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Turning complex problems into innovative solutions one circuit, line of code, and idea at a time is what drives me. I’m a dynamic and versatile Avionics and IoT Specialist with a strong foundation in Data Analytics, Airborne Systems, and Manufacturing Leadership. Currently in my final year of Electronics and Communication Engineering at Vellore Institute of Technology, specializing in Biomedical Engineering, I thrive at the intersection of research, technology, and innovation. Fuelled by curiosity and a passion for research and development, I enjoy exploring uncharted territory whether it's integrating emerging technologies into embedded systems, experimenting with new methods in predictive maintenance, or prototyping IoT-based solutions for real-world challenges. I believe that meaningful progress often begins where comfort zones end. Throughout my journey, I’ve led high-impact roles from developing autonomous systems with the Assailing Falcons to contributing to mission-critical projects during internships at Defence Research and Development Organisation , Airports Authority of India , and Altair. I successfully secured over $10K in sponsorships, led multidisciplinary teams, and elevated our team’s global footprint earning the Special Achiever’s Recognition and contributing to our 7th global rank and 3rd in design at SAE Aero Design ’23. My work spans avionics integration, early warning systems, advanced navigation, and IoT-driven health monitoring. I’ve also led a research initiative on Next-Gen Vibration Analysis for Predictive Maintenance, applying ML models like regression, anomaly detection, and sequence learning to predict Remaining Useful Life (RUL) using real-time sensor data. With a strong foundation in Python development, web technologies, and data visualization, I’m constantly looking for new problems to solve and new ways to solve them. Core Strengths: Embedded Systems | Avionics | Navigation Systems | Signal Processing IoT & Sensor Integration | Machine Learning | Predictive Maintenance | Biomedical Applications Python | MATLAB | SQL | Raspberry Pi | Data Analytics | Web Development Research & Development | Innovation | Cross-Functional Collaboration | Strategic Outreach Whether building smart systems, analyzing real-time data, or leading technical teams, I bring energy, initiative, and a mindset wired for growth. If you're looking for someone who embraces challenges, drives innovation, and brings ideas to life I’d love to connect.…Turning complex problems into innovative solutions one circuit, line of code, and idea at a time is what drives me. I’m a dynamic and versatile Avionics and IoT Specialist with a strong foundation in Data Analytics, Airborne Systems, and Manufacturing Leadership. Currently in my final year of Electronics and Communication Engineering at Vellore Institute of Technology, specializing in Biomedical Engineering, I thrive at the intersection of research, technology, and innovation. Fuelled by curiosity and a passion for research and development, I enjoy exploring uncharted territory whether it's integrating emerging technologies into embedded systems, experimenting with new methods in predictive maintenance, or prototyping IoT-based solutions for real-world challenges. I believe that meaningful progress often begins where comfort zones end. Throughout my journey, I’ve led high-impact roles from developing autonomous systems with the Assailing Falcons to contributing to mission-critical projects during internships at Defence Research and Development Organisation , Airports Authority of India , and Altair. I successfully secured over $10K in sponsorships, led multidisciplinary teams, and elevated our team’s global footprint earning the Special Achiever’s Recognition and contributing to our 7th global rank and 3rd in design at SAE Aero Design ’23. My work spans avionics integration, early warning systems, advanced navigation, and IoT-driven health monitoring. I’ve also led a research initiative on Next-Gen Vibration Analysis for Predictive Maintenance, applying ML models like regression, anomaly detection, and sequence learning to predict Remaining Useful Life (RUL) using real-time sensor data. With a strong foundation in Python development, web technologies, and data visualization, I’m constantly looking for new problems to solve and new ways to solve them. Core Strengths: Embedded Systems | Avionics | Navigation Systems | Signal Processing IoT & Sensor Integration | Machine Learning | Predictive Maintenance | Biomedical Applications Python | MATLAB | SQL | Raspberry Pi | Data Analytics | Web Development Research & Development | Innovation | Cross-Functional Collaboration | Strategic Outreach Whether building smart systems, analyzing real-time data, or leading technical teams, I bring energy, initiative, and a mindset wired for growth. If you're looking for someone who embraces challenges, drives innovation, and brings ideas to life I’d love to connect.

