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delhi, india
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На сайті з серпня 14, 2015
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Yash K.

@yashkalsi

 5,0 (1 відгук)
0,0
0,0
100%
100%
$10 USD / год.
Прапор INDIA
delhi, india
$10 USD / год.
100%
Завершених робіт
100%
В межах бюджету
100%
Вчасно
Дані відсутні
Рейтинг повторного найняття

CAD Designer || CAE Analyst || Tech Report Writer

i am a mechanical engineer linked with automotive industry , having a 3 years practical experience of designing , analyzing and fabricating an All Terrain Vehicle (SAE BAJA). I have a good grasp on designing products using CAD soft wares and optimizing those product using CAE soft wares.
Freelancer Mechanical Engineers India
Переглянути всіх Mechanical Engineers в India

Зв'яжіться з Yash K. щодо вашої роботи

Авторизуйтесь, щоб обговорити деталі в чаті.

Портфоліо

2684943
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
2830649
A Motorsports team was building their own ATV and gave me this task to Design, Analyse and Fabricate a complete GearBox for their vehicle according to their needs. Considering the weight of their vehicle, gearbox was to be designed to give an constant reduction that was to be used with a CVT. The Gears as well as the shafts and the casing was analysed and set to production the casing was made on CNC machine while gears were cut by hobbing.
Designing a GearBox for an ATV
A Motorsports team was building their own ATV and gave me this task to Design, Analyse and Fabricate a complete GearBox for their vehicle according to their needs. Considering the weight of their vehicle, gearbox was to be designed to give an constant reduction that was to be used with a CVT. The Gears as well as the shafts and the casing was analysed and set to production the casing was made on CNC machine while gears were cut by hobbing.
Designing a GearBox for an ATV
A Motorsports team was building their own ATV and gave me this task to Design, Analyse and Fabricate a complete GearBox for their vehicle according to their needs. Considering the weight of their vehicle, gearbox was to be designed to give an constant reduction that was to be used with a CVT. The Gears as well as the shafts and the casing was analysed and set to production the casing was made on CNC machine while gears were cut by hobbing.
Designing a GearBox for an ATV
A Motorsports team was building their own ATV and gave me this task to Design, Analyse and Fabricate a complete GearBox for their vehicle according to their needs. Considering the weight of their vehicle, gearbox was to be designed to give an constant reduction that was to be used with a CVT. The Gears as well as the shafts and the casing was analysed and set to production the casing was made on CNC machine while gears were cut by hobbing.
Designing a GearBox for an ATV
2830633
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
2830603
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
2830591
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
2684919
designed posters for Team ThunderBOLT using Photoshop
Poster Making
designed posters for Team ThunderBOLT using Photoshop
Poster Making
2684943
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
I was assigned a job to Design a wooden dressing table using solidworks for manufacturing according to the client's need. Made renders as well as 2D drafting sheets for manufacturing of the product.
Wooden Dressing Table
2830649
A Motorsports team was building their own ATV and gave me this task to Design, Analyse and Fabricate a complete GearBox for their vehicle according to their needs. Considering the weight of their vehicle, gearbox was to be designed to give an constant reduction that was to be used with a CVT. The Gears as well as the shafts and the casing was analysed and set to production the casing was made on CNC machine while gears were cut by hobbing.
Designing a GearBox for an ATV
A Motorsports team was building their own ATV and gave me this task to Design, Analyse and Fabricate a complete GearBox for their vehicle according to their needs. Considering the weight of their vehicle, gearbox was to be designed to give an constant reduction that was to be used with a CVT. The Gears as well as the shafts and the casing was analysed and set to production the casing was made on CNC machine while gears were cut by hobbing.
Designing a GearBox for an ATV
A Motorsports team was building their own ATV and gave me this task to Design, Analyse and Fabricate a complete GearBox for their vehicle according to their needs. Considering the weight of their vehicle, gearbox was to be designed to give an constant reduction that was to be used with a CVT. The Gears as well as the shafts and the casing was analysed and set to production the casing was made on CNC machine while gears were cut by hobbing.
Designing a GearBox for an ATV
A Motorsports team was building their own ATV and gave me this task to Design, Analyse and Fabricate a complete GearBox for their vehicle according to their needs. Considering the weight of their vehicle, gearbox was to be designed to give an constant reduction that was to be used with a CVT. The Gears as well as the shafts and the casing was analysed and set to production the casing was made on CNC machine while gears were cut by hobbing.
Designing a GearBox for an ATV
2830633
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
This task was to design, analyse and fabricate a Steering wheel along with it's hub for a formula vehicle. The aim was to reduce weight without loosing strength. The diameter of the steering wheel was kept large o reduce the steering effort. so according the the client's constraints in design, I designed and analysed a steering wheel which was then manufactured and used in the formula vehicle. the steering wheel was manufactured on water-jet and the hub was manufactured on Lathe machine.
Designing Steering Wheel and Hub for a Formula car
2830603
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
Client asked me to Design Analyse and Fabricate a Disc Brake for a special vehicle. i was given the constraints for designing with the main aim to keep the weight as less as possible with considerable Factor of Safety. so I Designed the disc and then it had to undergo static and thermal analysis. after getting a decent design, it was first 3D PRINTED to assure everything and then it was set for production. the disc was manufactured by water-jet cutting.
Designing a Disc Brake
2830591
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
I was given a task to Design , Analyse and Fabricate a rack and pinion assembly to be used in a vehicle's steering system. So according to the client's constraints, the rack and pinion assembly along with it's casing was designed by me. Then I was Asked to analyse this according the different load cases given to me by my client. after this, I was asked to Fabricate the final product. The casing was made on an CNC machine. The images are arranged inn the manner : Designing then Analysing then Fabrication the last image gives the comparison to the assembly made by me with the assembly provided by STILETTOS company
Rack Pinion Assembly with Casing
2684919
designed posters for Team ThunderBOLT using Photoshop
Poster Making
designed posters for Team ThunderBOLT using Photoshop
Poster Making

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Mechanical Engineering project -- 2
good communication. very hard working.
Mechanical Engineering
Аватарка користувача
Прапор Mirza Athar B.
@atharbaig6167
•
8 years ago

Досвід роботи

Vice-Captain & CAD / CAE Department Head

NIEC Motorsports
бер. 2016 - Цей час
i am working as designing and optimizing head, where we design and analyze an all terrain vehicle. Along with this designed different parts related to the vehicle and optimized them.

CAD Designer and CAE Analyst

Team ThunderBOLT
бер. 2014 - бер. 2015 (1 year)
i was in the designing and optimization department, where we designed an all terrain vehicle and analyzed & optimized it with different load cases .

CAD Designer

Team ThunderBOLT
бер. 2013 - бер. 2014 (1 year)
was a CAD designer for a team which built off road vehicles.

Освіта

B.tech in Mechanical and Automation Engineering

Guru Gobind Singh Indraprastha University, India 2013 - 2016
(3 years)

Зв'яжіться з Yash K. щодо вашої роботи

Авторизуйтесь, щоб обговорити деталі в чаті.

Верифікації

Бажаний фрілансер
Особу верифіковано
Спосіб оплати верифікований
Номер телефону верифікований
Електронна пошта верифікована
З'єднано з Facebook

Топ-навички

Mechanical Engineering 1
Photoshop
CAD/CAM
Powerpoint
Manufacturing

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