GOUNDLA MAHESH GOUD

Highly motivated Electrical and Electronics Engineering graduate with strong foundational knowledge in circuit design, power systems, and embedded systems. Proficient in AutoCAD, MATLAB, and PCB design, with hands-on experience from internships and academic projects. Seeking a challenging entry-level position to apply technical skills for innovative engineering solutions.

• A New Multilevel Inverter with Reducing Switches, A project learned for better output and voltage regulation and efficiency,
• emergence of multilevel inverters has been in increase since the last decade. These new types of converters are suitable for high voltage and high power application due to their ability to synthesize waveforms with better harmonic spectrum. Numerous topologies have been introduced and widely studied for utility and drive applications. Amongst these topologies, the multilevel cascaded inverter was introduced in Static VAR compensation and drive systems. This project presents a new technique for getting a multilevel output and also uses PWM control techniques. In this technique, the number of switches used for the dc to ac conversion is reduced. So this dc to ac conversion significantly reduces the initial cost. This technique exhibits some attractive features which suits industrial applications. MATLAB simulink environment is used to simulate the results. The hardware results are also presented for the proposed technique.
• Over Load Over and Under Voltage Control System.
• This project aims to build a system that monitors voltage and provides a breakpoint based low and high voltage tripping mechanism that avoids any damage to the load. Various industrial and domestic systems consist of fluctuation in the AC mains supply. There is a chance of damaging electronic devices that are quite sensitive to these fluctuations. So there needs to be a tripping system that avoids any damage to these loads.

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