About me
I am a 20-year-old Embedded & Systems Engineer with a strong passion for unmanned aerial systems (UAS) development. My expertise spans across UAV technologies, including flight controllers, ground control stations (GCS), firmware, and embedded systems, where I focus on building high-performance and reliable solutions for autonomous aerial platforms.
With deep expertise in PCB design, I have extensive experience working with high-speed & low-speed digital and mixed-signal circuits, ensuring signal integrity and optimal performance. I specialize in designing multi-layer PCBs for applications such as custom flight controllers, microcontroller boards, sensor modules, and communication interfaces. My work includes power distribution, EMI/EMC considerations, and high-speed routing techniques, ensuring robust and reliable hardware architectures for mission-critical systems.
Additionally, I have strong experience in embedded systems, working with 8-bit AVR microcontrollers and 32-bit ARM Cortex-M processors. I specialize in low-level firmware development, real-time operating systems (RTOS), and embedded C/C++ programming. My expertise ensures efficient hardware-software integration, optimizing system performance for applications requiring real-time precision and reliability.
My interests extend into the defense and aerospace sectors, where I contribute to UAVs, guided missiles, rockets, and advanced autonomous systems. I am driven by innovation and dedicated to developing next-generation technologies that enhance security and operational capabilities.
What i'm currently doing
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Development of UAS
Working on next generation flight controllers, military UAV and defence solutions
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Control Systems
Working on various controller design for next generation flight controllers
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Sensor Modules
Working on varity of sensor chips and modules like IMU, Barometer, Magnetometer etc.
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Embedded Systems
Learning about the SOC design of ARM cortex processors and low level development
Awards and Honours
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