Md Saiful Islam Email & Phone Number

Lafayette, LA, US

Lafayette, Louisiana, United States

• Led pivotal research in orthopedic biomechanics, utilizing computational simulations and experimental methods to innovate in soft material applications and stress analysis for medical devices.
• Developed a sophisticated finite element model that simulates mechanical behaviors of soft materials under diverse conditions, essential for the design and enhancement of flexible biomedical implants.
• Explored the mechanical pathways of cartilage degradation, providing insights that inform the development of resilient and adaptive materials for long-term orthopedic solutions.
• Integrated machine learning techniques to accurately identify and predict material parameters in soft tissue biomechanics, enhancing the precision and reliability of material models in biomedical engineering.
• Authored cross-platform interoperability guidelines for ABAQUS and SOLIDWORKS, optimizing workflow and enhancing collaboration in multi-disciplinary material science projects.
• Developed a Python toolkit for streamlined simulation workflows, facilitating precise stress analysis and model optimization in engineering projects.

Houghton, Michigan, United States

• Developed innovative non-contact ultrasonic methods to study early-stage concrete properties like setting time and surface cracking, improving the way construction materials are analyzed.
• Combined computer simulations and real-world experiments to create and confirm new techniques, ensuring they are accurate and effective.
• Set up a modern laboratory, installing essential equipment such as a Velmex Unislide, Laser Vibrometer, and 3D printer, enhancing the lab's research capabilities

Lafayette, Louisiana, United States

• Engaging in research focused on computational and mathematical modeling of articular cartilage to unravel the root causes of Osteoarthritis.
• Utilizing Python scripting in the background to analyze and predict the behavior of both healthy and degenerative articular cartilage, employing a non-linear microstructural model in conjunction with ABAQUS software.
• Serving as a Teaching Assistant for the Mechanics of Materials lab course, contributing to student learning and success.

Dhaka, Bangladesh

• Led the pioneering introduction of mild hybrid technologies in Bangladesh as Engineering Team Lead, driving significant cost savings and technological advancements for Audi.
• Enhanced customer satisfaction by collaborating with the operations team to rapidly resolve issues and improve service response times.
• Streamlined inventory management with the Inventory Manager, optimizing resource use and ensuring efficient supply chain operations.
• Built and maintained robust supplier relationships, ensuring on-time deliveries and compliance with contractual agreements, critical for uninterrupted business operations.
• Enforced Audi’s high standards by liaising with Audi TSC for technical and warranty support, guaranteeing services met Audi's rigorous quality expectations.

• Completed an intensive training program in Refrigeration and Air Conditioner Research & Development, sharpening both theoretical knowledge and practical skills in advanced HVAC technologies.
• Engaged in the entire product development lifecycle, from concept to launch, gaining comprehensive insights into engineering processes and product management in a dynamic manufacturing environment.

Tongi

• Gained practical engineering expertise through a comprehensive one-month training program, mastering equipment maintenance, usage, and troubleshooting to meet industry standards and enhance operational efficiency.

Doctor Of Philosophy - Phd, System Engineering (Concentration In Mechanical Engineering)

Master Of Science - Ms, Mechanical Engineering, 3.87(Out Of 4.00)

Activities and Societies: Vice President | Bangladesh Student Association | UL Lafayette Member | Society of Asian Scientists & Engineers.

Bachelor Of Science - Bs, Mechanical Engineering

Results: CGPA 3.56 (out of 4.00 scale)