Anas Al Rafin

Designed 60+ plastic products using SolidWorks, preparing 2D/3D technical drawings and BOMs for manufacturing. Redesigned machine components, evaluated mold designs, and coordinated with the Chinese engineering team on mold development and modifications. Contributed to the development and validation of plastic products and Fiber Reinforced Polymer poles through prototype evaluation, quality verification, and testing using UTM, Striking Strength Testing, and Color Matching systems. Collaborated with production, QC,
sales teams, and clients to resolve technical issues, implement design improvements, and maintain engineering documentation.

Conducted multiphase CFD modeling of nanoparticle transport in patient-specific coronary arteries under varying stenosis conditions, including the design of idealized and patient-specific geometries, simulation setup and post processing in ANSYS Fluent, as well as drafting and revising technical manuscripts with data visualization using SigmaPlot.

Established the first official AIAA Student Branch in Bangladesh. Organized seminars and workshops with NASA and other leading experts. Built networks with aerospace professionals and industry partners.

Co-founded a university-based student organization focused on ethical values, social responsibility, and community engagement. Organized seminars, discussion sessions, and awareness programs promoting ethical conduct and social harmony.

Led and coordinated activities across technical and administrative departments. Organized robotics workshops, technical talks, and sustainability-focused seminars. Directed the clubs flagship national robotics competition to boost institutional visibility and innovation.

Contributed to astronomy and science education outreach by delivering engaging sessions on astronomy, physics, and related concepts to school students and young learners. Managed volunteer recruit- ment, onboarding, and cross-team coordination to support outreach initiatives, helping build a structured learning environment that made complex scientific ideas accessible and inspiring for beginners.

Designed and analyzed mechanical components for an energy-efficient electric vehicle, focusing on automotive mechanical systems, efficiency, and performance optimization. Performed CAD modeling and simulation-driven design optimization, collaborating with multidisciplinary teams to improve performance and reliability.

Contributed to the development of a Mars rover prototype for the University Rover Challenge. Supported mission planning, subsystem coordination, and science-related design considerations within a multidisciplinary team.