Kushagranarang

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Turning complex problems into innovative solutions one circuit, line of code, and idea at a time is what drives me. I’m a dynamic and versatile Avionics and IoT Specialist with a strong foundation in Data Analytics, Airborne Systems, and Manufacturing Leadership. Currently in my final year of Electronics and Communication Engineering at Vellore Institute of Technology, specializing in Biomedical Engineering, I thrive at the intersection of research, technology, and innovation. Fuelled by curiosity and a passion for research and development, I enjoy exploring uncharted territory whether it's integrating emerging technologies into embedded systems, experimenting with new methods in predictive maintenance, or prototyping IoT-based solutions for real-world challenges. I believe that meaningful progress often begins where comfort zones end. Throughout my journey, I’ve led high-impact roles from developing autonomous systems with the Assailing Falcons to contributing to mission-critical projects during internships at Defence Research and Development Organisation , Airports Authority of India , and Altair. I successfully secured over $10K in sponsorships, led multidisciplinary teams, and elevated our team’s global footprint earning the Special Achiever’s Recognition and contributing to our 7th global rank and 3rd in design at SAE Aero Design ’23. My work spans avionics integration, early warning systems, advanced navigation, and IoT-driven health monitoring. I’ve also led a research initiative on Next-Gen Vibration Analysis for Predictive Maintenance, applying ML models like regression, anomaly detection, and sequence learning to predict Remaining Useful Life (RUL) using real-time sensor data. With a strong foundation in Python development, web technologies, and data visualization, I’m constantly looking for new problems to solve and new ways to solve them. Core Strengths: Embedded Systems | Avionics | Navigation Systems | Signal Processing IoT & Sensor Integration | Machine Learning | Predictive Maintenance | Biomedical Applications Python | MATLAB | SQL | Raspberry Pi | Data Analytics | Web Development Research & Development | Innovation | Cross-Functional Collaboration | Strategic Outreach Whether building smart systems, analyzing real-time data, or leading technical teams, I bring energy, initiative, and a mindset wired for growth. If you're looking for someone who embraces challenges, drives innovation, and brings ideas to life I’d love to connect.…Turning complex problems into innovative solutions one circuit, line of code, and idea at a time is what drives me. I’m a dynamic and versatile Avionics and IoT Specialist with a strong foundation in Data Analytics, Airborne Systems, and Manufacturing Leadership. Currently in my final year of Electronics and Communication Engineering at Vellore Institute of Technology, specializing in Biomedical Engineering, I thrive at the intersection of research, technology, and innovation. Fuelled by curiosity and a passion for research and development, I enjoy exploring uncharted territory whether it's integrating emerging technologies into embedded systems, experimenting with new methods in predictive maintenance, or prototyping IoT-based solutions for real-world challenges. I believe that meaningful progress often begins where comfort zones end. Throughout my journey, I’ve led high-impact roles from developing autonomous systems with the Assailing Falcons to contributing to mission-critical projects during internships at Defence Research and Development Organisation , Airports Authority of India , and Altair. I successfully secured over $10K in sponsorships, led multidisciplinary teams, and elevated our team’s global footprint earning the Special Achiever’s Recognition and contributing to our 7th global rank and 3rd in design at SAE Aero Design ’23. My work spans avionics integration, early warning systems, advanced navigation, and IoT-driven health monitoring. I’ve also led a research initiative on Next-Gen Vibration Analysis for Predictive Maintenance, applying ML models like regression, anomaly detection, and sequence learning to predict Remaining Useful Life (RUL) using real-time sensor data. With a strong foundation in Python development, web technologies, and data visualization, I’m constantly looking for new problems to solve and new ways to solve them. Core Strengths: Embedded Systems | Avionics | Navigation Systems | Signal Processing IoT & Sensor Integration | Machine Learning | Predictive Maintenance | Biomedical Applications Python | MATLAB | SQL | Raspberry Pi | Data Analytics | Web Development Research & Development | Innovation | Cross-Functional Collaboration | Strategic Outreach Whether building smart systems, analyzing real-time data, or leading technical teams, I bring energy, initiative, and a mindset wired for growth. If you're looking for someone who embraces challenges, drives innovation, and brings ideas to life I’d love to connect.

