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Kevin Marlon S.

@MarlonKMSM

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Robotics and Electronics Designer, Researcher

$20 USD / Saa
・
Bedera ya
Bolivia (11:23 PM)
・
Alijiunga mnamo Desemba 26, 2024
$20 USD / Saa
・
Mechatronic Engineer and Robotic Specialist, whose area of ​​study is mainly linked to the investigation and study of robotics and multi-robot systems in unmanned ground vehicles (UGV's), unmanned aerial vehicles (UAV's), emerging technologies, Internet of Things, machine design, process automation, advanced electronic design, artificial intelligence, computer vision and technological research.
Uthibitishaji
Freelancer C Programmers Bolivia
Angalia woteC Programmers in Bolivia

Portfolio

Portfolio

12425298
This experiment demonstrates the capabilities of an advanced higher-education robotic platform, a mobile robot that responds dynamically to a person's position and gestures in real-time using computer vision. The robot employs an onboard vision system to detect and track the individual, interpreting their movements and signals to adjust its behavior accordingly. During the test, the platform showcased precise and responsive navigation, seamlessly aligning its motion and orientation with the detected gestures.
Gladius - Computer Vision
12425289
This higher-education electronic platform is a temperature control board designed with KiCad, intended for advanced teaching and experimentation. It is built around the ESP32 development platform, providing Wi-Fi and Bluetooth communication for seamless integration and remote monitoring. The board features six medium-power transistors for heat generation, six temperature sensors for precise thermal feedback, external power supply ports, and dedicated ports for fan control to manage cooling. This versatile design makes it ideal for educational purposes, enabling students and researchers to explore concepts of thermal management, control systems, and IoT-based temperature regulation in a hands-on manner.
Temperature Control Kit
12425285
This outdoor research robotic platform is an advanced electronic board designed with KiCad, tailored for robust and versatile applications. It is powered by the ESP-WROOM-32 microcontroller, offering seamless Wi-Fi and Bluetooth communication. The board supports up to four high-power motor modules, ensuring reliable and precise actuation for demanding environments. It includes a TTL-USB converter for easy programming and communication, a dedicated GPS port for geolocation capabilities, encoder ports for accurate feedback, and a radio frequency module port for extended wireless communication. Additionally, it features an onboard gyroscope, accelerometer, and magnetometer for enhanced motion tracking and orientation. This platform is ideal for outdoor robotics research, providing high performance, adaptability, and advanced functionality for exploration and navigation tasks.
Xploruss - Outdoors Robotics
12425278
The testing of this advanced educational robotic platform demonstrates its capability as a remotely controlled mobile robot while accurately tracking its position and orientation in real time using odometry. Designed with KiCad, the robot leverages its onboard sensors, including encoders and an IMU (gyroscope, accelerometer, and magnetometer), to calculate precise movement and heading. During the test, the robot responded seamlessly to remote commands via Wi-Fi or Bluetooth, maintaining stability and precision in its navigation. The integration of odometry allowed for real-time trajectory mapping, showcasing the platform’s potential for advanced robotics education, particularly in the fields of localization, navigation, and control systems.
Gladius - Encoders Test
12425268
This semi-professional competitive robotic platform is a dual-purpose electronic board designed with KiCad, optimized for sumo robotics and maze-solving challenges. It is built around the ESP-WROOM-32 microcontroller, offering robust Wi-Fi and Bluetooth communication capabilities. The board features four integrated power circuits for motor control, a TTL-USB converter for seamless programming, and encoders for precise motor feedback. It is equipped with infrared line sensors for boundary detection and front and lateral infrared distance sensors for obstacle detection and navigation. Additionally, the platform includes a gyroscope, accelerometer, and magnetometer for enhanced motion tracking and orientation. This versatile and high-performance design is tailored for competitive robotics, providing precision, adaptability, and advanced functionality for demanding tasks.
Electross - Competitive Robotics
12425249
This semi-professional competitive robotic platform is a custom-designed line-following electronic board created with KiCad. Powered by the ESP-WROOM-32 microcontroller, it offers Wi-Fi and Bluetooth communication capabilities, enhancing its versatility for advanced applications. The board features two integrated power circuits for motor control, ensuring precise and efficient actuation. It includes a TTL-USB converter for straightforward programming and communication, as well as an array of infrared sensors for accurate line detection and tracking. Additionally, the platform is equipped with an onboard gyroscope, accelerometer, and magnetometer, providing enhanced orientation and motion sensing.
