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$10 USD / godz.
Flaga INDIA
silvassa, india
$10 USD / godz.
Obecnie jest 11:08 AM tutaj
Dołączył sierpnia 12, 2022
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Shreesh S.

@shReesh2001

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$10 USD / godz.
Flaga INDIA
silvassa, india
$10 USD / godz.
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Powtórna Stawka Zatrudnienia

Design & Analysis/Rendering/Microsoft

I have skills required for modelling, assembly, flow simulation, analysis and 3D rendering. Tools: 1. Solidworks 2. PV Elite 3. Fusion 360 4. Keyshot (3D Rendering) 5. ANSYS 6. MS Excel 7. MS Word 8. MS Powerpoint 9. AutoCAD 10. MATLAB
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Portfolio

10567243
Use of computational methods to study performance of Hybrid Metal Matrix Composites: 1. I used SOLIDWORKS to design the 3D Models 2. I used EXPLICIT Dynamics feature of ANSYS to run the FEA simulations and came up with the conslucions
Explicit Dynamics (Machining in ANSYS)
10567236
Design Engineer (Team Concept Green)
My Contributions: (Design Engineer – Roll Cage Subsystem) A. Design and analysis of Roll cage for a One-seater Electric ATV.  We performed pipe-modelling (PVC Pipes) to get an estimation for driver’s clearance.  Use of Solidworks to 3D Model build the roll cage  FEA for roll cage and its mounts using ANSYS B. Manufacturing (fabrication) of the roll cage.  Procurement / Market Survey ( For materials and components needed)  Designed customized jigs / fixtures to cut down the budget  Bill of material and Budget Preparation  Resource optimization: I. I used MS Excel to optimize lengths of steel pipes to be cut, to reduce overall wastage while fabrication. II. The Mounts to be laser cut were designed in such a way that, they cost less for the overall cutting and at the same time be able to withstand the loads generated. C. Design Validation  Recommended design modifications to eliminate component and system malfunctions. (eg. Re-designed Steering support mounts to maximize space for
Design Engineer (Team Concept Green)
My Contributions: (Design Engineer – Roll Cage Subsystem) A. Design and analysis of Roll cage for a One-seater Electric ATV.  We performed pipe-modelling (PVC Pipes) to get an estimation for driver’s clearance.  Use of Solidworks to 3D Model build the roll cage  FEA for roll cage and its mounts using ANSYS B. Manufacturing (fabrication) of the roll cage.  Procurement / Market Survey ( For materials and components needed)  Designed customized jigs / fixtures to cut down the budget  Bill of material and Budget Preparation  Resource optimization: I. I used MS Excel to optimize lengths of steel pipes to be cut, to reduce overall wastage while fabrication. II. The Mounts to be laser cut were designed in such a way that, they cost less for the overall cutting and at the same time be able to withstand the loads generated. C. Design Validation  Recommended design modifications to eliminate component and system malfunctions. (eg. Re-designed Steering support mounts to maximize space for
Design Engineer (Team Concept Green)
My Contributions: (Design Engineer – Roll Cage Subsystem) A. Design and analysis of Roll cage for a One-seater Electric ATV.  We performed pipe-modelling (PVC Pipes) to get an estimation for driver’s clearance.  Use of Solidworks to 3D Model build the roll cage  FEA for roll cage and its mounts using ANSYS B. Manufacturing (fabrication) of the roll cage.  Procurement / Market Survey ( For materials and components needed)  Designed customized jigs / fixtures to cut down the budget  Bill of material and Budget Preparation  Resource optimization: I. I used MS Excel to optimize lengths of steel pipes to be cut, to reduce overall wastage while fabrication. II. The Mounts to be laser cut were designed in such a way that, they cost less for the overall cutting and at the same time be able to withstand the loads generated. C. Design Validation  Recommended design modifications to eliminate component and system malfunctions. (eg. Re-designed Steering support mounts to maximize space for
Design Engineer (Team Concept Green)
10567243
Use of computational methods to study performance of Hybrid Metal Matrix Composites: 1. I used SOLIDWORKS to design the 3D Models 2. I used EXPLICIT Dynamics feature of ANSYS to run the FEA simulations and came up with the conslucions
Explicit Dynamics (Machining in ANSYS)
10567236
Design Engineer (Team Concept Green)
My Contributions: (Design Engineer – Roll Cage Subsystem) A. Design and analysis of Roll cage for a One-seater Electric ATV.  We performed pipe-modelling (PVC Pipes) to get an estimation for driver’s clearance.  Use of Solidworks to 3D Model build the roll cage  FEA for roll cage and its mounts using ANSYS B. Manufacturing (fabrication) of the roll cage.  Procurement / Market Survey ( For materials and components needed)  Designed customized jigs / fixtures to cut down the budget  Bill of material and Budget Preparation  Resource optimization: I. I used MS Excel to optimize lengths of steel pipes to be cut, to reduce overall wastage while fabrication. II. The Mounts to be laser cut were designed in such a way that, they cost less for the overall cutting and at the same time be able to withstand the loads generated. C. Design Validation  Recommended design modifications to eliminate component and system malfunctions. (eg. Re-designed Steering support mounts to maximize space for
Design Engineer (Team Concept Green)
My Contributions: (Design Engineer – Roll Cage Subsystem) A. Design and analysis of Roll cage for a One-seater Electric ATV.  We performed pipe-modelling (PVC Pipes) to get an estimation for driver’s clearance.  Use of Solidworks to 3D Model build the roll cage  FEA for roll cage and its mounts using ANSYS B. Manufacturing (fabrication) of the roll cage.  Procurement / Market Survey ( For materials and components needed)  Designed customized jigs / fixtures to cut down the budget  Bill of material and Budget Preparation  Resource optimization: I. I used MS Excel to optimize lengths of steel pipes to be cut, to reduce overall wastage while fabrication. II. The Mounts to be laser cut were designed in such a way that, they cost less for the overall cutting and at the same time be able to withstand the loads generated. C. Design Validation  Recommended design modifications to eliminate component and system malfunctions. (eg. Re-designed Steering support mounts to maximize space for
Design Engineer (Team Concept Green)
My Contributions: (Design Engineer – Roll Cage Subsystem) A. Design and analysis of Roll cage for a One-seater Electric ATV.  We performed pipe-modelling (PVC Pipes) to get an estimation for driver’s clearance.  Use of Solidworks to 3D Model build the roll cage  FEA for roll cage and its mounts using ANSYS B. Manufacturing (fabrication) of the roll cage.  Procurement / Market Survey ( For materials and components needed)  Designed customized jigs / fixtures to cut down the budget  Bill of material and Budget Preparation  Resource optimization: I. I used MS Excel to optimize lengths of steel pipes to be cut, to reduce overall wastage while fabrication. II. The Mounts to be laser cut were designed in such a way that, they cost less for the overall cutting and at the same time be able to withstand the loads generated. C. Design Validation  Recommended design modifications to eliminate component and system malfunctions. (eg. Re-designed Steering support mounts to maximize space for
Design Engineer (Team Concept Green)

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Doświadczenie

Design Engineer

Team Concept Green (Motorsports Club)
kwi 2021 - kwi 2022 (1 )
My Contributions: (Design Engineer ¡V Roll Cage Subsystem) A. Design and analysis of Roll cage for a One-seater Electric ATV. B. Manufacturing (fabrication) of the roll cage. C. Design Validation Plan (DVP) D. Resource Optimisation E. Procurement / Budget and Bill of Materail (BOM) preparation.

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Weryfikacje

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Najlepsze Umiejętności

Engineering
CAD/CAM
3D Rendering
Solidworks
Mechanical Engineering

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