Computational Fluid Dynamics Engineer

You will report to the Manager of Fuel Equipment Design and be responsible for performing Computational Fluid Dynamic (CFD) modeling and analysis to support contract execution and product development efforts. Your analysis will focus on low NOx burners, overfire air and furnace systems, as well as SCR and SO2 scrubber systems. Collaboration with project teams in Marlborough, MA office will be essential for developing proposals, interfacing with clients, and executing contract and project analysis and reporting. Additionally, you will support sales, proposals, and marketing activities to enhance the sales of CFD modeling capability. Your role will involve managing and developing standard modeling practices for common equipment to ensure high accuracy while maintaining cost and schedule efficiency. You will also be tasked with proposing development projects in the modeling and analysis domain to align with the core business strategy and objectives. The ideal candidate should possess a PhD or Masters in Mechanical or Chemical Engineering with a focus on fluid flow and thermal analysis. Alternatively, a Bachelor's degree in Mechanical or Chemical Engineering with relevant experience in the power generation industry will be considered. A solid foundation in fluid mechanics, heat transfer, chemical reactions, and combustion is essential. You should have 3 to 5 years of experience in CFD modeling, preferably in industrial applications, and a working knowledge of low NOx burners and other environmental emissions control equipment. Proficiency in CFD modeling, including reacting flow models, and a good understanding of ANSYS CFD software are required. Being self-motivated and capable of working independently with minimal supervision is crucial. Some travel may be necessary, and strong oral and written communication skills are a must for this role.,