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Kazem M.

@kazemmojtama

monthly-level-two.svg
5.0
53

7.7

7.7

100%

Artificial Intelligence

$60 USD / Hour

・

Flag of

Netherlands (11:42 AM)

・

Joined on March 20, 2020

・

15 Recommendations

$60 USD / Hour

・

With 5 years of experience on this platform, I am a versatile and driven freelancer capable of handling projects across a wide range of technical fields. I have successfully managed single projects valued at over $30K and am open to long-term collaborations. Additionally, I hold valid certificates from this platform, showcasing my expertise—these can be found in the certificates section along with my results and badges. Whatever your project entails, from technical development to research and beyond, I’m here to deliver results that exceed expectations. Let’s work together to bring your vision to life! Artificial Intelligence & Machine Learning: ● Neural Networks: CNNs, Transfer Learning ● Reinforcement Learning: Q-Learning ● Computer Vision: YOLO, PyTorch, OpenCV, Image Segmentation, Object Detection Web Technologies: ● Front-End: HTML5, CSS3, JavaScript (ES6+) ● Back-End: Node.js, Express.js

Verifications

On time

100%

On budget

100%

Accept rate

58%

Repeat hire rate

18%

Freelancer Matlab and Mathematica Engineers Netherlands
See all Matlab and Mathematica Engineers in Netherlands

Portfolio

Portfolio

12344132
This project leverages OpenCV and YOLOv8 for high-accuracy object detection and tracking. Through effective model training, the system achieves over 90% accuracy in recognizing multiple objects, drawing precise bounding boxes, and maintaining reliable object tracking. The implementation demonstrates the power of YOLOv8 for real-time computer vision tasks, optimizing both detection accuracy and tracking precision for robust object analysis.

Deep Learning | OpenCV & YOLOv8

9525450
Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

9525533
In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

11584439
As the developer of DutchBridge Interim's website, I designed it to be a dynamic platform connecting freelancers with employers across various sectors. This site serves as a hub for job opportunities and career growth, catering to both self-employed professionals and businesses. Technically, I chose the MERN stack for its efficiency and scalability. MongoDB provides a robust database for managing user data, Express.js and Node.js ensure seamless backend operations, and React delivers an interactive, user-friendly front-end. Additionally, I focused on optimizing the site for good SEO, enhancing its visibility and accessibility online.

Dutch Bridge Interim

11584417
The Munch-o-Mat website utilizes MERN stack technology, comprising MongoDB, Express.js, React, and Node.js. This stack enhances the site's performance and scalability. MongoDB offers a flexible, scalable database for managing dynamic menus and customer orders. Express.js and Node.js provide a robust server-side framework, facilitating efficient back-end operations and API integration. React enhances the front-end with a reactive, component-based UI, offering a seamless and dynamic user experience. Together, these technologies enable a high-performance, responsive, and user-friendly website.

Munch-o-Mat

10636054
This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

12344132
This project leverages OpenCV and YOLOv8 for high-accuracy object detection and tracking. Through effective model training, the system achieves over 90% accuracy in recognizing multiple objects, drawing precise bounding boxes, and maintaining reliable object tracking. The implementation demonstrates the power of YOLOv8 for real-time computer vision tasks, optimizing both detection accuracy and tracking precision for robust object analysis.

Deep Learning | OpenCV & YOLOv8

9525450
Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

Project requirement (Dual Micro-Grid System): (1) Develop a model for a three-phase power transformer protection and simulate the following signal form the power transformer simulation; Normal current, Inrush current, LG, LL, LLL, LLG, LLLG faults, external fault, over-excitation. (2) Decompose each signals using Complex Wavelet Transform. (3) Extract the features for the ANFIS and fuzzy logic if possible. (4) Use the ANFIS and fuzzy logic to classify and distinguish each of the conditions simulated. (5) Generate the necessary results and plots

Power Electronic | Simulink MATALB

9525533
In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

In this project, a robotic system was designed and developed to function as an automated sanitizer sprayer. Initially, the robot was simulated using the MATLAB Simscape library to model and validate its mechanical and control systems. The implementation phase involved integrating Arduino and Raspberry Pi boards to control the robot's operations and ensure seamless performance. The system was engineered to meet two key requirements: enabling the sprinkler to spray and sanitize efficiently, and designing a movable pipe mechanism capable of moving up and down to target different areas effectively. This project showcases the practical application of robotics, simulation tools, and microcontroller programming to address real-world sanitation challenges.

Simscape | Smart Sprinkler Robot

11584439
As the developer of DutchBridge Interim's website, I designed it to be a dynamic platform connecting freelancers with employers across various sectors. This site serves as a hub for job opportunities and career growth, catering to both self-employed professionals and businesses. Technically, I chose the MERN stack for its efficiency and scalability. MongoDB provides a robust database for managing user data, Express.js and Node.js ensure seamless backend operations, and React delivers an interactive, user-friendly front-end. Additionally, I focused on optimizing the site for good SEO, enhancing its visibility and accessibility online.

Dutch Bridge Interim

11584417
The Munch-o-Mat website utilizes MERN stack technology, comprising MongoDB, Express.js, React, and Node.js. This stack enhances the site's performance and scalability. MongoDB offers a flexible, scalable database for managing dynamic menus and customer orders. Express.js and Node.js provide a robust server-side framework, facilitating efficient back-end operations and API integration. React enhances the front-end with a reactive, component-based UI, offering a seamless and dynamic user experience. Together, these technologies enable a high-performance, responsive, and user-friendly website.

Munch-o-Mat

10636054
This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

This site is designed for Don Dress Design Company. This site is stands by MongoDB, Express JS, React JS, Node JS (MERN stack).

Website Design | Don Dress Design

5.0 · 53 Reviews
Reviews
M

Python Developer Needed for AI-Driven Chart Analysis Assistant • $900 USD

Kazem is a highly skilled and professional developer. He delivered exactly what was promised, with great attention to detail and clear communication throughout the project. His problem-solving skills and commitment to quality made the process smooth and the results exceeded expectations. I would gladly work with him again and highly recommend his services.

Musab A.

@msb1412

•

Flag of

Khobar, Saudi Arabia

•

4 months ago

Share

T

Prototype Development (BCI Hardware) • €3,034.63 EUR

I really appreciate Kazem’s commitment to full transparency throughout this phase of the project, from sourcing components and comparing suppliers to clearly outlining shipping logistics, customs considerations, and platform related fees. Every step has been thoroughly documented and communicated, which made the entire process feel smooth, professional, and well organized.

Thereine N.

@TEN13

•

Flag of

Calgary, Canada

•

5 months ago

Share

N

Deploy, improve and rund advanced AI trading bot • $2,700 USD

Kazem M is very Professional and hard working. He is honest and deliver as agreed. Very happy and he has now more projects from me ??

Akmal M.

@Nominalist

•

Flag of

Oslo, Norway

•

7 months ago

Share

S

Software Development for Pj1 and Pj2 • $200 USD

Kazem is always on the spot, delivering high-quality work with extraordinary attention to details. He has always been keen to work and passionate about his work which make him the best freelancer you can count on.

Former Client (inactive)

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T

Sensor Research and Integration • $1,665 CAD

Kazem delivered thoughtful, well-structured work throughout this phase. His clear documentation, technical approach, and consistent communication made the collaboration smooth and productive. I especially appreciated the detailed breakdowns of each step, from the electrode comparison and signal conditioning chain to the real-time data streaming setup. I’m happy with the results and looking forward to continuing our work in the next phase.

Thereine N.

@TEN13

•

Flag of

Calgary, Canada

•

8 months ago

Share

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