About
Motivated Electronics and Communication Engineering student with hands-on exposure to embedded systems, RF and antenna simulation, hardware testing, and software fundamentals. Seeking an entry-level opportunity to apply analytical thinking, problem-solving, teamwork, and a strong learning mindset in technology-driven projects.
Experience
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InternNational Atmospheric Research Laboratory (NARL) · GadankiMay 2026 – Jul 2026
Studied MST radar and active phased-array architecture, including transmit–receive modules, RF measurements, and beam-steering concepts. Used VNA, spectrum analyzer, and oscilloscope; modeled a 32×32 planar antenna array and visualized array-factor and steering-angle effects in MATLAB.
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Embedded TrainingEmertxe Information TechnologiesDec 2025 – Jan 2026
Practiced Embedded C and PIC16F877A peripherals; built a PICSimLab microwave-oven simulation with keypad, CLCD, timer, and state-machine control.
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InternHyoseong Electric Pvt. Ltd.Nov 2023 – May 2024
Assembled EPS motor components, inspected sensor-detection faults, assisted troubleshooting, and documented findings with the engineering team.
Education
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2027
B.Tech in Electronics and Communication EngineeringAwarded by JNTUAElectronics and Communication Engineering (ECE) · 2024 – Apr 2027
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2024
Diploma in Electronics and Communication EngineeringSV Government PolytechnicElectronics and Communication Engineering (ECE) · 2021 – 2024
Skills
Tools / apps / platforms
Projects
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Microwave Oven Simulation — PIC16F877AEmbedded C, PIC16F877A, PICSimLab
Implemented cooking modes, timer settings, and power control with keypad/CLCD interfaces and state-machine logic.
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Museum Security Alerting SystemArduino, Ultrasonic Sensor
Designed an Arduino perimeter-monitoring prototype to detect nearby movement and trigger audible/visual alerts.
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AI-Integrated IoT Public Surveillance SystemPython, OpenCV, MQTT, HTML, CSS, JavaScript, Raspberry Pi
Developing a missing/wanted-person identification prototype with real-time alerts and a dashboard; Raspberry Pi deployment planned.
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MATLAB-Based 32×32 Phased-Array Radar & Beam SteeringMATLAB
Simulated a 1,024-element planar array and developed an interactive GUI to adjust azimuth/elevation steering angles and visualize beam direction and array-factor changes.
Courses & certifications
- PwC Launchpad — CEDA Micro Certification · PwC · 2026