WSP Chicago , IL 60602
Posted 2 days ago
This Opportunity
WSP, an award winning and innovative multi-disciplinary engineering consulting firm, is looking for a Job Title for the Built Ecology team in Chicago, IL. Our team works closely with organizations, owners, developers, architects, and tenants from around the world on large, complex projects with a focus on sustainability, health, resilience, user experience, and operational efficiency in the built environment.
Built Ecology is WSP's national Built Environment Sustainability practice, providing a broad range of services including sustainability strategy and planning, target-setting and workshop facilitation, high-performance design assistance, computational building performance analysis, building certifications, energy and GHG master planning, and building performance verification. We work across a wide range of project types and scales, from master planning and district infrastructure to building design and construction, to ongoing performance and operations. Built Ecology has been directly responsible for driving many leading projects across the globe, including LEED Platinum buildings, Living Building Challenge and WELL projects, Net Zero energy and water projects, EcoDistricts, corporate programs, and improvements for large building portfolios. Our solutions are typically innovative, integrated, data-driven, and practical.
Our team brings a structured approach while also identifying unique opportunities on each project. We influence strategic decisions to achieve sustainable outcomes in buildings, neighborhoods, and organizations.
Your Impact
Ideal candidates will exhibit the following characteristics:
Passionate about creating a sustainable, healthy, resilient, and equitable built environment
Driven to evaluate and recommend solutions that deliver high-performance design outcomes
Background in high-performance building design, analysis, and consulting
Strong verbal, written, and visual communication skills
Committed to working with and supporting a national sustainability team
Duties and Responsibilities:
Lead detailed energy modeling and building performance analysis activities to achieve established performance targets, LEED certification, code compliance, and other energy performance goals
Utilize energy modeling tools to complete carbon modeling and develop net zero carbon roadmaps
Interpret climate information and building use typologies to inform building design strategies
Perform daylight analysis and CFD modeling to evaluate high-performance design strategies and support project design decisions
Write reports detailing analysis activities and design advice
Liaise internally to facilitate the achievement of project sustainability objectives
Review building documentation for the integration of high-performance design aspects
Provide LEED strategy and advice, particularly around energy and IEQ aspects
Deliver high performance design analysis and project design advice of a high technical standard, integrated across architecture and building systems
Research new and existing technologies for application in the built environment with a focus on electrification, grid-interactive technologies, and district scale solutions
Who You Are
Required Qualifications
Bachelor's Degree in a building design or building science discipline that could include: Mechanical Engineering, Architectural Engineering, Architecture, Building Science or similar
3-5+ years of energy modeling experience for high-performance projects, building certification (i.e. LEED, Passive House, net-zero, EnergyStar, etc.), and code compliance
Ability to independently read and interpret architectural and engineering drawings
Familiarity with IECC and ASHRAE requirements and energy modeling protocols
Knowledge of mechanical system architecture and components
Experience with IES-VE, OpenStudio, and/or EnergyPlus
LEED Green Associate
Preferred Qualifications:
Building Energy Modeling Professional certification
Professional Engineer or Registered Architect
LEED Accredited Professional
Experience with parametric energy modeling, load calculations, carbon analysis, and district systems
Familiarity with Building Performance Standards and stretch codes focused on energy efficiency and electrification
Knowledge of mechanical systems and building physics for data centers, hospitals, laboratories, advanced manufacturing, and battery energy storage systems
Proficient in Rhino and Grasshopper, C#, Python, and/or other programming languages
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