Cody Bateman Email & Phone Number

Austin, TX, US

Currently assisting an engineering team based in Austin to finalize the commercial design of a passive, novel approach that maintains a very specific temperature vaccine carrier and charging unit. Carriers have no off-gas and transported by any conventional method including by backpack or drone. First units to be commercially available in early 2025.

MetaVista is currently developing the first fully autonomous AI situationally aware drone flight controller. Developing specialize models and proprietary workflows, the MetaMind AI engine and extended flight liquid hydrogen powered drones are poised to revolutionize the drone industry in numerous ways, impacting various sectors such as logistics.

Created a successful startup specializing in the liquefaction and storage of hydrogen. Became an industry leader in less than two years. Grew to more than 50 employees.

Development of commercial solutions utilizing cryogenic technologies along with the advanced AI applications used to monitor and analyze thermal properties of each solution. AI was utilized to not only predict future test results but to recommend optimal thermal layering.AI was developed utilizing the Java Agent Development Framework (JADE) and Python for.

Lead Researcher in Cryogenic Research, serving both the Department of Defense and NASA. With a deep expertise in cryogenics, worked to advance the understanding and application of ultra-low temperature technologies as well as how liquid hydrogen could be used as a fuel for commercial applications. This work focused on the development and implementation of.

Responsibilities included crafting business and technology solutions for complex multi-year outsourcing engagements, creating contracts and Service Level Agreements (SLAs) for legal review, and assisting to close the business often being the lead presenter and negotiator to close the engagement. Created the official book of service offerings and related.

Founder of a small research firm in association with the University of Texas at Dallas initially focused on creating complex simulations to optimize exploration and extraction techniques for the oil & gas industry. The goal was to leverage AI’s ability to model complex, non-linear systems, process large datasets, and optimize operations to improve.

PINE, Colorado, US

Developed advanced avionics simulations for the Department of Defense. Primary focus was on developing Kalman filters which are powerful tools used in various applications such as navigation, robotics, and control systems to estimate the state of a system from noisy measurements. Integrating AI into Kalman filters enhanced their performance, especially in.

Dallas, TX, US

Lead Design Engineer for advanced aviation electronics and missile systems for the Department of Defense. Led a team of engineers to study how AI could be potentially used in future defense systems focusing primarily on expert systems, rule-based systems, and early forms of machine learning. AI development utilized both Prolog and LISP.

Master Of Business Administration - Mba, International/Global Studies

Bachelor Of Science - Bs, Computer Science / Electrical Engineering