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Energy Systems Analyst

Energy systems analysts evaluate and improve the generation, distribution, and use of energy. They analyze data, model system performance, and provide insights that support smarter decision-making across the energy sector. Their work helps increase efficiency, reduce costs, and guide the transition to more sustainable and resilient energy systems.

*Labor data and information for emerging careers is often limited or unavailable at the regional level. Data shown is based on a closely related occupation, Computer Systems Analysts: SOC 15-1211.00.

Career Snapshot:

Wage Text Here

per year*

Entry to Senior Level

Energy, Utilities, & Infrastructure

*Estimates are not to be used as fact. Based on publicly available sources.

The Path to Becoming

a(n)

Energy Systems Analyst

Step 1

Earn

a(n)

Bachelor’s degree (BA, BS)

Resources:

No additional resources

Step 2

Earn a Postsecondary Certificate

Required Training:

Standards Occupational Classifications (SOC) code

SOC 15-2051
SOC Code

Training Programs and Resources:

Step 3

Find a position or apprenticeship

Required Training:

This career typically involves

1 year on-the-job training

Career Progression:

Entry level: 0–2 years (analyst or junior roles)

Early Career: 2–5 years (data or systems analyst roles)

Mid-level: 5–10 years (senior analyst or project roles)

Related Open Postitions:

Daily Tasks

A Day in the Life

As

a(n)

Energy Systems Analyst

you can expect to perform these tasks frequently:

Analyze energy system data to assess performance and efficiency Develop models to simulate energy systems and forecast demand Identify opportunities to improve energy efficiency and reduce costs Prepare reports and communicate findings to stakeholders Support the planning and implementation of energy projects

    Required skills:

    What It Takes

    Energy Systems Analyst

    often have these skills:

    Systems Analysis

    -

    Determining how a system should work and how changes in conditions, operations, and environments will affect outcomes.

    Operations Monitoring

    -

    Watching gauges, dials, or display screens to make sure a machine or system is working correctly.

    Complex Problem Solving

    -

    Identifying complex problems and reviewing related information to develop and evaluate options and implement solutions.

    Critical Thinking

    -

    Using logic and reasoning to identify strengths and weaknesses of solutions and decide the best approach.

    Data Analysis

    -

    Analyzing data or information to understand problems, identify trends, or make informed decisions.

    Engineering and Technology

    -

    Knowledge of the practical application of engineering science and technology to design and produce systems and processes.

    Technical Design and CAD

    -

    Creating detailed technical drawings, blueprints, or digital models using design software such as CAD.

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    Career Outlook

    51700

    Employees in

    2022

    56600

    Employees in

    2032

    +
    10%

    Projected
    Growth Rate

    3650

    Annual Projected
    Job Openings

    Related Occupations

    Other paths to consider:

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