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Empower Your Future: At MetOx International, we’re pioneering the next era of energy security and abundance through breakthrough superconducting technology. As the Manager Research & Development (R&D) Lab, you'll lead the operation at the center of our innovation ecosystem, where new materials, manufacturing processes, and product concepts are transformed into scalable technologies. Your leadership enables the experimentation, validation, and technical execution that accelerate the commercialization of one of the world's most transformative energy technologies.   Based at our global headquarters in Houston, TX, the Manager Research & Development (R&D) Lab leads the daily operation of MetOx's Pilot Line and R&D laboratory, overseeing technicians, laboratory operations, equipment readiness, and engineering execution. Working closely with Process Engineering, Manufacturing Engineering, Equipment Engineering, Materials Science, Quality, and R&D, this role drives safe, efficient, and disciplined laboratory operations while enabling rapid experimentation, technology development, process scale-up, and the successful transfer of new manufacturing capabilities into production.   Laboratory Leadership Leads the daily operation of MetOx's R&D characterization laboratory supporting process development, product development, failure analysis, and manufacturing support. Supervises, coaches, and develops laboratory technicians while fostering a culture of safety, quality, accountability, technical rigor, and continuous improvement. Establishes laboratory priorities, allocates resources, and balances competing engineering demands to ensure timely delivery of high-quality analytical results. Builds laboratory capability through workforce development, cross-training, and continuous improvement initiatives. Materials Characterization and Failure Analysis Leads failure analysis to identify root causes of process, materials, and product performance issues using structured scientific problem-solving methodologies. Oversees advanced materials characterization including SEM/EDS, ICP, metallography, optical microscopy, mechanical testing, and related analytical techniques. Develops and improves characterization methods for high-temperature superconductors, thin films, and associated materials. Correlates microstructure, composition, and defects with processing conditions and electrical performance to accelerate product development and improve manufacturing yield. Evaluates analytical data, identifies trends, and communicates technical findings and recommendations to cross-functional engineering teams. Superconductor Testing Leads electrical characterization of HTS conductors, including transport critical current (Ic), in-field performance, and other superconducting measurements. Develops robust, accurate, and repeatable test methods supporting R&D and manufacturing. Applies analytical chemistry techniques including ICP, DSC, TGA, NMR, Karl Fischer titration, GPC, and HPLC to support materials characterization, process development, and root cause investigations. Ensures test methods, laboratory equipment, and measurement systems produce reliable, accurate, and reproducible results. Engineering Partnership Partners with Process, Materials, Equipment, Manufacturing, and Quality teams to support development, sustaining engineering, and technology transfer. Provides technical expertise and data-driven recommendations that support engineering decisions, process optimization, and manufacturing scale-up. Ensures accurate sample tracking, data integrity, and technical documentation to support engineering and quality requirements. Identifies opportunities to improve laboratory capability, throughput, and diagnostic effectiveness through new test methods, instrumentation, and process improvements. Communicates complex technical findings clearly to