Computational Fluid Dynamic Engineer – Mission Critical (Multiple Locations)
About the role
Burns & McDonnell is a company comprised of more than 14,000 engineers, architects, construction professionals, scientists, consultants, and entrepreneurs with offices across the country and throughout the world. Burns & McDonnell’s Mission Critical team was ranked #2 by the ENR in 2023. We have exciting opportunities for those interested in growing their careers in one of the most fast-paced, innovative sectors of high-tech building design and construction. Project focus would be mission-critical data center projects. This opportunity hires directly into our Mission Critical team and into a multibillion-dollar industry that is growing exponentially. Data Centers are an aggressive market for Burns & McDonnell and are highlighted by several priority articles on our site. Mission Critical is an international practice for Burns & McDonnell involving exciting, collaborative work across many departments.
Responsibilities
- Lead the creation and development of computational fluid dynamics (CFD) design models.
- Lead the CFD project team throughout the design and construction process, adapting CFD models according to budget constraints, design factors or client needs for the Mission Critical Industry.
- Complete each CFD analysis and report within budget and interface with engineering teams.
- Lead CFD analysis of projects from the conceptual phase through design completion for project needs and requirements set forth by project managers.
- Apply knowledge of commonly used CFD concepts, practices, and procedures within the CFD services industry.
- Apply knowledge and experience to complex projects to find non-standard design solutions.
- Prepare and present technical reports for clients.
- Ensure customer satisfaction goals and expectations are met.
- Adhere to QA/QC processes.
- Communicate effectively with other engineering disciplines.
- Review engineering team design information pertaining to CFD analysis detail modelling requirements.
- Advise on modelling information exchange and need