AGUS LESMANA

An accomplished engineer with a robust academic background and extensive hands-on experience, I earned a Bachelor's Degree in Electrical Engineering from Sepuluh Nopember Institute of Technology. Subsequently, I pursued a Master's Degree at National Chiao Tung University, specializing in Electrical Control Engineering with a particular focus on Robotics Systems and Control Engineering, encompassing subjects such as PID and Fuzzy Logic.

My expertise encompasses practical skills in Programmable Logic Controllers (PLC) and Distributed Control Systems (DCS), as well as Control Engineering, with proficiency in PID and Fuzzy Logic. I have also gained valuable experience in the field of Internet of Things (IoT) and achieved the impressive feat of securing 3rd place in the ACER IoT Competition, showcasing my innovation and problem-solving abilities in this emerging technology field. A notable research publication in the field of Robotics for Rehabilitation is accessible through the IEEE Xplore database.

Following my academic journey, I applied my knowledge in the industry, commencing at Micron Technology as a DRAM Test Solution Engineer. In this role, I acquired extensive experience in Memory Repair, Repair Algorithm development, and Fuse Blow technology. I demonstrated strong leadership skills by leading teams and successfully navigating the entire product development cycle, from the Pre-Silicon stages involving Verilog simulation and pattern/vector creation to Post-Silicon, ultimately reaching High Volume Manufacturing (HVM). Notably, I played a leading role in projects related to LPDDR4 and LPDDR5.

Continuing to advance my career, I joined Qualcomm as a Senior Digital Product Test Engineer, where I made significant contributions to the Sensor team. My work involved developing and improving Current Sensors, Voltage Sensors, and Adaptive Clock Distributors for power management on CPU, GPU, and NSP Power Rail. My leadership extended to being the IP lead for Current and Voltage sensors, showcasing my expertise and impact in the field of digital product testing and development.

With a strong academic foundation, diverse practical experience, and a track record of impactful contributions in both the semiconductor industry, robotics, and IoT, I am a dynamic engineer with a passion for innovation and excellence in my field.

ACER IoT Competition (Third Place)

• Issued by ACER · Sep 2016
• Develop and analyze a prototype of security system based on knock pattern and frequency to open the door by using Piezzo Buzzer.
• https://www.youtube.com/watch?v=_2EM_OrygDk

IRHOCS Mobile Robot Arm Competition

• Issued by National Instrument · Sep 2015
• Develop and analyze a prototype of mobile arm robot that has capabilities to take and distinguish color of the balls then put them in the certain place by using;
  -) KNR as microcontroller.
  -) HOKUYO laser for Simultaneous LocalizAtion and Mapping (SLAM).
  -) LINE SENSOR to detect start and stop and follow line.

Publication on Rehabilitation Robotic

• 10.23919/ICCAS.2017.8204316
• https://ieeexplore.ieee.org/document/8204316

Self Driving Car (Self Parking using April Tags).

• Develop a self driving car with a camera to
  capture image and detect april tag using
  OpenCV under linux System.
• https://www.youtube.com/watch?v=PYgqPhJmiM
  k

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