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Matlab and Mathematica

Mechanical Engineering

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Kerem K.

@kerem2802

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I am an automotive engineer

$15 USD /timme

・

Turkey (1:07 fm)

・

Gick med juni 20, 2024

$15 USD /timme

・

*Can you design it in CAD program by looking at the image of the part? / YES *Can you design the 3D model by looking at the technical drawing? / YES *Can you draw a technical drawing of the 3D model? / YES *Can you perform kinematic and dynamic analysis? / YES *Can you determine the production method of the designed parts? / YES *Can you reverse engineer? YES I use CATIA for design and MATLAB for analysis. I am an Automotive Engineering student. I prepared projects for various competitions and participated in patent studies. I did an internship at two different automotive companies. I have knowledge and experience about raw hair styling and similar production methods. I worked in the product development department. I designed dump trailers.

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Portfolio

Water tank

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To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

This wearable armor suit in hexagonal form is designed to protect against chemical threats. It maximizes the user's comfort and safety by providing flexibility and mobility. Nano fiber technology and carbon fiber reinforcement provide lightness while increasing durability. The chemical filtration systems inside provide protection for the respiratory system. This armor was developed for CBRN incidents

Armored suit with NASA chainmail form

This wearable armor suit in hexagonal form is designed to protect against chemical threats. It maximizes the user's comfort and safety by providing flexibility and mobility. Nano fiber technology and carbon fiber reinforcement provide lightness while increasing durability. The chemical filtration systems inside provide protection for the respiratory system. This armor was developed for CBRN incidents

Armored suit with NASA chainmail form

This wearable armor suit in hexagonal form is designed to protect against chemical threats. It maximizes the user's comfort and safety by providing flexibility and mobility. Nano fiber technology and carbon fiber reinforcement provide lightness while increasing durability. The chemical filtration systems inside provide protection for the respiratory system. This armor was developed for CBRN incidents

Armored suit with NASA chainmail form

Analysis of the lateral force on the front and rear wheels of the vehicle at different bend radii

Effect of bend radius on vehicle lateral axis dynamics

Analysis of the lateral force on the front and rear wheels of the vehicle at different bend radii

Effect of bend radius on vehicle lateral axis dynamics

Analysis of the lateral force on the front and rear wheels of the vehicle at different bend radii

Effect of bend radius on vehicle lateral axis dynamics

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

Water tank

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

To analyze the motion components of a single-cylinder internal combustion engine.
To examine the kinematic parameters that affect the performance of the engine.
To obtain the data and results required for the optimization of these parameters.

internal combustion single cylinder engine

This wearable armor suit in hexagonal form is designed to protect against chemical threats. It maximizes the user's comfort and safety by providing flexibility and mobility. Nano fiber technology and carbon fiber reinforcement provide lightness while increasing durability. The chemical filtration systems inside provide protection for the respiratory system. This armor was developed for CBRN incidents

Armored suit with NASA chainmail form

This wearable armor suit in hexagonal form is designed to protect against chemical threats. It maximizes the user's comfort and safety by providing flexibility and mobility. Nano fiber technology and carbon fiber reinforcement provide lightness while increasing durability. The chemical filtration systems inside provide protection for the respiratory system. This armor was developed for CBRN incidents

Armored suit with NASA chainmail form

This wearable armor suit in hexagonal form is designed to protect against chemical threats. It maximizes the user's comfort and safety by providing flexibility and mobility. Nano fiber technology and carbon fiber reinforcement provide lightness while increasing durability. The chemical filtration systems inside provide protection for the respiratory system. This armor was developed for CBRN incidents

Armored suit with NASA chainmail form

Analysis of the lateral force on the front and rear wheels of the vehicle at different bend radii

Effect of bend radius on vehicle lateral axis dynamics

Analysis of the lateral force on the front and rear wheels of the vehicle at different bend radii

Effect of bend radius on vehicle lateral axis dynamics

Analysis of the lateral force on the front and rear wheels of the vehicle at different bend radii

Effect of bend radius on vehicle lateral axis dynamics

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PRODUCT DEVELOPMENT INTERNEE

sep., 2023 - feb., 2024

•

5 månader

TIRSAN TREYLER

sep., 2023 - feb., 2024

•

5 månader

I made 3D designs and 2D technical drawings of these designs. I decided on the production methods of the parts I designed.

sep., 2023 - feb., 2024

•

5 månader

PRODUCTION INTERNEE

juni, 2022 - sep., 2022

•

3 månader

AK-PRES

juni, 2022 - sep., 2022

•

3 månader

Production monitoring and improvement in the cold press forming department

juni, 2022 - sep., 2022

•

3 månader

Pamukkale Üniversitesi

2019 - 2024

•

5 år

3.24 / 4

Turkey

2019 - 2024

•

5 år

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