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AE
Alliant Energy
Engineer I, Engineer II, Engineer III Grid Planning
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Based on Iowa data
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What they do
An Energy Engineer designs and develops technologies that produce and store energy, particularly energy from sustainable sources such as wind and solar power. Develops ways for existing buildings and systems to become more energy efficient. May specialize in one type or field of energy production.
$121,309 / year median in Iowa
+17% projected growth
Job Description
Engineer I, Engineer II, Engineer III Grid Planning Alliant Energy
- 3.
- Grid Planning, Engineer II
- Grid Planning, Engineer III
Grid Planning:
From early-career engineers to seasoned planning leaders, we're building our Grid Planning team—join us at the level that fits your experience and help design the grid of tomorrow.- This position can be hired as either an Engineer I Grid Planning, Engineer II Grid Planning or an Engineer III Grid Planning depending on experience
- What you will do What You Will Do (Developmental Progression)
Safety, Risk & Compliance Foundational:
Learns and follows safety standards; develops awareness of risk and regulatory requirements.Intermediate:
Identifies and mitigates unsafe conditions, applies risk methodologies, and interprets regulations to address system issues.Advanced:
Leads safety and compliance efforts, proactively mitigates complex risks, and influences standards and practices.Customer Focus & Problem Solving Foundational:
Learns customer needs and supports identification of basic issues and solutions.Intermediate:
Proactively identifies and resolves moderately complex problems aligned to customer needs.Advanced:
Anticipates needs and leads resolution of complex system and operational challenges.Communication, Collaboration & Stakeholder Engagement Foundational:
Builds relationships and develops communication skills with support.Intermediate:
Communicates technical concepts clearly, facilitates discussions, and collaborates across teams.Advanced:
Leads stakeholder engagement, influences decisions, and drives alignment across functions.Technical Application, Standards & Continuous Improvement Foundational:
Applies engineering standards and processes to solve routine problems with guidance.Intermediate:
Applies standards independently and recommends process improvements.Advanced:
Leads technical direction, shapes standards, and drives continuous improvement initiatives.Planning, Financial & Work Management Foundational:
Learns budgeting, planning, and basic financial concepts (capital vs. O&M).Intermediate:
Supports budgeting and multi-year planning; develops moderately complex scopes of work with cost, sequencing, and prioritization.Advanced:
Leads planning and budgeting efforts, manages complex scopes, and guides investment decisions.Systems Analysis, Modeling & Technical Studies Foundational:
Learns system modeling tools and performs basic analyses with support.Intermediate:
Builds moderately complex models and supports technical studies, including interconnection and power quality.Advanced:
Leads complex system analysis, modeling, and technical decision-making.Agreements, Projects & Organizational Contribution Foundational:
Develops understanding of agreements, project processes, and team roles.Intermediate:
Supports development of agreements, contributes to cross-functional work, and executes moderately complex projects.Advanced:
Leads agreement development, cross-functional initiatives, and delivers strategic outcomes aligned to organizational goals.Requirements:
Engineer III Grid Planning:
Bachelor's Degree Engineering program that is accredited through the Engineering Accreditation Commission Required 5 years of related experienceEngineer II Grid Planning:
Bachelor's Degree Engineering program that is accredited through the Engineering Accreditation Commission Required 2 years of related experienceEngineer I Grid Planning:
Bachelor's Degree Engineering program that is accredited through theEngineering Accreditation Commission Required Preferred Experience:
Project management experience, along with ability to deal with subcontractors and cross-functional teams; may have expertise in a particular area of the discipline. Previous technical and/or professional experience An internship or co-op in engineering Key Skills Cost Optimization- Data Analysis
- Feasibility Studies
- Grid Interconnection Studies
- Power Engineering
- Power Flow Analysis and Modeling
- Power Systems Performance Monitoring
- Power Systems Planning
- Short Circuit Simulation and Analysis
- Standards Compliance
- Transient Analysis Our people are passionate about what they do, the product they sell, and the customers they serve.