The project aims to create an affordable, modular, and scalable simulation environment to enhance clinical skill acquisition in high-impact medical domains. Utilizing open-source hardware/software, 3D printing, and modular architecture, this initiative will support competency-based training in CPR, respiratory interventions, vascular access, emergency care, interventional procedures, and ultrasound diagnostics. The CPR module features a mannequin with integrated CPR meter, spontaneous respiration and carotid pulse simulators, ECG simulation, and a CPR vest for real-time feedback, with mobile app integration for monitoring. The respiratory module includes airway management systems, lung isolation techniques, ultrasound training, and intercostal drain insertion modules, while the cath lab module offers realistic simulation of coronary, cerebral, and peripheral vascular interventions using 3D printed anatomical models. Emergency and critical care modules incorporate skill trainers for airway and procedural tasks, and simulators for dynamic hemodynamic and ventilatory waveform responses, along with advanced cardiac and neuro-monitoring. Vascular access mannequins support peripheral and central line insertion via both landmark-based and ultrasound-guided techniques. The ultrasound module enables realistic simulation of POCUS, transthoracic, and transesophageal echocardiography with a focus on hands-on insonation practice.