Prateik — Research Assistant
Prateik
Industries Served
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Work History on Automate America
Documents on File
Programming Skills 8
Achievements
3
Tenure
Profile
Skills
About Me
Mechanical Engineer with experience. Passionate about Product Design and Development, Additive Manufacturing, Finite Element Analysis [FEA], Material Testing and Manufacturing Engineering.
Skilled Trades 5
Software Competencies 8
Professional Competencies 12
Applications 8
Tools, Machines & Equipment 10
Work Experience15
• Material characterization of PCBs (FR-4 and Megtron 6) using Thermo-mechanical analyzer and Dynamic mechanical analyzer. (CAD using SolidWorks, SpaceClaim) • Performed Finite Element Analysis simulations on ANSYS for reliability on high-performance workstations. [FEA]
January 2016 - June
January 2013 - March
November 2017 Thermal Cycling of a BGA package - Created a Semiconductor package model with SolidWorks, Conducted FEA for thermal and stress analysis using ANSYS - Reported the deformation and stress subjected on the package as a result of thermal cycling simulations
Responsible for implementation of HVAC System for Clean Room Application for a pharmaceutical company USV Pvt. Ltd. • Installation of Air Handling Units (AHUs) to provide clean room (CLASS ISO 8) conditions in a pharmaceutical plant. • Created HVAC drawings, Air Flow Diagram, P&ID, Ducting layout, Classification zoning layout using AutoCAD. • Involved in a cross-functional team, Devised design/installation qualification documentation with US FDA compliance for equipment installation and instrumentation/ sensors/control devices used in the AHUs. [GMP] • Assisted in installing electrical systems and CHW piping for AHUs and other equipment on site.
• Co-ordination with vendors for production issues, quality control and logistic control for timely delivery of materials and parts. • Developed design feed on AutoCAD for manufacturing processes such as sheet metal cutting, bending, and waterjet cutting to create design elements using various metal types viz. MS, Copper, and Brass. • Created 2D building interior layouts using AutoCAD, conducted engineering change request and issued work orders. • Managed on-site inspection and Coordinated with workers on project implementation for timely completion.
May 2014 Flywheel Bicycle, Senior Design Project - Designed flywheel to reduce the initial force required to move the bicycle. - Created the modified framework using SolidWorks
• Developed 3D CAD models with Siemens NX for individual parts and assemblies of switch disconnector fuse [GD&T]. • Created Bill of Materials [BOM]s and co-ordinated with several vendors to implement assembly for switch disconnector fuse, conducted FMEA and root cause analysis to identify possible problems in the assembly process. • Prepared RFQs, Re-designed existing product to improve efficiency and reduced material cost-effectively. • Conducted cable lug testing experiments used for switchgear connections.
Education / Training / Certificates2
Fundamentals in Electronic Packaging, Computational Techniques in Electronic Packaging, Thermal Phenomena in Microsystems, Thermal Conduction, Finite Element Method, Control Systems and Synthesis, Fluid Dynamics, Additive Manufacturing. Projects Temperature Measurements in Microfluidics Jan 2018 – May 2018 Studied various temperature measurement techniques for PDMS chips: • Microfluidic Whole-Chip Temperature Measurement Using Thin-Film Poly dimethylsiloxane/Rhodamine B • Dynamic Temperature Measurement in Microfluidic Devices Using Thermochromic Liquid Crystals • Microfluidic Channels with Integrated Ultrasonic Transducers for Temperature Measurement and Method 3D Printed Intake Manifold Oct 2017 – Dec 2017 • Designed an intake manifold using additive manufacturing approach • Created a CAD model using SolidWorks • 3D printed intake manifold for optimum airflow using a Fused Deposition Modelling additive manufacturing process Thermal Cycling of a BGA package Oct 2017 – Nov 2017 • Created a BGA package model using Solidworks • Conducted FEA for thermal and stress analysis using ANSYS Workbench • Reported the deformation and stress subjected on the package as a result of thermal cycling simulation 3D Printed Design-Build-Fly Competition May 2017 – Jun 2017 • Designed a glider using SolidWorks • 3D printed glider using fused deposition modeling additive manufacturing • Successfully demonstrated flight using a catapult launcher
Strength of Materials, Applied Thermodynamics, Theory of Machines, Thermal Engineering, Production Process, Material Technology, Industrial Engineering, Fluid Mechanics, Heat and Mass Transfer, Machine Design, Mechatronics, Hydraulic Machinery, Mechanical Vibrations, Internal Combustion Engine, Refrigeration and Air Conditioning, CAD/CAM/CIM, Manufacturing Planning and Control, Automobile Engineering, Finite Element Analysis • Designed flywheel to reduce the initial force required to move the bicycle. • Created the modified framework using SolidWorks.