- Collaborate independently with a team of researchers to validate innovative spatial transcriptomics technology using advanced automated systems in FFPE tissue sections. - Scaling up from low-plex manual image capture to automated high-plex systems, optimizing imaging efficiency. - Demonstrate proficiency in performing DNA/RNA detection using fully automated systems, validating novel analysis pipeline efficacy in patient treatment involving immune checkpoint inhibitors. - Create and document precise scientific workflows and standard operating procedures (SOPs) for a sophisticated automated imaging and computational analysis pipeline, resulting in streamlined and efficient operations.- Implementation of beta testing on RNA spatial multiplex detection instrumentation, resulting in a significant 45% reduction in sample runtime.- Adapt existing automation scripts and developed innovative solutions to overcome equipment and software limitations, contributing to the timely completion of projects.- Directed the successful transition of molecular biology research operations and supply chain from external to internal management, introducing quality assurance practices that enhanced efficiency and control.- Oversee automation and software operations, performing comprehensive root-cause analyses and risk assessments to effectively resolve underlying issues.

- Proficient in working with CHO cells, a commonly used mammalian cell line.- Experienced in conducting laboratory courses focused on micro physiological systems, including iPSC differentiation into cardiomyocytes, muscular tissue formation, and mechanical and conductivity testing for twitch forces.- Knowledgeable in breast cancer spheroid formation, serving as an introductory step to organoid and organ-on-a-chip seeding techniques.- Skilled in guiding student laboratory classes and leading journal club discussions.- Actively engaged in teaching graduate and undergraduate students, providing guidance, grading reports, and supporting their success in coursework.- Well-versed in using laboratory equipment for various projects and assisting with lab classes and extracurricular activities.- Proficient in answering cell culture and laboratory-related questions and willing to work afterhours when necessary.- Experienced in biohazard waste management, inventory management, and safe handling of flammable and dangerous chemicals.- Capable of preparing cell culture media and maintaining bio laboratory safety hoods.

- Proficiently resolved failures in critical communication systems, Layer 2 and 3 IT networks, cybersecurity, and wireless technologies to ensure uninterrupted operations.- Work with automation tools, instrumentation, and systems from various manufacturers to install new equipment, repair existing communication systems, streamline processes.- Skilled in troubleshooting manufacturing systems communication, including wireless and wired networks, Ethernet, and serial protocols such as Modbus and Profibus.- Demonstrated expertise in global applications, including cellular VPNs, providing installation and commissioning guidance, design assistance, and generating application-specific, detailed technical documentation.

Project pursuit manager working directly with operation, production, and consulting engineers on the design & specifications for comprehensive control & industrial networking solutions and manage capital projects nationwide & internationally. My primary focuses are Oil & Gas, Infrastructure & Utilities projects, with an emphasis on Renewables. Expertise includes PLC specification, Human-Machine-Interface designs, and wireless network configuration.- Acted as a technology consultant specializing in industrial automation applications and automation products, with a focus on the oil & gas and renewable power industries.- Provided expertise in manufacturing systems and processing facilities, particularly experienced with Phoenix Contact, Rockwell, and Siemens manufacturing systems.- Played a pivotal role in driving sales growth, contributing to over $2 million in industrial communication sales within the region over a three-year period, by effectively identifying and meeting customer needs and promoting suitable solutions.

Manged current product portfolio content creation, revision & integration of new company acquisition marketing collateral; supported new product development via composition of data-derived technical specification; created and maintained customer & local-business-partner facing website and resources.

Primary Assistant to Senior Materials Scientist Dr. Karl A. Gschneidner Jr. at Ames Laboratory, focusing on rare earth metal alloys research. Responsibilities including developing test sample sets, calculating alloy compositions and test data collection, as well as induction furnace operation, tank & arc welding and X-ray operation.

Streamlined engine fire reporting, tracking & resolution, eliminating 12 months of backlog; developed formal career progression tracks for recent graduates & hires; and providing marketing support to technical team as needed.

Responsibilities including developing test sample sets, calculating alloy compositions and test data collection, as well as preparing industry demonstrations of an electronic ink, derived from ITO ceramic nanoparticles based in polymeric ink. Experience working directly with nanoparticles.