Rishvant K M

• Completed one-month internship program to gain in-depth understanding of four-wheeler servicing.
• Diagnosed and evaluated vehicle defects to identify appropriate service solutions.
• Demonstrated proficiency in servicing vehicles and executing repairs to ensure customer satisfaction.

Developed and implemented strategies

• Formulated advanced techniques to reduce surface roughness and improve the topography of Inconel 625 components.
• Analyzed existing techniques to identify areas for improvement and address underlying concerns.
• developed a detailed document outlining steps to improve surface quality.

Collaborated with team members

• Researched and collaborated with members of the engineering team to explore options for testing and optimizing process parameters.
• Communicated effectively to provide guidance about methods to investigate and implement strategies.

Utilized cutting-edge technologies

• Explored a variety of cutting-edge technologies to reduce surface roughness and improve topography.
• Researched and analyzed the advantages and disadvantages of different techniques and proposed an appropriate solution.

Conducted experiments

• Conducted a series of experiments to characterize materials and analyze the results.
• Utilized advanced analytical methods such as optical microscopy, electron microscopy, and scanning electron microscopy to identify areas of improvement.
• Proposed innovative solutions to reduce surface roughness and improve topography.

Impact:

• Developed and implemented strategies to significantly improve surface quality of Inconel 625 component
• Collaborated with team members to test and optimize process parameters
• Utilized cutting-edge technologies to reduce surface roughness and improve topography of component
• Conducted experiments to characterize materials and analyze results and proposed innovative solution to reduce surface roughness and improve topography

Work List:

• Conducted research and gathered data on refrigerator operation
• Formulated a hypothesis to analyze operational efficiency
• Developed an experimental technique to test the hypothesis and evaluated the results
• Analyzed data to determine the optimal settings for the refrigerator, resulting in highest efficiency
• Applied findings to improve the efficiency of the refrigerator, resulting in increased energy savings

Impact:

• Led a 4 person team to investigate the operation of a refrigerator using an LPG cylinder
• Conducted research, gathered data and formulated a hypothesis
• Developed an experimental technique to test the hypothesis and evaluated the results
• Analyzed data to determine the optimal settings for the refrigerator, resulting in increased energy savings