• Worked extensively with Python’s Numpy, OpenCV, Matplot libraries for advanced calculations and imagemanipulations.• Pioneered a groundbreaking volume calculation technique for objects and land within user-defined areas. This novel method dramatically outperforms traditional surveying tools, delivering accurate results for areas as large as 8 acres in under a minute – a significant technological leap in efficiency and speed.• Contributed to the development of machine learning models for image recognition, achieving a 15% improvement inaccuracy.• Played a pivotal role in enhancing the team’s understanding of complex machine learning concepts, effectively demystifying technical jargon during collaborative brainstorming sessions.• Acquired practical experience with Amazon CLI, SSH servers, Amazon S3, and Amazon SageMaker in cloud-based operations.

• Gathered requirements, defined scope, and objectives, analyzed, and evaluated user needs to create solutions for the ‘world’s most precise neutron lifetime experiment’.• Designed a prototype using CAD and built a Computer Numerical Control (CNC) machine for use in the research project. Provided detailed project status reports.• Built effective relationships with vendors by assessing and monitoring current providers, identifying new and improved vendors, and supporting their qualification.• Identified and mitigated supplier issues ensuring overall timely completion of the project• Improved efficiency of the lab by 90% by labeling tools and creating a system of organization.