Sander Antonius Balisa

Process Engineer with extensive experience in managing technology and production transfers, specializing in coordinating processes, preparing FMEA and maintenance documentation, and ensuring seamless machine setup and integration. Proficient in developing custom Automated Optical Inspection (AOI) applications using C# .NET, handling end-to-end design, deployment, and optimization to improve product quality.

Led a research team, fostering effective communication and collaboration. Contributed to strategic decisions steering the Autonomous Drone Research Team. Programmed autonomous drones using C++, ROS, and OpenCV, and integrated leadership seamlessly with hands-on technical contributions. Gained valuable insights into the intricacies of autonomous systems. Troubleshot and debugged software to ensure drone reliability, and collaborated on integrating cutting-edge technologies into drone systems.

Led the development of an Integrated Information and Alarm Center project using C# within the .NET Framework. Implemented wireless communication with a range of up to 2 kilometers and integrated real-time voice transmission capabilities into the system. Embedded the system on a Raspberry Pi 4, utilizing C++, Shell scripting, and Python to enhance performance and functionality.

Create a Real-time RTC Monitoring System which designed to control a digital multimeter for collecting sensor data. The application was built using C# in the .NET Framework, resulting in a significant improvement, with performance enhancements reaching up to 10 times compared to the previous system.

Focused on designing and analyzing electronic systems, including circuits, embedded systems, robotics, FPGA, and signal processing. I gained hands-on experience through lab work and projects, applying theory to real-world challenges in automation and instrumentation. The program also developed my skills in troubleshooting, system integration, and using industry-standard tools, preparing me to solve complex engineering problems effectively