Fall 2026

Undergraduate Intern

Associate

National Laboratory of the Rockies

National Laboratory of the Rockies

1,001-5,000 employees

Federal energy R&D lab for renewables

Compensation Overview

$16.73 - $26.78/hr

+ Performance-based awards + Merit-based awards + Achievement-based awards + Potential relocation reimbursement + 403(b) employer match

Remote in USA + 1 more

More locations: Golden, CO, USA

Remote

Fully remote within the United States, with an optional visit to the NLR Golden Campus.

Bachelor's, Associate's

Category
Data & Analytics (1)
Required Skills
Data Visualization
Word/Pages/Docs
Excel/Numbers/Sheets

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Requirements
  • Currently enrolled in an accredited associate or bachelor’s degree program in engineering, environmental science, chemistry, energy systems, data science, applied mathematics, economics, or a related field.
  • Interest in energy systems, sustainability, applied research, or technical education.
  • Basic proficiency with Microsoft Excel, Word, and PowerPoint.
  • Strong written communication and organizational skills.
  • Ability to work independently and collaboratively in a remote environment.
  • Experience conducting literature reviews or organizing technical information (Bachelor-level applicants only).
  • Associate applicants must have a minimum cumulative grade point average of 2.7.
  • Undergraduate applicants must have a minimum cumulative grade point average of 3.0 and be enrolled full-time in a bachelor’s degree program.
  • Post-undergraduate applicants must have earned a bachelor’s degree within the past 12 months, have a minimum cumulative grade point average of 3.0, and be eligible for an internship period of up to one year.
  • Applicants must be at least 18 years of age.
  • Applicants must upload official or unofficial school transcripts.
  • Selected applicants must provide a letter of recommendation.
  • Applicants must meet the educational requirements before the employment start date.
  • Interns must be able to obtain and maintain a federal Personal Identity Verification card when the assignment extends beyond six months.
  • Offered applicants must pass a pre-employment drug test before commencing employment.
Responsibilities
  • Work with researchers in the Strategic Energy Analysis Center on applied research and educational activities related to carbon management, bio-based products, industrial energy systems, and large energy-load systems.
  • Conduct literature reviews.
  • Collect and organize technical, economic, and environmental data.
  • Compare and evaluate technology pathways using technical, economic, and environmental performance metrics.
  • Support spreadsheet analysis and technical documentation.
  • Summarize and present findings for researchers and project partners.
  • Develop student-facing technical materials and case studies.
  • Prepare figures, presentations, and research summaries.
  • Adapt technical information for community-college audiences.
  • Support curriculum, workforce-development, and outreach activities.
Desired Qualifications
  • Relevant coursework in engineering, science, statistics, economics, or energy systems.
  • Familiarity with spreadsheet analysis, data visualization, or technical documentation.
  • Experience preparing basic technical reports, presentations, or educational materials.
  • Interest in bio-based products, industrial systems, large energy-load systems, or workforce development.
  • Experience comparing technical, economic, or environmental performance metrics (Bachelor-level applicants only).
National Laboratory of the Rockies

National Laboratory of the Rockies

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The National Laboratory of the Rockies conducts research for the U.S. Department of Energy in renewable energy, energy efficiency, energy systems integration, and sustainable transportation. Its work spans photovoltaics, wind, bioenergy, solar, geothermal, hydrogen fuel cells, energy storage, grid modernization, and computational science, with centers like the National Center for Photovoltaics, the National Bioenergy Center, and the National Wind Technology Center. It transfers discoveries to the market through partnerships that connect industry with NLR’s facilities and expertise, enabling technology commercialization and deployment. Its goal is to accelerate energy science and engineering to commercialize technologies, attract private investment, and broaden the adoption of renewable and energy-efficient technologies across industries and communities.

Company Size

1,001-5,000

Company Stage

Grant

Total Funding

$14.6M

Headquarters

Golden, Colorado

Founded

1977

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Simplify Jobs

Simplify's Take

What believers are saying

  • July 23, 2026 NERC partnership places NLR inside North American grid reliability decisions.
  • May 4, 2026 MOUs with Colorado School of Mines and Utah deepen critical-minerals commercialization.
  • August 6, 2026 awards for ALTRIOS and ENDURING strengthen partner demand for deployable technologies.

