HARSHITHA BYREGOWDA

• Coordinated fieldwork by documenting the ground data collected, the procedure followed, and the environmental conditions used for absolute calibration and validation of optical sensors.
• Developed technical skills related to specialized equipment necessary for accurately collecting field data.

• Pursuing independent research on "Absolute vicarious calibration, Extended PICS (PICS) based de-trending, and Validation of Hyperspectral Hyperion, DESIS and EMIT."
• Focused on improving the radiometric calibration of optical sensors with extended knowledge of hyperspectral sensors and target characteristics in the hyperspectral spectrum range.
• Implemented a technique to combine Hyperspectral sensors (interchangeable), giving global temporal and spatial coverage.

• Taught undergraduate students in the electrical lab to understand and get hands-on experience in building electrical circuitry - to get practical knowledge on theoretical aspects of coursework.
• Provided one-on-one sessions to assist the students in understanding the concepts.
• Gathered, sorted, and graded student assignments and exams.
• Performed data entry into the system, closely monitored the students, and reported performance to the professor for further evaluation.
• Conducted the experiments before the session and maintained the lab equipment to ensure its working condition.

• Designed user-friendly web applications using HTML and JavaScript.
• Partaken in developing and designing apps and logos.
• Contributed to the team assisting "Canara Bank and Axis Bank" as clients.
• Developed custom software solutions for various business needs, resulting in improved productivity.

• Learned to design microstrip patch antennas, analyze the application of antennae, and compile theoretical studies on the propagation of electromagnetic waves.
• Earned knowledge with some hands-on experience in industrial-level microwave systems development and application.

3 GPA

Coursework in Statistical programming, statistical methods, data mining, machine vision/pattern recognition, active sensors, advanced image processing, remote sensing engineering, and optical sensors.

GPA: 3.45

Coursework in Analog and Digital Electronics, Electromagnetics, Digital Image Processing, Real-Time Systems, Digital Signal Processing, Wireless Cellular and LTE broadband, Fiber Optics and Networks, Radar Networks, CAD, Network Analysis, Electronic Instrumentation, Principals of Communications, Advance Communications, Other VLSI and Embedded system courses.