Aamir Saiyed Email & Phone Number

Ijmuiden, North Holland, Netherlands

As a Materials Engineer, I spearhead the qualification of various Thermoplastic Composite Pipe (TCP) layers for Flowline/Riser Applications. My role involves:1. Lead the development and optimization of polymer composites and fiber-reinforced materials for various applications, focusing on PVDF, PE, and PA12.2. Conduct comprehensive material testing analyses (e.g., tensile strength, elongation, impact resistance) and failure analysis to evaluate material performance under diverse operational conditions.3. Collaborate with cross-functional teams to select appropriate materials for manufacturing processes, enhancing the design and reliability of components.4. Develop and refine polymer formulations and composite layups to improve mechanical properties and environmental resistance.5. Conduct thermal testing analysis (DSC, TGA, DMA) to evaluate material stability, phase transitions, and degradation points.6. Provide technical support for quality control and resolve production-related material issues using statistical methods.7. Document and communicate technical findings in reports and presentations to management and clients.8. Orchestrating the test program strictly adhering to ISO / ASTM standards, ensuring global compliance and quality assurance.9. Working closely with DNV to secure approval for the material qualification program, demonstrating our commitment to excellence and industry standards.

Luxembourg

1. Conducted static load stress analysis to evaluate the structural performance of an automotive leaf spring composite model using ABAQUS.2. Implemented Classifier-Guided Sampling Optimization Algorithm to minimize material cost, and maximize stiffness while adhering to weight constraints.3. Applied advanced composite materials (T300 carbon fibers, Epoxy 914C) were used for performance improvement.

Toulouse Area, France

Academic Courses : Advanced Structural Dynamics, Aeroelasticity, Aerostructures, Aircraft Structures, Fatigue and Damage Tolerance, Computational Fluid Dynamics, Computational Solid Mechanics, Finite Element Analysis (FEM), Flexible Aircraft, Flight and Ground Loads, Mechanics of Materials, Space Architecture and Space Structures.Projects :1. Impact and Perforation Analysis using ABAQUS : Numerical simulation to determine the thickness of a titanium plate to protect the perforation during the impact from a steel cube. 2. Buckling and Post buckling Analysis using ABAQUS : To check the material behavior of a thin cylinder (CAN shape) which can be linearelastic or elasto-plastic when the structure collapses.3. Finite element analysis using SAMCEF : To analyze the Beam, Bar-Membrane and a Plate model of a lifting bridge.4. Finite element modal analysis using NASTRAN/PATRAN : Vibrational analysis of a satellite payload fairing.

Toulouse, Midi-Pyrénées, France

Fluid Structure Interaction, Parachute Modelling and Simulation of a Parachute. Study of behavior of parachutes which can be described as a complex interaction between a very flexible structure and the fluid through which it flows. Study of an appropriate simulation that requires accurate methods of estimation (of the permeability for instance) and modeling (Parachute fabrics, fluid Interactions).

Manipal Institute Of Technology, Manipal

1. Developed Al6061 Metal Matrix Composite (MMC) reinforced with Carbon Fiber Nanotubes (CFRP) using Stir Casting Method2. Conducted research on composite fabrication techniques including Laminate Theory, Ball Milling, and Powder Metallurgy3. Selected optimal fibers, matrix, and metals based on material properties4. Analyzed mechanical behavior and fatigue strength of the composite using SEM, TENSOMETER, Rockwell Hardness Test, and Wear Test5. Evaluated composite performance under various mechanical conditions to optimize material properties.

Bengaluru Area, India

Completed In-Plant Training at Aircraft Research and Design Department at Hindustan Aeronautics Ltd. and submitted a report regarding the aspects covered.

Master Of Science - Ms, Aeronautics/Aviation/Aerospace Science And Technology, General

Masters in Aerospace Structures.

Bachelor’S Degree, Aeronautical Engineering