Vamsi Krishna Kasimalla

Electrical and Computer Engineering graduate student specializing in embedded systems and semiconductor applications. Proficient in C, Python programming, MATLAB scripting, circuit design, power electronics, and microcontroller programming. Published research on power control in solar PV inverters. Completed internships in the automotive and robotics industries with certifications in IoT, PLC, and PCB design. Seeking an IBM internship to apply technical skills in the semiconductor domain.

Major Project: Controlling Active and Reactive Power in Three-Phase Solar PV Inverter Using Modified IC Method

• Developed an innovative approach to enhance the performance of three-phase solar photovoltaic (PV) inverters through a modified integrated circuit (IC) method.
• The project focused on effectively managing both active and reactive power output, optimizing energy efficiency, and improving grid stability.
• By implementing advanced control algorithms, the system demonstrated significant improvements in response time and accuracy in power regulation.
• This research, published in International Journal of Multidisciplinary Research in Science, Engineering, and Technology (IJMRSET), contributes to the ongoing advancements in renewable energy technologies, aiming to facilitate greater integration of solar power into existing electrical grids.

Mini Project: Smart Water Bottle

• Developed an innovative Smart Water Bottle that integrates IoT technology to monitor and encourage hydration.
• The device features real-time tracking of water intake, personalized hydration goals, and notifications via a mobile app to remind users to drink water throughout the day.
• Implemented a microcontroller to collect data from sensors that measure water levels and temperature, ensuring optimal user experience. Leveraged low-power Bluetooth connectivity for seamless integration with smartphones.
• The project aims to promote healthy hydration habits while utilizing sustainable materials in the design.

IoT-Based Sensors Workshop | Mad Blocks
Completed: [10-2022]

• Participated in an intensive workshop on IoT-based sensors, gaining hands-on experience in integrating sensor technologies with IoT platforms.
• Successfully developed a mini-project: Smart Water Bottle, utilizing sensor data to monitor water consumption and provide real-time feedback, aimed at promoting hydration awareness.

Industrial Automation with Programmable Logic Controller (PLC) | APSSDC

Completed: [12-2022]

• Gained in-depth knowledge of PLCs and their application in industrial automation processes.
• Acquired hands-on experience in programming, troubleshooting, and optimizing PLC systems to enhance automation efficiency.

PCB Design and Fabrication | APSSDC

Completed: [02-2020]

• Gained practical experience in the design and fabrication of Printed Circuit Boards (PCBs), including schematic design, layout, and manufacturing processes.
• Developed skills in using PCB design software and understanding key fabrication techniques.

C and Python Programming Workshop | APSSDC

Completed: [04-2022]

• Enhanced programming skills through immersive workshops focused on C and Python. In the C workshop, developed a strong understanding of data structures, algorithms, and memory management, complemented by hands-on projects.
• The Python workshop covered object-oriented programming, data analysis, and web development, allowing for practical application of Python in real-world scenarios.

YKR Scholarships | Academic Merit-Based Scholarship
Awarded: 2017

• Recognized for outstanding academic performance and awarded a merit-based scholarship.

Cricket Tournament
CR Polytechnic: 2020

• Achieved 1st Prize in the Diploma-college cricket tournament, demonstrating teamwork, leadership, and strategic thinking on the field in my captaincy.

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• Telugu

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