Ajinkya Joshi

 Software: SolidWorks, MS Visio, MS PowerPoint
 Responsibilities: Product Design & development, verification and validation, FMEA, CAD Modeling, Cross-Functional product analysis
• Achieved using Design for manufacturing and assembly techniques under Product Design Processes &Total Quality Management (TQM)
• Product design specification developed using Quality Function Deployment (House of Quality)
• Manufacturing processes and material selected using weighted… Show more

 Software: SolidWorks, MS Visio, MS PowerPoint
 Responsibilities: Product Design & development, verification and validation, FMEA, CAD Modeling, Cross-Functional product analysis
• Achieved using Design for manufacturing and assembly techniques under Product Design Processes &Total Quality Management (TQM)
• Product design specification developed using Quality Function Deployment (House of Quality)
• Manufacturing processes and material selected using weighted matrices
• Tolerance analysis for key tolerances with respect to process capabilities
• Reliability, Cost Ergonomics, and Safety Analysis of selected concept
• Optimized design proposed with high performance, low overall cost and good reliability
• Failure mode and effect analysis was carried out and corrective action suggested (DFMECA)
• Detailed design and assembly drawings of the entire conveyor systems modeled

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• Models were imported into Icepak workbench, and mechanical and material properties were set.
• Velocity of fluid flow in X-Z plane and near the symmetric plane were computed in Icepak
• Temperature distribution computed using Icepak
• Analysis of heat flow distribution on the die indicated that for a basic package without enhancement approximately 98% of total power conducted from the side of the die into the substrate and only 2% of total power was dissipated to the air from the… Show more

• Models were imported into Icepak workbench, and mechanical and material properties were set.
• Velocity of fluid flow in X-Z plane and near the symmetric plane were computed in Icepak
• Temperature distribution computed using Icepak
• Analysis of heat flow distribution on the die indicated that for a basic package without enhancement approximately 98% of total power conducted from the side of the die into the substrate and only 2% of total power was dissipated to the air from the backside of the die
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• The aim of the project was to ensure that the structure meets the designated safety factor post repair
• The basic composite manufacturing processes were studied and sample composite laminates were manufactured.
• Fabricated laminates inspected using Laser Ultrasonic scan(Position of defects) and CT Scan(Nature of defect)
• The laminates repaired using double strap repair and tapered double strap repair technique & cured at 250oF
• Uniaxial Testing machine was used to test the… Show more

• The aim of the project was to ensure that the structure meets the designated safety factor post repair
• The basic composite manufacturing processes were studied and sample composite laminates were manufactured.
• Fabricated laminates inspected using Laser Ultrasonic scan(Position of defects) and CT Scan(Nature of defect)
• The laminates repaired using double strap repair and tapered double strap repair technique & cured at 250oF
• Uniaxial Testing machine was used to test the strength of post repair laminate and high speed camera used to capture images
• Software’s : a) VIC 3D to analysis the pictures taken by camera, b) Co-related solutions-Data acquisition of applied tensile load
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Best Design Award for Bike Prototype at Quad-Torc-2015
• Design parameters: Safety, ergonomics, maneuverability, standardization, Endurance , Performance, Market requirements, affordability
• The Engine modified by using a simple bore operation, converting the vehicle into an oversquare engine with a modified cam resulting in achieving higher torque and power values. ATV able to climb an incline of 34o
• Iterations of Powertrain, suspension, steering, Braking systems design using… Show more

Best Design Award for Bike Prototype at Quad-Torc-2015
• Design parameters: Safety, ergonomics, maneuverability, standardization, Endurance , Performance, Market requirements, affordability
• The Engine modified by using a simple bore operation, converting the vehicle into an oversquare engine with a modified cam resulting in achieving higher torque and power values. ATV able to climb an incline of 34o
• Iterations of Powertrain, suspension, steering, Braking systems design using MS-Excel
• Powertrain, chassis, Brake and suspension systems optimized to high efficiency, reliable in a cost effective method
• Conceptualization of 3D and 2D parts along with assemblies of several subsystems using Catia V5(CAD)& used Ansys 14.0 for FEA (Structural)
• Failure mode and effect analysis was carried out and corrective action suggested (FMECA)
• GD&T used to draft part drawings for manufacturing purposes along with Bill of Material (BOM)
• Gantt charts to plan a yearlong project ensuring timely completion
• Coordinated between cross functional teams to achieve specific design requirements

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• Designed and manufactured a prototype to create a vehicle chassis to accommodate multiple driver profiles & sustain all the subsystems mounted on it
• Designed an optimal suspension and steering system using Lotus suspension analysis tool, and Catia V5 achieving turning radius of 2.6 m
• Briggs and Stratton engine powered the vehicle with a sequential transmission box and low overall weight enabling ATV to climb an incline of 30o

 Software: MATLAB, MS Word
• The plate is insulated except for 2 electronic chips situated separately with unheated starting length
• A comprehensive study of approximate boundary layer solutions integrated with the use of approximate forms of two-dimensional continuity, momentum and energy equations lead to solution
• Temperature distribution computed for the first electronic chip releasing heat at the rate of 2 W/cm2 and the second electronic chip at the rate of 1 W/cm2
• MATLAB… Show more

 Software: MATLAB, MS Word
• The plate is insulated except for 2 electronic chips situated separately with unheated starting length
• A comprehensive study of approximate boundary layer solutions integrated with the use of approximate forms of two-dimensional continuity, momentum and energy equations lead to solution
• Temperature distribution computed for the first electronic chip releasing heat at the rate of 2 W/cm2 and the second electronic chip at the rate of 1 W/cm2
• MATLAB used to carry out iteration using derived equations and plot graphs
• Evaluating results, drastic dip was observed immediately after the trailing edge due to a combined effect of the cooling effect from the air velocity and insulation of the surface. The temperature rose again due to the heat flux from the second strip and started to decrease exponentially from the trailing edge of the second strip
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