I am an Industrial & Production Engineering graduate specializing in engineering design, advanced manufacturing, materials, and bio-inspired design. My academic and professional work spans CAD modeling, FEA-driven analysis, manufacturing, molecular dynamics simulation of nanomaterials, and maintenance.
I am deeply drawn to advanced and additive manufacturing, design, robotics, bio-inspired design, and materials science, where design thinking meets emerging technology. I believe in solving real engineering challenges through rigorous iteration, innovative design, and a KAIZEN mindset. My goal is to work at the intersection of materials, design, manufacturing, and intelligent systems to develop high-performance, reliable, and sustainable engineering solutions.
Industrial and Production Engineering
CGPA 3.81 / 4.00
Last year CGPA 3.92/4.00
Mechanical Design Engineer
@ BJIT Limited
Materials, Additive Manufacturing, Mechanics, Biomedical
Preparing the manuscript on MD simulation of TMDs material for journal publication.
Working to publish my recent conference paper on ergonomics and vibration reduction of drill machines.
Expanding my expertise in additive manufacturing and materials, as well as researching within the field.
Exploring Bio-inspired Design, Compliant Mechanisms, and advanced design.
Professionally working and developing my skills in reverse engineering and analysis.
Areas of deep focus categorized by engineering domain.
Timeline
June 2021 —
October 2025
At fifteen, on one occasion, I went to a garment manufacturing facility operated by a family acquaintance. I observed the complex but organized nature of industrial production, from self-generated power systems and coordinated washing and cutting operations to continuous machinery operation and efficient manufacturing that turned my curiosity into an interest in industry and mechanical systems, leading me to Industrial and Production Engineering.