Simulation Engineer
Muon SpaceFull Time
Senior (5 to 8 years)
Candidates should have at least 1 year of experience in research or applied engineering and possess a Bachelor's or Master's degree in Mechanical Engineering or a related field. The ideal candidate will have a passion for physics, proficiency in writing robust code, and experience with thermodynamics and fluid mechanics. Preference is given to candidates located in the UK, USA (California, Colorado, Connecticut, Georgia, Florida, Indiana, Maryland, Minnesota, Missouri, Nebraska, New York, North Carolina, Pennsylvania, South Carolina, Tennessee, Texas, Virginia, Washington), or Canada (Ontario, British Columbia, Alberta).
The Research Engineer will design and implement physics-based simulation models for thermodynamic and fluid systems, translating governing equations into performant numerical code. Responsibilities include collaborating with AI researchers to integrate simulators with reinforcement learning agents, validating simulators against real-world data, contributing to Phaidra’s simulation and AI platform, and clearly documenting and communicating technical ideas across teams.
AI virtual plant operators for industrial efficiency
Phaidra deploys artificial intelligence virtual plant operators to support operations teams in critical facilities. Their AI-powered control systems are designed to enhance stability, energy efficiency, and sustainability by learning and adapting over time. Unlike traditional static control systems that cannot adjust dynamically, Phaidra's technology continuously improves performance, addressing issues of degradation and lack of resiliency in industrial settings. The company has achieved notable success, such as delivering 40% energy savings at Google's data centers, and is expanding its solutions to various sectors, including pharmaceutical production and data centers. Phaidra's goal is to enhance operational efficiency and sustainability for its clients, generating revenue through the implementation and maintenance of its AI-driven systems.