IoT-Enabled Digital Microscope Development
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Summary
Currently developing a level-1 Digital Microscope by integrating various IoT components including ESP32 Devkit V1, Arducam MINI 2MP Plus, and Crowpanel Display (SKU: DIS05035H).
Highly motivated Electronics and Communication Engineering student with a strong passion for IoT and VLSI design, actively developing foundational skills for industry application. Eager to leverage hands-on technical project experience, including semi-custom ALU design and an IoT-enabled digital microscope, to contribute to innovative internships and entry-level engineering roles. Possessing emerging leadership and team management abilities demonstrated through organizing large-scale technical events.
Organizing Team Member
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Summary
Contributed to the successful organization of HACKVYUHA - 2025, a flagship innovation and technology event.
Highlights
Coordinated logistics and operational aspects for HACKVYUHA - 2025, ensuring a seamless experience for participants and stakeholders.
Developed practical management and team-building skills by collaborating effectively with the organizing committee.
Expanded professional network by engaging with industry professionals and participants at a major technical event.
Native
Digital Circuit Design, Logic Gates, Semiconductor Devices.
FPGA, HDL Synthesis, Vivado.
IoT Devices, Embedded Systems, Sensor Integration, ESP32.
VLSI Design, Virtuoso, nclaunch, Circuit Simulation.
Project Management, Team Leadership, Event Coordination, Organizational Skills.
System Design, Prototyping, Hardware Development.
Troubleshooting, Analytical Thinking, Technical Debugging.
C, Python, ALP (Assembly Language Programming), Verilog, HDL (Hardware Description Language).
Dance, Listening Music.
Travel, Gaming.
Coding, Designing UI.
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Summary
Currently developing a level-1 Digital Microscope by integrating various IoT components including ESP32 Devkit V1, Arducam MINI 2MP Plus, and Crowpanel Display (SKU: DIS05035H).
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Summary
Designed and implemented a 4-bit Arithmetic Logic Unit (ALU) from RTL (Register-Transfer Level) to GDSII (Graphic Design System II) layout using Cadence tools, with a focus on optimizing area, power, and timing performance.