Energy Engineer II

Walker-Miller Energy•Grand Rapids, MI

About The Position

The Energy Engineer II independently evaluates and executes reviews of energy-efficiency projects, audits, analyses, and savings calculations. The role provides technical ownership, QA/QC, stakeholder support, process improvement, and guidance to junior engineers. The engineer applies approved methodologies, Technical Reference Manuals (TRMs), utility program requirements, and industry standards to assess projects and identify energy-saving opportunities. They work with customers, utility clients, and internal teams to support participation in energy-efficiency programs and deliver technically sound recommendations.

Requirements

Bachelor’s degree in engineering, engineering technology, technical sciences, or a related field and at least three years of relevant experience; or an associate’s degree or at least five years of relevant experience.
Demonstrated ability to independently perform energy savings calculations, technical analyses, energy audits, and QA/QC reviews.
Working knowledge of TRMs, utility program requirements, building systems, and applicable engineering standards.
Proficiency in Microsoft Office, advanced Excel, and energy or engineering analysis software.
Strong project management, technical documentation, problem-solving, and stakeholder communication skills.
Ability to travel locally less than 10% of the time.
Ability to sit, stand, walk, talk, hear, and touch and handle tools and/or controls; frequently stand, walk, kneel, crouch, and/or crawl; and lift up to 30 pounds.

Nice To Haves

Certified Energy Manager (CEM).
Certified Measurement and Verification Professional (CMVP).
EIT, PE, BEAP, BEMP, or a comparable energy or building-performance credential.

Responsibilities

Embrace and operate within the company’s core values.
Develop, review, and validate energy savings calculations using approved engineering methodologies, TRMs, utility program requirements, and applicable industry standards.
Review project applications, engineering analyses, calculations, and supporting documentation for completeness, technical accuracy, and consistency with program requirements.
Prepare technical documentation, including calculation summaries, engineering findings, recommendations, review comments, and project correspondence.
Independently manage assigned projects and technical reviews to meet schedules, milestones, quality standards, and delivery commitments.
Organize and prioritize multiple assignments according to program needs, project complexity, customer commitments, and technical risk.
Conduct energy audits, site assessments, and technical evaluations by analyzing facility systems, equipment, operating conditions, and utility data to identify energy-saving opportunities.
Perform QA/QC reviews of projects, savings calculations, assumptions, and engineering analyses; document findings and resolve discrepancies.
Provide technical guidance and support to business and building owners, developers, architects, engineers, contractors, utility clients, and internal teams.
Evaluate energy use and prioritize recommendations using knowledge of lighting, HVAC, controls, domestic hot water, compressed air, refrigeration, building envelope, and integrated design.
Perform energy modeling, financial analysis, and cost-effectiveness analysis to assess project feasibility and support recommendations.
Maintain accurate project data and technical records in program databases and use engineering software to create, analyze, and interpret energy data.
Research emerging technologies, industry trends, codes, standards, and alternative energy solutions through technical review and engagement with manufacturers and industry resources.
Contribute to the development and improvement of engineering tools, calculators, templates, measure builds, technical standards, and review processes.
Mentor junior engineers through technical guidance, calculation review, knowledge sharing, and support on engineering best practices.
Use sound engineering judgment to resolve routine and moderately complex technical issues and coordinate across engineering, operations, outreach, program coordination, and QA/QC teams.
Ensure compliance with company quality and safety standards, utility program guidelines, contractual requirements, and applicable regulatory requirements.