Renewable Energy Engineering
Free engineering training that shows how feasibility studies, production modeling, equipment selection, and electrical and civil design turn a site and an idea into a buildable renewable energy project.
Project Engineering Explained
Engineering in renewable energy translates project opportunities into technical designs that are safe, code-compliant, and economically optimized. Engineers conduct feasibility studies, model energy production, select equipment, and produce the electrical, civil, and structural designs that guide permitting, procurement, and construction.
The Energy Academy shows you how each of these design decisions fits together, so you can see how engineering shapes cost, schedule and performance and where you can contribute.
Assess solar resource, site constraints, and expected energy yield to validate project viability.
Develop conceptual and detailed layouts, single-line diagrams, and equipment specifications.
Design wiring, interconnection, foundations, and site infrastructure to applicable codes.
Apply standards, quality reviews, and tools that ensure reliable, buildable designs.
FreeHigh-quality learning for everyone.
Self-pacedLearn on your schedule, anytime, anywhere.
PracticalReal-world insights and examples.
Built by industry professionalsTrusted knowledge from people in the field.
Find Where You Fit
Engineering rewards technical depth, attention to detail and the ability to coordinate with development, procurement and construction teams. Electrical, civil and mechanical degrees are common, and analyst and modeling roles are open to people with strong technical aptitude.
Entry Level
Support modeling, layouts, and calculations under the direction of senior engineers.
Mid Level
Own designs, production models, and equipment specifications for assigned projects.
Senior Level
Lead complex designs, set standards, and review work across projects.
Executive
Define engineering strategy, manage teams, and own technical quality across the portfolio.
From Site Concept to As-Builts
Engineering design matures in stages, and each stage locks in decisions that cost more to change later. Explore the six stages that take a project from a rough concept to a documented, operating plant.
01Review the site, resource data, topography and constraints to prove the location and technology make sense.
02Build a conceptual layout and production model to estimate capacity, energy yield and losses.
03Advance through 30 and 60 percent design as electrical, civil and structural concepts become specific and calculable.
04Check designs against codes, standards and utility requirements through QA/QC and constructability reviews.
05Finalize the drawings and release the Issued for Construction package that procurement and field crews build from.
06Answer RFIs, manage field changes, support commissioning and document what was built in the as-built drawings.
Key Insight
Every design stage locks in decisions — the earlier engineering gets them right, the less the project costs to build.
Engineering Learning Center
Explore the courses, guides and tools that explain the technical principles behind renewable energy project design, from feasibility through detailed engineering.
Learn how solar projects move from site constraints to a reviewed, buildable design.
Create a free account to view this course CourseModel energy yield: inputs, weather data, shading, loss assumptions and P50 vs P90.
Create a free account to view this course CourseExplore the modules, racking, inverters, disconnects and monitoring equipment in a solar system.
Create a free account to view this course TopicUnderstand major design decisions and how to read a single-line diagram.
Create a free account to start learning TopicSee how foundations, site work, wiring and interconnection come together.
Create a free account to start learning TopicLearn how design reviews keep projects permittable and buildable.
Create a free account to start learning ToolsAccess checklists, templates and design references.
Browse Tools CourseNew to the industry? Build the foundation before you specialize.
Create a free account to view this courseExplore Related Disciplines
Engineering sits at the center of every project. Explore the disciplines that give engineers their inputs — and the ones that build and operate what engineers design.
Find, qualify and advance new project opportunities.
Explore TrackMove projects through site control, permitting and interconnection.
Explore TrackUnderstand project economics, capital and investment decisions.
Explore TrackNavigate contracts, rights, obligations and project risk.
Explore TrackPlan and execute safe, high-quality project delivery.
Explore TrackMonitor, maintain and optimize operating projects.
Explore TrackUnderstand how electricity, incentives and market value work.
Explore TrackSee how every discipline fits into the renewable energy industry.
Explore the IndustryCommon Questions
Understand what engineers do, how designs come together and what it takes to build a career in the discipline.
Still have a question?
Contact the Academy →
Engineers translate a project opportunity into a buildable technical design. They model expected energy production, lay out the system, select and specify equipment, and produce the electrical, civil, and structural designs that permitting, procurement, and construction teams rely on.
Production modeling estimates how much energy a project will generate using solar or wind resource data, site characteristics, equipment specifications, and loss assumptions. Accurate modeling is essential because projected production underpins the project's revenue and financing.
Conceptual designs translate site constraints into a preliminary layout and capacity estimate early in development. Detailed designs refine those into construction-ready drawings, single-line diagrams, and specifications once the project advances toward execution.
Renewable energy engineering spans electrical, civil, and structural disciplines, along with performance and production modeling. Electrical engineers design wiring and interconnection, civil engineers handle grading and drainage, and structural engineers design racking foundations and supports.
Many engineering roles call for a degree in electrical, civil, mechanical, or a related field, and senior roles may require professional licensure. Analyst and modeling roles can be entered with strong technical aptitude and familiarity with the relevant software tools.
Designs must comply with electrical, building, and safety codes as well as utility requirements. Code review ensures the project can be permitted, built safely, and connected to the grid without costly redesign.
Engineering outputs feed directly into permitting, interconnection, procurement, and construction. Realistic, well-documented designs reduce risk and rework, while errors discovered late can be expensive and delay the schedule.
Paths range from Engineering Analyst and EIT to Project Engineer, Senior or Lead Engineer, and Director or VP of Engineering. Professionals may specialize in electrical, civil, structural, or performance engineering, and demand is strong as the industry scales.
Start Learning
Start with Solar Engineering 101, then go deeper into production modeling and system components at your own pace.
Free. Self-paced. Built around real industry work.