What critics are saying

  • February 2026 layoffs cut 134 employees after 114 more reductions in May 2025.
  • DOE rebranding and cuts tied NLR to shifting Trump administration priorities and projected funding levels.
  • Further DOE retrenchment can hollow out renewable-energy leadership and break NLR's national-lab mission.

What makes National Laboratory of the Rockies unique

  • August 2026 R&D 100 awards validate NLR's commercialization engine across rail, storage, and combustion.
  • NLR's July 2026 Genesis Mission awards show federal trust in AI-enabled energy science.
  • The August 13, 2026 REopt-Insight airport blueprint expands NLR from lab science to infrastructure planning.

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Benefits

Health Insurance

Dental Insurance

Vision Insurance

Short\-term disability insurance

Long-term disability insurance

403(b) Employee Savings Plan with employer match

Pension benefits

Personal time off (PTO)

Sick leave

Paid holidays

Tuition reimbursement

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

0%

2 year growth

0%
Best Magazine
Aug 7th, 2026
NLR's sand-based thermal storage system wins R&D 100 Award.

NLR's sand-based thermal storage system wins R&D 100 Award. 07 Aug 2026 A sand-based long-duration energy storage system developed by the US Department of Energy's National Laboratory of the Rockies (NLR) has received a 2026 R&D 100 Award. The Economic Long-Duration Energy Storage by Using Low-Cost Particle-Based Thermal Energy Storage system, known as Enduring, stores energy generated during off-peak periods for use when demand is higher. The patented system uses low-cost, abundant sand as its storage medium. NLR said its heat exchanger was designed to maintain performance while reducing the system's physical footprint and material costs. According to the laboratory, Enduring could provide large-scale storage at a capital cost of less than $10 per kWh of thermal energy capacity. It said the technology could safely store the equivalent of hundreds of megawatts of electricity for periods of up to 100 hours. Enduring also received silver recognition in the awards' Market Disruptor category. Adam Bratis, NLR deputy laboratory director for science and technology and chief research officer, said: "This recognition is a testament to the exceptional talent and ingenuity of its researchers. Their breakthroughs are providing the innovative, scalable solutions its nation needs for the energy systems and infrastructure of tomorrow. "These R&D 100 Awards support what we have always believed: NLR is not just envisioning the future of American energy - our people are actively building it." The annual R&D 100 Awards, presented by R&D World magazine, recognise 100 technologies selected by an independent judging panel. NLR has received 80 of the awards since 1982. Its three other 2026 award winners were the Altrios open-source digital twin for freight rail systems; the Pele Suite of Exascale Reacting Flow Codes; and perforated bipolar membranes for converting carbon dioxide and carbon monoxide into organic compounds. Photo: Researchers Shin Young Jeong and Zhiwen Ma examine the prototype device that uses superheated sand for long-duration energy storage. Credit: Joe DelNero, NREL

Associated Press
Aug 6th, 2026
NLR wins 4 R&D 100 Awards for energy storage, rail optimisation, and carbon conversion tech

The US Department of Energy's National Laboratory of the Rockies received four R&D 100 Awards, bringing its total to 80 since 1982. The awards recognise the year's 100 most innovative technologies. The winning innovations include ALTRIOS, an open-source digital twin for freight rail systems, and ENDURING, a thermal energy storage system using sand that can store energy for under $10 per kilowatt-hour. The Pele suite simulates turbulent reacting flows for exascale computing, whilst perforated bipolar membranes convert carbon dioxide into organic compounds at purities exceeding 99.5%. Three technologies received additional recognition for corporate social responsibility and market disruption. NLR also contributed to an Oak Ridge National Laboratory award for converting plastic waste into value-added aromatics.

Urban Air Mobility News
Aug 6th, 2026
Regional airports have a new "energy blueprint" to support advanced air mobility.