Available to hire

Turning complex problems into innovative solutions one circuit, line of code, and idea at a time is what drives me. I’m a dynamic and versatile Avionics and IoT Specialist with a strong foundation in Data Analytics, Airborne Systems, and Manufacturing Leadership. Currently in my final year of Electronics and Communication Engineering at Vellore Institute of Technology, specializing in Biomedical Engineering, I thrive at the intersection of research, technology, and innovation.

Fuelled by curiosity and a passion for research and development, I enjoy exploring uncharted territory whether it’s integrating emerging technologies into embedded systems, experimenting with new methods in predictive maintenance, or prototyping IoT-based solutions for real-world challenges. I believe that meaningful progress often begins where comfort zones end.

Throughout my journey, I’ve led high-impact roles from developing autonomous systems with the Assailing Falcons to contributing to mission-critical projects during internships at Defence Research and Development Organisation , Airports Authority of India , and Altair. I successfully secured over $10K in sponsorships, led multidisciplinary teams, and elevated our team’s global footprint earning the Special Achiever’s Recognition and contributing to our 7th global rank and 3rd in design at SAE Aero Design ’23.

My work spans avionics integration, early warning systems, advanced navigation, and IoT-driven health monitoring. I’ve also led a research initiative on Next-Gen Vibration Analysis for Predictive Maintenance, applying ML models like regression, anomaly detection, and sequence learning to predict Remaining Useful Life (RUL) using real-time sensor data. With a strong foundation in Python development, web technologies, and data visualization, I’m constantly looking for new problems to solve and new ways to solve them.

Core Strengths:

Embedded Systems | Avionics | Navigation Systems | Signal Processing

IoT & Sensor Integration | Machine Learning | Predictive Maintenance | Biomedical Applications

Research & Development | Innovation | Cross-Functional Collaboration | Strategic Outreach

Whether building smart systems, analyzing real-time data, or leading technical teams, I bring energy, initiative, and a mindset wired for growth. If you’re looking for someone who embraces challenges, drives innovation, and brings ideas to life I’d love to connect.

Skills

Experience Level

Expert

Expert

Intermediate

Intermediate

Language

English

Advanced

Hindi

Advanced

Work Experience

Software Engineer Intern at DRDO CABS, Bangalore

July 31, 2024 - July 23, 2025

Engaged in classification, decoding, and demodulation of Airborne Automatic Identification System (AIS) signals at the System Test and Integration Rig (STIR) Unit. Collaborated with a multidisciplinary team to enhance understanding of AIS technology and developed advanced signal processing techniques. Utilized Python for signal analysis and algorithm development to improve AIS data interpretation efficiency.

Avionics and Manufacturing Head at Assailing Falcons, Vellore, Tamil Nadu

August 31, 2024 - July 23, 2025

Led the Manufacturing and Management department as Senior Manufacturing Engineer, overseeing aircraft manufacturing and maintenance operations. Spearheaded development of autonomous vehicles, custom PCBs, telemetry systems, and propulsion systems for SAE International competitions. Fostered global outreach by collaborating with international teams to ensure effective communication and project management.

Summer Intern at Airports Authority of India, New Delhi

December 31, 2023 - July 23, 2025

Managed air traffic control communication systems, specifically the Voice Communication Control System (V.C.C.S), ensuring seamless communication between air traffic controllers and pilots. Assisted in maintenance and calibration of radar systems, contributing to accurate aircraft tracking and enhancing operational efficiency. Gained practical insights into aviation communication and navigation systems.

Summer Research Intern at DRDO ASL, Hyderabad

September 30, 2023 - July 23, 2025

Contributed to development of Power Electronic Systems at the System Integration and Test (SINT) Unit, focusing on testing techniques for power loads in missile launch systems. Enhanced knowledge of power electronics applications in high-stakes environments, supporting national defense capabilities.

Embedded and Systems Engineer at Azista BST Aerospace, Hyderabad

June 1, 2024 - Present

Leading development of advanced COMINT systems for satellite payloads enabling real-time RF signal intelligence and communication surveillance. Driving sensor fusion and high-frequency signal processing with ADRV9002 RF transceiver for low-noise, high-resolution data acquisition. Designing and deploying AI/ML models for signal classification, automatic threat detection, autonomous pattern recognition, and real-time analysis of unknown communication sources.