AZ Engineering & Science

📌 Our mission is to provide exceptional engineering analysis, research, and education, empowering future STEM scholars, while delivering unparalleled solutions and support to revolutionize the field of engineering. ➡️Engineering Analysis, Research & Guidance: We deliver exceptional finite element analyses for optimized structure/device designs, covering durability, fatigue, vibration, blast analysis, impact and injury, damage mechanics, and biomechanics. ➡️ Teaching: Through our teaching services, we empower individuals with Solid Mechanics and Finite Element Analysis expertise, including software and industry application. ➡️Other services: Our services also include English-Mandarin translations of engineering and scientific materials, and guidance for career choices, courses, and life decisions. ➡️ Multilingual Proficiency: We provide all of our services in Mandarin and/or English. 📌Experience ➡️ Delivered technical consultations to clients ➡️Presented academic seminars on mechanics, FEA methods, & applications like vehicle impact, blast, Arbitrary Lagrangian-Eulerian method, random vibration fatigue, damage coupled fatigue, & biomechanics simulation ➡️ Pioneered cutting edge research like finite element aortic modeling methods of Acute Aortic Syndrome & Chronic Aortic Disease modeling. Fully considering blood clots, blood flow, & three-layer aortic walls, validated blood clot size for aortic rupture surgery decisions ➡️ Written proposals -Mitigation of Blast Injuries through Modeling and Simulation, submitted to Dept. of Defense SBIR as Principal Investigator -Predicting evolution of chronic thoracic aortic disease and aortic traumatic injury, submitted to National Institute of Health, as Principal Investigator -IDR/Collaborative Research, 3D Imaging of Tissue-like Materials Using Ultrasound-assisted Broadband Microwave Interferometry (UA-BMWI), submitted to National Science Foundation, as Co-Principal Investigator 📧 az@azengineersci.com