Regional airports have a new "energy blueprint" to support advanced air mobility. A new report has unveiled a "blueprint" for the electrical systems of small-to-medium airports as they prepare to support advanced air mobility aircraft. The report, titled "Airports as Energy Nodes," or ÆNodes, was one outcome of a partnership between NASA and the National Laboratory of the Rockies. It details how regional airports can meet the expected energy needs of electric and hybrid aircraft by using existing airport infrastructure and leveraging potential new on-site energy assets, hosted by airports to offset load growth. To create the guide, researchers: * Forecast advanced air traffic at multiple airports and under multiple scenarios * Projected electrical demands from charging from various types of electrified aircraft * Analyzed the grid interconnection potential for on-site generation * Sized local generation installations based on available land area and the ability of the existing electrical infrastructure to support on-site energy generation * Created a digital twin of a participating regional airport to determine the best placement of new energy generation assets and aircraft charging infrastructure. As part of the analysis, researchers created an extension to the REOpt software tool, which identifies the optimal mix of energy, generation, storage, and advanced technologies to meet cost savings, resilience, and energy performance goal. The new tool, called REopt-Insight, provides airport operators with a more dynamic look at external factors such as energy escalation rates over time that provide key insights into making installation of new energy generation sources more viable. Along with addressing expected load growth, the analysis also detailed a strategy where airports can generate more energy than they need and serve as "energy nodes" for their local communities by exporting excess energy in case of emergencies. In exchange for a modest cost increase of $0.01/kWh to $0.09/kWh for exported energy, the strategy can make new energy generation systems cost-neutral for regional airports. Airports are encouraged to partner with the National Laboratory of the Rockies to develop detailed plans for supporting advanced aircraft. In particular, the report authors write, using a digital twin provides an accurate sandbox to test the effectiveness of on-site generation sources: "It helps not only to determine the effectiveness of the energy generation system but also to answer questions such as where the generation resources should be placed, what electric meter to connect them to, and what, if any, network upgrades would be required to achieve the stated goal - all without buying a piece of equipment or breaking ground on construction." Access the full report online. Explore the National Laboratory of the Rockies' aviation energy futures research to learn more. Image from the National Laboratory of the Rockies

CemNet
Aug 3rd, 2026
US launches national cement and concrete innovation centre.

US launches national cement and concrete innovation centre. 03 August 2026 The US Department of Energy's Oak Ridge National Laboratory (ORNL), in partnership with the National Laboratory of the Rockies, has launched a national centre aimed at strengthening the country's cement and concrete supply chain and accelerating the development of advanced construction materials. The Center of Excellence for Advancement and Acceleration of Cement and Concrete Engineering Technologies (ACCENT) will combine materials testing, AI-driven data analysis and pilot-scale manufacturing to help speed the commercialisation of new cement and concrete technologies. ORNL said the centre will also establish the United States' first publicly accessible database of performance-based concrete materials data, bringing together standardised test results, durability data and digital models to support faster qualification of new materials. The Department of Energy said the initiative is intended to address growing pressure on the US cement supply chain, with domestic demand projected to increase by almost 30 per cent by 2032 while the country currently imports around 25 per cent of its cement requirements. ACCENT aims to reduce the industry's typical 15-20-year innovation cycle by as much as half through collaborative research involving national laboratories, universities and industry partners. TOPICS IN THIS ARTICLE

North American Electric Reliability Corporation
Jul 23rd, 2026
NERC and the National Laboratory of the Rockies sign strategic research partnership.

NERC and the National Laboratory of the Rockies sign strategic research partnership. * July 23, 2026 * Headlines WASHINGTON, D.C. - NERC and the U.S. Department of Energy's (DOE's) National Laboratory of the Rockies (NLR) have signed a memorandum of understanding establishing a strategic partnership to advance research and technical collaboration in support of the reliability and resilience of the North American bulk power system. The agreement creates a framework for NERC and NLR to share expertise, exchange information, and pursue joint research and technical analysis to address emerging energy challenges. "By combining NERC's reliability expertise and NLR's research capabilities, this partnership will allow us to enhance our organizations' analytical capabilities, improve coordination on reliability research, and identify new opportunities to address future reliability challenges," said John Moura, director of Reliability Assessments and Performance Analysis. "This partnership allows us to apply NLR research directly to the reliability challenges facing today's grid," said Kate Anderson, director of the Grid Planning and Analysis Center at NLR. "By working alongside NERC, we can turn decades of DOE investment in energy research into practical tools and insights that help keep the lights on for communities across North America." As the electric grid continues to evolve, this partnership will help advance the knowledge and technical insights needed to support a reliable and resilient energy future for 400 million North Americans.