Develop relationships with internal and external clients to gather information and build trust.
Work with owners (see examples of clients below) of existing building portfolios to establish decarbonization goals and establish pathways to achieving goals.
Rank and prioritize decarbonization measures for owners and project teams, understanding their priorities and existing conditions. Provide input on the impacts of different decarbonization strategies and/or design changes.
Develop energy efficiency and carbon reduction measures at the building, portfolio, and district level. Assist internal mechanical, electrical, and plumbing design teams in scoping measures.
Create project work plans for large tasks or small projects to match effort to project scope and fees.
Perform detailed building-level and district-level energy calculations using hourly spreadsheets and data analysis tools.
Analyze and report on existing building energy performance; includes benchmarking, weather regression and other forms of savings tracking.
Communicate complex technical topics for non-technical audiences via graphical reporting and dynamic data visualization tools.
Analyze utility usage patterns of facilities to establish a baseline and track reductions due to the implementation of decarbonization measures.
Network and engage with local professional societies, seek opportunities to present work at conferences.
Work with multi-disciplinary project teams (architects, MEP engineers, general contractors, etc.) on new construction projects to establish project goals and help the team in achieving those goals. Work across the typical new construction design process (i.e. Concept Design to Construction Administration) to deliver on project goals.
Work directly with clients, and sometimes lead discussions with the client, throughout the life of the project. This includes regular meetings, milestone presentations, and general coordination.
Identify process improvement opportunities and develops innovative workflows to streamline modeling and analysis processes.
Perform whole building energy modeling via software such as IES VE for new construction and existing buildings. Maintain energy models across the life of a project.
Work with construction, cost estimating, and design teams to establish pricing for decarbonization measures.
Coordinate across various internal groups at McKinstry, such as Technical Services, Energy, EcoDistricts, Renewables and Electric Vehicles.
Develop long-term decarbonization roadmaps for building, portfolio, and campus Owners to identify paths towards achieving their long-term decarbonization goals.
Develop compliance documentation for whole building energy modeling (e.g. Local Energy Code, LEED, Living Building Challenge, etc.).
Assist McKinstry’s implementation/construction side in implementing decarbonization strategies.
Requirements
python
energyplus
excel
tableau
pe
leed-ap
Five (5) years of experience in engineering design or related field is preferred.
Some data analysis and/or experience with Python preferred.
BEMP or other professional credentials (e.g., LEED-AP, WELL-AP, LFA, CEM, CPHC, etc.) preferred.
EIT or PE credential preferred.
BA/BS degree in Mechanical Engineering, Electrical Engineering, Architectural Engineering, or equivalent field of study or equivalent work experience required.
Experience with graphic design software such as InDesign preferred.
Proficiency in interpersonal verbal and written communication (especially technical writing) required.
Experience in evaluating construction drawings required.
Understand systems that impact building energy usage and carbon emissions, including mechanical, electrical, plumbing, renewables, and architectural. This is at the building, portfolio, and district level.
Intermediate knowledge of Excel, including use of Pivot Tables and/or Macros required.
Experience with data visualization tools like Tableau and PowerBI preferred.
Experience with whole building energy modeling software such as IES VE or EnergyPlus required.
Carefully review own work and work delegated to others. Possess a fully developed “sense” for when something doesn’t seem right and initiate outreach for support and guidance.
Some construction or engineering-related work experience preferred.
Benefits
“Building Good” paid community service time
Transgender inclusive benefits
Commuter benefits
Up to 16 weeks paid parental leave
Paid time off and holidays
Learning and advancement opportunities via McKinstry University
McKinstry Moves onsite gyms or reimbursement for remote workers
Family formation benefits, including adoption and IVF assistance
401(k) with employer match and profit-sharing plan
Pet insurance
Competitive pay
Comprehensive medical, prescription, dental, and vision with low or zero deductible options and low out of pocket maximums
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
only candidates with existing us work authorization will be considered.
employer will not provide visa sponsorship.
Security clearance
pre‑employment drug and alcohol test required.
must pass background and reference checks.
compliance with immigration reform and control act and confidentiality agreement.
Company
Overview
1960 Founded
Year Established
marks the beginning of the company's journey as a small mechanical contracting firm.
specializes in delivering integrated solutions for the entire lifecycle of buildings, from design to operation.
operates across diverse industries, providing services such as mechanical, electrical, plumbing, and renewable energy solutions.
notable projects include large-scale energy efficiency programs, renewable energy installations, and smart building technologies.
focuses on innovation, leveraging technology to optimize energy performance, reduce costs, and improve sustainability.
reputation for transforming the built environment by offering high-performance solutions tailored to client needs.
Culture + Values
No official culture or values statements found on provided sources
Prioritize measurable outcomes
Emphasize innovation
Commit to accountability
Environment + Sustainability
50% Reduction
GHG Emissions Target
Aiming to reduce greenhouse gas emissions by half by 2025.
2030 Net-Zero
Carbon Target
Targeting net-zero carbon emissions by 2030.
20% Below Baseline
Emission Reduction
Achieved a 20% reduction in emissions below the 2019 baseline in 2023.
78% Energy Saving
Facility Efficiency
Spokane Catalyst building uses 78% less energy than typical peers.
Joined CLF’s MEP 2040 Challenge to target zero operational carbon by 2030 and zero embodied carbon by 2040.
Fleet electrification initiatives include 4 electric vehicles in 2022 and plans for more electric vehicles per quarter.
Employee commuting initiatives include a 'Last-Mile' ride-share program reducing emissions significantly.
Client impact projects include solar and LED retrofits in schools, saving millions and reducing water usage.
Philanthropic commitments include $1 million by 2025 to climate-focused organizations.
Facilities include an all-electric manufacturing center with EV charging capabilities.
Client impact projects involve solar gardens and heat-recovery systems benefiting educational and life-science facilities.