DIPAN PATEL

Finite Element Analysis

• Theoretical and analytical knowledge of solid mechanical, and strength of material
• Experience in static, dynamic, and non-linear Finite Element Analysis (FEA) of viscoelastic material using Abaqus/COMSOL simulation software
• Developed conceptual 3D models using Solidworks
• Experience with acoustic simulation model using Abaqus and laboratory acoustic test method development for FEA validation
• Conducted modal analysis to determine the dynamic characteristics of structure

Material Engineer

• Performed root cause failure analysis of adhesion bond using FEA modeling and laboratory testing
• Experience with characterization and testing of polymeric materials using range of techniques, including thermal analysis (DSC, DMA, TGA, TMA), mechanical testing and rheology
• Collaborated with suppliers to develop and optimized polymer formulation to meet specific performance requirements
• Research and Development effort for new materials development which lower overall implementation cost and/or improve performance for various applications
• Conducted research on the properties and behavior of polymeric material under a variety of environment conditions
• Determined ways to strengthen and combine materials and develop new materials with specific properties for use in variety of applications
• Perform laboratory experiments to develop new products and optimize existing ones
• Researched current trends in the field of polymer science to identify areas requiring further investigation
• Reviewed engineering drawings,specifications, and test protocols to ensure accuracy of products
• Performed statistical analysis using six sigma methodology to improve product reliability

Project Management

• Developed detailed work plans, schedules, project estimates and resource plans
• Managed engineering projects efficiently, meeting deadlines and adhering to budget constraints
• Conducted studies to determine feasibility, costs and performance benefits of new installation techniques
• 
  

• Developed material selection criteria for performances improvement of implantable medical device
• Developed control system utilizing PC-based data acquisition software for continues data collection
• Cyclic fatigue testing at low straintesting
• Optimized lifespan of orthopedic implants with innovative material solutions.
• Utilized distinct properties of silicon rubber to create effective compliant bearings.
• viscoelastic , damping, distribute force evenly
• vibration isolation
• passive damper
• Extrapolate

• Experimented with rare earth metal catalysts to enhance hydrogen yield at lower temperatures using methanol.
• Characterized synthesized materials to optimize performance of doped ceria and titanium-ceria catalysts in decomposing methanol.
• Characterized the materials by X-Ray Diffractometer (XRD), X-Ray Photoelectron Spectroscopy (XPS), and Brunauer-Emmett-Teller (BET) Surface Area Analysis
• Determined products in methanol decomposition and assessed catalytic efficiency.
• Study confirmed modified catalysts change methanol's decomposition temperature.