Bryce Moore Email and Phone Number

Supporting commercial strategy through project leadership, technology development, process improvements, and mentorship for new employees in R&D.• Developing commercial HVAC technologies to enable >80% reduction in direct greenhouse gas emissions, allowing Montreal Protocol compliance (Kigali Amendment), and streamlining future product strategy.• Leveraged multi-phase CFD and rapid prototyping to achieve significant product cost reduction. Improved pricing, manufacturability, and performance in a product family facing significant cost pressure.• Applied automation, uncertainty analysis, and quality assurance methods to achieve >50% improvements in laboratory test accuracy and turnaround time. Created standard lab processes used in labs in US and Asia.

Drove ideation, optimization, and validation of new heat exchanger technology concepts. Collaborated with marketing, service, supply chain, and manufacturing in US, Europe, and Asia to bring new products to market.• Awarded rare off-cycle promotion for turning around a struggling project. Delivered creative strategic IP and a suite of simulation and design tools, enabling release of a new, best-in-class global product line of large commercial chillers. Team was awarded UTC CCS President’s Award for Product Innovation.• Awarded Excellence in Innovation Award for successful proof-of-concept for a new, aggressively optimized falling film chiller. Led teams in US & Asia from brainstorming to validation and showed $2M/yr value. • Proposed, designed, delivered, and qualified new lab facilities for testing low-GWP refrigerants of the future. Data from these facilities continues to drive company-wide product strategy for 2023 and beyond.

Member of a global team responsible for heat exchanger technology development, including testing, modeling, optimization, and business value assessment of new technologies.• Expanded competitive intelligence through benchmark testing, teardown, and comparison of competitors’ products. Monitored patent and product literature for new releases and current state of the art.• Executed fast sub-scale testing of falling film evaporator and refrigerant distribution concepts. This enabled rapid technology down-selection and high-fidelity modeling tools for cost/performance optimization.• Volunteered on Employee Engagement and Young Professionals groups. Organized charity, professional development, and team building events to foster community outreach and improve employee satisfaction.

Lead researcher on a high-pressure $700k project sponsored by Exxon-Mobil. Investigated more efficient processes for purifying natural gas, and delivered regular status reports to corporate sponsors. • Created two-phase fluid flow, heat transfer, and mass transfer models for adsorption gas separation systems. Designed and built test facilities for model validation and two-phase flow visualization.

• Used design of experiments and multi-physics FEA (ANSYS) to optimize composite heat shielding for hypersonic re-entry vehicles. Leveraged simulation results to minimize testing and project cost.

• Assembled test facility for real-time ultrasonic monitoring of membrane fouling in industrial filtration processes, and gathered test data used to develop predictive fouling models.• Performed chemical assays, dissections, and biological sampling tasks for the study of heart attack survival rate in rats. Responsible for care, training, and sample collection for >500 animal test subjects