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$10 USD / hour
Flag of INDONESIA
klaten, indonesia
$10 USD / hour
It's currently 2:18 PM here
Joined April 7, 2022
0 Recommendations

Robiansyah M.

@Robiansyah24

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$10 USD / hour
Flag of INDONESIA
klaten, indonesia
$10 USD / hour
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PCB, embedded systems, and Power Electronics

Electrical engineer with more than 5 years of professional experience in electrical engineering design. Mainly I have deep knowledge and experience in power electronics design and embedded system design. I am now a part-time freelancer and I have a private electronics laboratory. I am currently working as a power electronics expert at PLN Indonesia. My job includes making electronic device design, device manufacturing, and laboratory test. Most of the device that I made is for research purpose. Besides that, sometimes I also help the academic research work and some electrical project such as pharmaceutical devices, engine ignition control, electric motor controller, and many more. I am Excellent at utilizing the following software: -Electronics Simulation: Simplis, Multisim, Proteus. -PCB Design: Autodesk Eagle, EasyEDA. -Microcontroller: Arduino, STM32 IDE, Atmel studio, MPLAB IDE. -DAQ: LabView. -3D Design: AutoCad, Solidworks. Service offered: -PCB design. -Embedded system design. -Firmware design. -Electronics and Power system modeling and analysis. -Reverse engineering.
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Portfolio

10781588
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
10781567
make a device that can ignite the spark plug multiple times in a combustion period for motorcycle applications. The device is designed through electronics simulation and then manufactured on 4 layers of PCB.
Multi-spark Ignition System
make a device that can ignite the spark plug multiple times in a combustion period for motorcycle applications. The device is designed through electronics simulation and then manufactured on 4 layers of PCB.
Multi-spark Ignition System
make a device that can ignite the spark plug multiple times in a combustion period for motorcycle applications. The device is designed through electronics simulation and then manufactured on 4 layers of PCB.
Multi-spark Ignition System
10745785
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
10745776
Client is the State Electricity Company. They have a small-scale hybrid power plant consisting of wind turbines and photovoltaics. They need a monitoring system to monitor parameters like charging current, charging voltage, inverter power output, and environmental conditions such as air humidity, air pressure, air temperature, and solar irradiance. the obtained monitoring data need to be sent to their existing database. So I made the system start from PCB design, Device manufacturing, Coding, implementation, and then integration with their database.
Hybrid Renewable Energy Monitoring system
Client is the State Electricity Company. They have a small-scale hybrid power plant consisting of wind turbines and photovoltaics. They need a monitoring system to monitor parameters like charging current, charging voltage, inverter power output, and environmental conditions such as air humidity, air pressure, air temperature, and solar irradiance. the obtained monitoring data need to be sent to their existing database. So I made the system start from PCB design, Device manufacturing, Coding, implementation, and then integration with their database.
Hybrid Renewable Energy Monitoring system
Client is the State Electricity Company. They have a small-scale hybrid power plant consisting of wind turbines and photovoltaics. They need a monitoring system to monitor parameters like charging current, charging voltage, inverter power output, and environmental conditions such as air humidity, air pressure, air temperature, and solar irradiance. the obtained monitoring data need to be sent to their existing database. So I made the system start from PCB design, Device manufacturing, Coding, implementation, and then integration with their database.
Hybrid Renewable Energy Monitoring system
10781588
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
Make an embedded analgesic controller and the heater bed. the controller handles the heater bed temperature control and the test time. the device can control the bed temperature at 0.01 celsius of resolution and 0.03 celsius dynamic of error.
Analgesic Tester Controller
10781567
make a device that can ignite the spark plug multiple times in a combustion period for motorcycle applications. The device is designed through electronics simulation and then manufactured on 4 layers of PCB.
Multi-spark Ignition System
make a device that can ignite the spark plug multiple times in a combustion period for motorcycle applications. The device is designed through electronics simulation and then manufactured on 4 layers of PCB.
Multi-spark Ignition System
make a device that can ignite the spark plug multiple times in a combustion period for motorcycle applications. The device is designed through electronics simulation and then manufactured on 4 layers of PCB.
Multi-spark Ignition System
10745785
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
The client needs a power management system to control the battery charging process and maximize acquired power. I work on hardware design, firmware design, and laboratory tests. the device can work properly and is capable of actively controlling the charging process and mitigating the system from high voltage input from the generator.
Micro Hydro Power Management System
10745776
Client is the State Electricity Company. They have a small-scale hybrid power plant consisting of wind turbines and photovoltaics. They need a monitoring system to monitor parameters like charging current, charging voltage, inverter power output, and environmental conditions such as air humidity, air pressure, air temperature, and solar irradiance. the obtained monitoring data need to be sent to their existing database. So I made the system start from PCB design, Device manufacturing, Coding, implementation, and then integration with their database.
Hybrid Renewable Energy Monitoring system
Client is the State Electricity Company. They have a small-scale hybrid power plant consisting of wind turbines and photovoltaics. They need a monitoring system to monitor parameters like charging current, charging voltage, inverter power output, and environmental conditions such as air humidity, air pressure, air temperature, and solar irradiance. the obtained monitoring data need to be sent to their existing database. So I made the system start from PCB design, Device manufacturing, Coding, implementation, and then integration with their database.
Hybrid Renewable Energy Monitoring system
Client is the State Electricity Company. They have a small-scale hybrid power plant consisting of wind turbines and photovoltaics. They need a monitoring system to monitor parameters like charging current, charging voltage, inverter power output, and environmental conditions such as air humidity, air pressure, air temperature, and solar irradiance. the obtained monitoring data need to be sent to their existing database. So I made the system start from PCB design, Device manufacturing, Coding, implementation, and then integration with their database.
Hybrid Renewable Energy Monitoring system

Reviews

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Experience

Electrical Engineering

PT. Lentera Bumi Nusantara
May 2018 - Jul 2020 (2 years, 2 months)
doing research about renewable energy systems, especially wind turbine and photovoltaic in the field of power electronics and data acquisition system.

Education

Bachelor of Electrical Engineering

Telkom University, Indonesia 2013 - 2017
(4 years)

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Top Skills

Electronics
Verilog / VHDL
Algorithm
Microcontroller
PLC & SCADA

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