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$10 USD / hora

Bandeira do(a) INDIA

bengaluru,

$10 USD / hora

Atualmente, está 11:22 PM aqui

Ingressou em outubro 6, 2018

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Praveen K.

@PRAVEENKUMAR7796

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$10 USD / hora

Bandeira do(a) INDIA

bengaluru,

$10 USD / hora

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PRODUCT DESIGN ENGINEER

Hey there, I'm a CAD/CAE engineer with expertise in Engineering R&D of Pumps, Tensioners, Casting and sheet metal Components. I take a Product from concept phase, to design, Analysis, Simulation and fabricating with performance standards. Engineering Drawings, 2D to 3D conversion, Reverse engineering and Remastering are some of the works that I'm actively involved in.

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Portfólio

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

We received this pump which was to be surface scanned, modelled, modified for Die casting and injection moulding by adding suitable parting lines and draft angles, finally delivery was with manufacturable models, assembly and Production Prints.

Reverse Engineering of Automotive Coolant Pump

We Receive a Physical part or OE STEP file from the Client from which we build a parametric model.
In this Case, We received a Courier of the actual Pump, which we Scanned using 3D Surface Scan and Created the Models, Assembled them and created Drawings of individual parts as well.

Reverse Engineering of Automotive Coolant Pump

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

The goal is to develop a Gokart powered by 125CC air cooled engine with constraints on overall Turning Radius, Braking distance, Top speed,Minimum FOS, Maximum Steering effort and a lot other design parameters as mentioned in the rule book.
Manual calculations had to be done on each stage for developing Chassis (Roll cage), Braking System, Power Train and Steering system in an iterative manner referring simulation and FEA results of critical parts and with a lot of bench marking.
The Kart was perfectly manufactured and it takes part in Racing

Design, Simulation and Fabrication of Racing Gokart

We received this pump which was to be surface scanned, modelled, modified for Die casting and injection moulding by adding suitable parting lines and draft angles, finally delivery was with manufacturable models, assembly and Production Prints.

Reverse Engineering of Automotive Coolant Pump

We Receive a Physical part or OE STEP file from the Client from which we build a parametric model.
In this Case, We received a Courier of the actual Pump, which we Scanned using 3D Surface Scan and Created the Models, Assembled them and created Drawings of individual parts as well.

Reverse Engineering of Automotive Coolant Pump

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