Taygete - Competitive Robotics
12425298
This experiment demonstrates the capabilities of an advanced higher-education robotic platform, a mobile robot that responds dynamically to a person's position and gestures in real-time using computer vision. The robot employs an onboard vision system to detect and track the individual, interpreting their movements and signals to adjust its behavior accordingly. During the test, the platform showcased precise and responsive navigation, seamlessly aligning its motion and orientation with the detected gestures.
Gladius - Computer Vision
12425289
This higher-education electronic platform is a temperature control board designed with KiCad, intended for advanced teaching and experimentation. It is built around the ESP32 development platform, providing Wi-Fi and Bluetooth communication for seamless integration and remote monitoring. The board features six medium-power transistors for heat generation, six temperature sensors for precise thermal feedback, external power supply ports, and dedicated ports for fan control to manage cooling. This versatile design makes it ideal for educational purposes, enabling students and researchers to explore concepts of thermal management, control systems, and IoT-based temperature regulation in a hands-on manner.
Temperature Control Kit
12425285
This outdoor research robotic platform is an advanced electronic board designed with KiCad, tailored for robust and versatile applications. It is powered by the ESP-WROOM-32 microcontroller, offering seamless Wi-Fi and Bluetooth communication. The board supports up to four high-power motor modules, ensuring reliable and precise actuation for demanding environments. It includes a TTL-USB converter for easy programming and communication, a dedicated GPS port for geolocation capabilities, encoder ports for accurate feedback, and a radio frequency module port for extended wireless communication. Additionally, it features an onboard gyroscope, accelerometer, and magnetometer for enhanced motion tracking and orientation. This platform is ideal for outdoor robotics research, providing high performance, adaptability, and advanced functionality for exploration and navigation tasks.
Xploruss - Outdoors Robotics
12425278
The testing of this advanced educational robotic platform demonstrates its capability as a remotely controlled mobile robot while accurately tracking its position and orientation in real time using odometry. Designed with KiCad, the robot leverages its onboard sensors, including encoders and an IMU (gyroscope, accelerometer, and magnetometer), to calculate precise movement and heading. During the test, the robot responded seamlessly to remote commands via Wi-Fi or Bluetooth, maintaining stability and precision in its navigation. The integration of odometry allowed for real-time trajectory mapping, showcasing the platform’s potential for advanced robotics education, particularly in the fields of localization, navigation, and control systems.
Gladius - Encoders Test
12425268
This semi-professional competitive robotic platform is a dual-purpose electronic board designed with KiCad, optimized for sumo robotics and maze-solving challenges. It is built around the ESP-WROOM-32 microcontroller, offering robust Wi-Fi and Bluetooth communication capabilities. The board features four integrated power circuits for motor control, a TTL-USB converter for seamless programming, and encoders for precise motor feedback. It is equipped with infrared line sensors for boundary detection and front and lateral infrared distance sensors for obstacle detection and navigation. Additionally, the platform includes a gyroscope, accelerometer, and magnetometer for enhanced motion tracking and orientation. This versatile and high-performance design is tailored for competitive robotics, providing precision, adaptability, and advanced functionality for demanding tasks.
Electross - Competitive Robotics
12425249
This semi-professional competitive robotic platform is a custom-designed line-following electronic board created with KiCad. Powered by the ESP-WROOM-32 microcontroller, it offers Wi-Fi and Bluetooth communication capabilities, enhancing its versatility for advanced applications. The board features two integrated power circuits for motor control, ensuring precise and efficient actuation. It includes a TTL-USB converter for straightforward programming and communication, as well as an array of infrared sensors for accurate line detection and tracking. Additionally, the platform is equipped with an onboard gyroscope, accelerometer, and magnetometer, providing enhanced orientation and motion sensing.
Taygete - Competitive Robotics
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Uzoefu
Chief Technology Officer
Mac, 2021 - Wasilisha
•
3 years, 8 months
EPIC ROBOTICS
Mac, 2021 - Wasilisha
•
3 years, 8 months
Design of robotics platforms and control systems,
Bedera ya
La Paz, Bolivia
Mac, 2021 - Wasilisha
•
3 years, 8 months
Elimu
Universidad Católica Boliviana
2021 - 2023
•
2 years
Specialist in Robotics and Automation
Bedera ya
Bolivia
2021 - 2023
•
2 years
Universidad Católica Boliviana
2013 - 2018
•
5 years
Mechatronics Engineer
Bedera ya
Bolivia
2013 - 2018
•
5 years
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