ICU outcomes.

A practical course on feeding the critically ill. Learn when to start, how to calculate targets, choose formulas, balance enteral and parenteral routes, and manage interruptions. Includes nutrition strategies for ARDS, sepsis, renal failure, and high-risk malnourished patients.

A deep, physiology-driven guide to shock evaluation and management. Understand perfusion markers, fluid responsiveness, pressor selection, oxygen delivery, lactate trends, and bedside hemodynamic frameworks—with or without POCUS. Built to sharpen real-time ICU decision-making

A streamlined trauma course for non-trauma hospitals. Covers early assessment, hemodynamic stabilization, thoracic injuries, shock control, FAST use, airway priorities, transfusion basics, and timely transfer decisions to prevent secondary injury and deterioration.

A focused guide to early burn care. Learn fluid resuscitation using Parkland principles, identification of inhalational injury, airway precautions, wound care basics, analgesia, infection control, and ICU monitoring to prevent complications in severe burns.

A high-yield tox course centered on local realities. Covers pesticide poisoning, snakebite management, drug overdoses, street-drug complications, essential antidotes, decontamination steps, and stabilization principles for resource-limited emergency and ICU settings.

A complete ICU-focused approach to airway safety, including RSI sequencing, preoxygenation, apnea strategies, difficult airway planning, and rescue maneuvers. Learn to anticipate failure, manage physiologic instability, use checklists, and perform safe intubations in critically ill, high-risk patients.

A practical course on acute dialysis in critical illness. Covers indications, modality selection, ultrafiltration strategies, anticoagulation, access issues, and recognition of common circuit problems. Ideal for clinicians initiating or co-managing CRRT or IHD in unstable, multi-organ failure patients.

A complete, evidence-based course on early sepsis recognition and management. Covers rapid assessment, antibiotic timing, fluid strategies, vasopressors, source control, lactate interpretation, and practical bedside workflows. Designed for ICUs with limited diagnostics and high sepsis burden.