• Awarded prestigious Marie Skłodowska-Curie doctoral fellowship, securing funding in a highly competitive selection process where only 14% of applicants were chosen.• Developed 5 finite element models for soft tissue behavior and optimized dressing material performance.• Executed 15 finite element simulations to optimize the performance of Negative Pressure Wound Therapy systems, resulting in a 10% improvement in treatment efficiency.• Designed and created 3 phantom models to evaluate and optimize the fluid handling performance of various dressing technologies, leading to a 20% increase in overall dressing effectiveness.• Collaborated with renowned research institutions on tissue biomechanics investigation, publishing 5 research papers in top-tier journals. (University of Lille, Birmingham, Southampton, Nebraska Medical Center).• Consulted and collaborated with leading medical companies (Molnlycke, Smith & Nephew, curea medical, PAUL HARTMANN).

• Conducted cutting-edge research as part of the STINTS (Skin Tissue INTegrity under Shear) European Training Networks (ETN) project, focusing on pressure ulcer prevention and treatment. • Developed finite element models, collaborated with prestigious research institutions and industry partners, contributing to advancements in tissue biomechanics and optimizing dressing material performance, and coordinated multiple experimental-computational projects.

• Implemented and maintained a robust quality control program for laser and argon-arc welding of X-Ray tubes, resulting in a defect rate reduction of 30% and adherence to industry standards. • Collaborated closely with the mechanical engineering department to develop 10 effective solutions for product development and maintenance challenges, reducing downtime by 15%.• Supervised a team of 5 engineers and improved operational efficiency through shared welding technologies, leading to a 10% increase in productivity.• Incorporated comprehensive material quality control measures and training for engineering and quality control personnel, resulting in a 15% reduction in material wastage and cost savings.

• Led the design process and negotiated with 20+ clients as a leading engineer, ensuring effective communication and meeting client requirements.• Utilized 3D design software for detailed modeling of machinery, mechanical parts, and installations, specializing in rewinding, storage, and lifting equipment manufacturing.• Coordinated manufacturing team, reducing assembly time by 25% for complex equipment.