
Abdulfatah Adam
PhD Candidate · Expected Graduation: May 2027
Advanced Composites · Bonded Joints · Intermediate Strain Rate · Multiscale Functionalization · Thermal Spray & Powder Coatings · Interlaminar Fracture · Materials Characterization & Modeling
- East Lansing, MI
- Michigan State University
- adanabdi@msu.edu
- (614) 607-9240
- Google Scholar
- CV (PDF)
- Résumé (PDF)
About Me
Hello! I’m Abdulfatah Adam, a dual-major PhD candidate in Civil and Mechanical Engineering at Michigan State University, based at the Composite Vehicle Research Center.
My research spans advanced composites, surface and interface engineering, adhesive bonding, and the mechanics of materials and structures, from material modification and processing through characterization and structural performance.
Research interests include:
- Design, characterization, and mechanical performance of advanced composite and multimaterial structures
- Surface preparation, interface engineering, and adhesive bonding of dissimilar materials
- Functionalization of magnetic nanoparticles and carbon-fiber reinforcements for hybrid nano–micro reinforced thermoplastic adhesives
- Induction- and magnetically triggered reversible adhesive bonding using functionalized magnetic nanoparticles
- Intermediate strain-rate and viscoelastic behavior of bulk adhesives and adhesive-bonded joints
- Interlaminar fracture of composite laminates, including Mode I characterization of fabric-embedded RF composite structures
- Z-stitching and through-thickness reinforcement for improving composite interlaminar performance
- Additive manufacturing of polymer and fiber-reinforced composites
- Thermal-spray and electrostatic powder coating processing with nanoparticle-modified formulations for protective layers
- Finite element, rate-dependent constitutive, cohesive-zone, and multiscale modeling
Bio
I hold an MS in Mechanical Engineering from Michigan State University, an MS in Structural Engineering from Anna University, and a BS in Civil & Structural Engineering from Annamalai University. That progression, from structures to materials, shapes how I approach research: a material property matters most once it has to hold up inside a real structure.
Alongside my doctoral work, I serve as a Technology Commercialization Intern at the MSU Innovation Center, evaluating early-stage engineering and materials technologies for commercial viability, patentability, and market entry. Interviewing inventors and assessing IP strength against the competitive landscape has sharpened how I judge which research is worth carrying toward real application.
Technical Skills
Materials chemistry & characterization
Composite & polymer processing
Mechanical testing & failure analysis
Modeling & simulation
Data analysis & computational tools
Recent Highlights
Sep 2026
SPE Foundation Scholarship
Awarded for the 2026–2027 academic year.
2026
Passed comprehensive proposal exam
Advanced to PhD candidacy at Michigan State University, with a target graduation of May 2027.
2026
Under review
Effect of Fe3O4 Surface Functionalization on Mechanical–Magnetic Performance of Reversible Thermoplastic Adhesive Joints
2026
Under review
Glass Fiber Composite Embedded Fabric-based RF Structures for Vehicular Applications
2026
Published