ANUSHA THARUN KAMBALAPALLY

Enthusiastic and driven graduate in Electrical and Electronics Engineering, complemented by a master's in Information Systems. With hands-on experience in customer service and technical support, I am eager to apply my strong technical skills and passion for problem-solving in a dynamic environment. Committed to continuous learning and contributing to projects that foster innovation and sustainability, I am excited to be part of an organization that values technical excellence and development.

Design of Solar Based Mobile Charger ( Mini Project During Graduation)

• Designed and optimized solar panel arrays, selecting appropriate types and wattages based on efficiency and cost considerations.
• Chose and integrated battery systems to ensure optimal energy storage and longevity.
• Developed and implemented charge control systems to manage power flow, including overcharge and over-discharge protection features.
• Designed and optimized solar panel arrays, selecting appropriate types (monocrystalline, polycrystalline) and wattages based on efficiency and cost considerations.
• Created and tested prototypes to validate design functionality and durability under various environmental conditions.
• Analyzed test results and made design adjustments to improve performance and reliability

Design Of Roof Rain Power Generation (Main Project During Graduation)

• Designed and implemented efficient rainwater collection systems using gutters, downspouts, and pre-filtration mechanisms to ensure clean and continuous water flow.
• Developed a hydroelectric turbine system to convert the kinetic energy of falling rainwater into electrical energy, selecting suitable turbine types (e.g., Pelton or Francis) based on water flow characteristics.
• Integrated a charge controller and battery storage system to manage and store generated energy. Designed power conversion systems, including inverters, for efficient energy use.
• Created and tested prototypes to validate the design, including assessing performance under various rainfall conditions and optimizing for efficiency and reliability.
• Conducted rigorous testing and analysis to refine system components and ensure optimal energy output.
• Ensured system compliance with local regulations and safety standards, including electrical safety and energy generation guidelines.
  

• Proficient in analyzing data, interpreting results, and making data-driven decisions. Capable of understanding and applying complex concepts to practical situations, ensuring accuracy and efficiency in all tasks.
• Skilled in both verbal and written communication, able to convey technical information clearly and concisely to diverse audiences. Experienced in preparing detailed reports, presentations, and documentation.
• Proven ability to work effectively in team environments, contributing to group objectives and fostering positive working relationships. Experienced in collaborating with cross-functional teams to achieve common goals.
• Flexible and open to new ideas, capable of adjusting to changing circumstances and learning new technologies or methodologies quickly. Comfortable working in dynamic and fast-paced environments.