Communicate project status and findings to client, with oversight
Perform increasingly complicated research, data collection, and analysis project tasks with limited oversight from senior team members.
Develop building energy code cost-effectiveness reports, including literature review, measure development, cost data collection, engaging with the building energy simulation data, financial analysis, and report writing
Support the design and implementation of surveys alongside customer research expert team members
Manage the delivery (scope, schedule, and budget) of small research consulting projects, with oversight
Compile, clean, and manage quantitative data
Translate results of research projects into actionable recommendations for clients
Analyze technology and building energy use from building simulation data or field projects using established measurement & verification methodologies
Delegate project tasks to team members, as needed
Support the drafting of building energy codes and local energy code ordinances
Provide oversight to more junior staff members for the execution of standard project tasks.
Interview subject matter experts and seeking stakeholder feedback from various sources
Develop presentations and engagement tools related to adoption of building energy codes
Building energy audits and/or measure development
Perform assigned work within budget allocated and scheduled needs for deliverables of project.
Identify and recruit organizations and individuals to include in research studies through online searches, data mining, cold calls and/or utilizing networks and client lists
Building energy code development, advocacy, consulting, and/or research.
Develop and implement calculations to estimate savings, carbon emissions reductions, and cost-effectiveness
Synthesize information across multiple data sources
Research synthesis and communication
Stay informed about technical research methods and the clean energy industry through technical reading and participation in local and national professional organizations
Plan and execute standard research, data collection, and analysis project tasks in coordination with senior team members, with minimal oversight.
Requirements
phd
masters
undergraduate
energyplus
r
python
Building engineering or energy system design, especially those related to electrification such as heat pumps
Practical experience in any of the following:
PhD with 1+ year of experience, Masters degree with 3+ year of experience, or Undergraduate degree with 4+ year experience
Demonstrated ability to work as part of a team
Building science and/or clean transportation
Energy codes and/or appliance standards
Research experience with methods including one or multiple of the skills below:
Manage time across multiple projects, proactively seeking support when needed to understand/troubleshoot tasks or balance competing priorities.
Proficiency in one or more of the following software:
EnergyPlus, CBECC, Modelkit, or other building energy modeling
Capable of maintaining a high energy level to handle a dynamic, fast-paced workload.
R or Python
Energy efficiency, demand management, and/or other distributed energy resources
Demonstrated attention to detail, communication, and organizational skills.
Communicate research results verbally, via written reports, and graphically
Applicable degrees include Architectural Engineering, Engineering, or other relevant fields focused on building or technology design, research, or policy.
Knowledge of existing building energy codes, including applications and limitations
Thorough understanding of the fundamentals of research methods and design.
Demonstrated competency and experience in building science, energy codes and standards, distributed energy resources, and/or applied technical research (in years of experience corresponding to degree, as listed above)
Excellent writing and presentation skills.
Familiarity with utilities or the clean energy sector, such as:
Data analysis and statistics
Cost-effectiveness analysis methods
Benefits
401k package that includes both traditional and Roth IRA options and Company match.
These benefits are applicable to US employees depending on their employment status (full time, part time, or temporary). TRC offers jurisdiction specific benefit packages for International and Puerto Rico employees.
All full-time employees enjoy a minimum of 8 Paid Holidays per year.
TRC ensures that all employees, including those that work part-time, receive paid sick, family, and disability leave in accordance with the laws of their state of residence.
Medical, dental, vision, and disability insurance.
Paid time off contingent upon full time or part time status and level of seniority (ranging from 15 to 25 days per year).
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
1969 Founded
Year Established
The firm traces its origins to 1969, marking over five decades of global consulting and engineering expertise.
Top ranking
ENR Lists
Recognized annually in ENR’s rankings as a leading firm in design and environmental services.
A global consulting, engineering and construction‑management firm.
Specializes in environmental engineering, geotechnical work, pipeline, power utilities, water, transportation and government projects.
Balancing public and private sector work, it blends field services with digital and inspection technologies.
Typical projects include coastal resilience upgrades, substation modernization, brownfield redevelopment, pipeline/installations and transportation infrastructure.
Implements high‑visibility, multi‑year programs—from power‑grid upgrades to aquatic centers and submarine cables.
Unusual for its breadth: a NASA satellite‑data early adopter and provider of intelligent‑grid and field‑inspection services.
Culture + Values
Integrity in all actions
Excellence in delivery
Innovation through collaboration
Accountability for success
Commitment to client satisfaction
Environment + Sustainability
2050 Target
Net-zero carbon emissions
Aim to achieve net-zero carbon emissions by the year 2050.
Focus on environmental impact reduction in projects
Sustainable energy and infrastructure solutions
Investment in renewable energy technologies
Commitment to minimizing waste and optimizing resources
Inclusion & Diversity
Gender balance initiatives in leadership roles
Promotion of a diverse workforce through talent acquisition strategies
Focus on providing equal opportunities for all employees