Jas Sippola

Spearheaded process improvement initiatives by developing custom GUIs for testing procedures, leveraging Python and Linux bash scripting to enhance efficiency and ease of use in SSD testing.

• Designed and implemented specialized GUIs to automate data parsing and entry into Excel, streamlining manual processes and reducing time spent on repetitive tasks.
• Collaborated on machine learning projects in Python, analyzing large datasets to predict future failures of enterprise solid-state drives, contributing to data-driven decision-making.
• Performed mechanical testing for enterprise SSDs, utilizing precision testing techniques and working closely with engineers to ensure product quality.
• Utilized Jira and Teams for project tracking and cross-functional communication, ensuring seamless collaboration on testing procedures and process improvements.

• Utilized SolidWorks to create precise design documents and CAD models for battery production, implementing geometric dimensioning and tolerancing (GD&T) for accuracy and manufacturability
• Proficiently employed Ansys Simulation suite for rigorous mechanical integrity assessments, including Finite Element Analysis (FEA) and vibrational/modal analysis, ensuring structural integrity and reliability
• Led the development of a non-contact gauge solution for battery-cell production, analyzing live production data and implementing rapid prototype solutions to mitigate vibrational interference
• Spearheaded the design and implementation of a comprehensive radiation shielding system for manufacturing facilities, ensuring compliance with safety standards and seamless integration into production processes
• Provided hands-on support and troubleshooting for engineering systems, ensuring seamless functionality and operational efficiency, demonstrating adept problem-solving skills to maintain peak performance

• Supported multi-disciplined engineering team in experimental designs and ongoing research for alkaline batteries, utilizing CAD software for detailed designs and rapid prototyping
• Ensured optimal functionality and safety of machinery through regular maintenance and troubleshooting, applying GD&T principles for precise equipment alignment
• Collaborated with cross-functional teams to integrate new technologies and materials into battery production processes, fostering innovation and maintaining competitive advantage