Supporting project delivery to optimize facility design, with a focus on Data Center modelling using Ansys Fluent, CFX and 6Sigma.
Create summary reporting and presentations to present the outcome of various simulations and resultant recommendations.
Assessing the development and deployment of computational modelling tools and capability for analyzing and delivering high performance and informed building environments.
As part of the larger CFD team, work with the HDR business groups and external clients to solve complex projects using CFD.
Requirements
cfd modelling
autodesk cfd
ansys fluent
master's degree
5 yrs
teamwork
Working knowledge of other software such as Autodesk CFD, CoolSim, MicroFlo, SimCenter STAR-CCM+, IES (EMEA)
Familiarity with ASHRAE Standards and Guidelines
A minimum of 2 years experience
A minimum of five years of CFD modelling experience
Excellent verbal and written communication, presentation and team working skills
Local candidates preferred
Availability to travel out of state
Ability to develop detailed energy models with eQuest or other simulation software
A minimum of two years of modelling experience with the Cadence Reality (6Sigma) or Ansys Fluent Software
Understanding of energy-efficient commercial lighting systems
Understanding of mechanical systems and controls and knowledge
Ability to work in a team environment
Excellent writing and documentation skills
Proficient with Microsoft Office programs
Knowledge of fluid mechanics and thermodynamics enabling understanding of the appropriate application of CFD modelling in relation to transient vs steady state, turbulence model complexity, radiation modelling, modelling of particulates/scalar transport amongst other considerations
A CFD/engineering/physics/mathematics related master's degree or equivalent in a relevant subject
An energy/physics/mathematics related bachelor's degree or equivalent in a relevant subject
Experience working within the architectural design process
Bachelor's degree in Engineering, Architectural Engineering or closely related field