Fully online technical training designed around real industry demand, so you can specialize at your own pace.
11/07/2026
Start Date
8 months
Duration
750
Total Hours
8 Modules
Program
Duration
Total Hours
Program
Start Date
$3580
The Certificate in Wind Energy from ICTESS is built to train specialists in the development, design, and operation of wind farms. The program covers the entire life cycle of a wind project, from resource characterization and anemometric measurement campaigns through operational management with advanced monitoring systems.
You will learn the engineering calculations used on real projects: wind rose analysis, annual energy production (AEP) estimates, turbine selection on technical and economic criteria, optimized layout design through micrositing, sizing of the electrical interconnection infrastructure, and operations management with SCADA platforms. The program includes a Capstone Project in which you apply everything you have learned to a complete wind farm project.
The Certificate in Wind Energy answers the growing need for specialized technicians able to develop and manage wind generation projects. Wind is one of the largest sources of new generating capacity being added to the grid, and that buildout calls for professionals who command production calculations, the applicable technical standards, and the permitting process behind a wind farm.
The purpose of the program is to train professionals able to take part in every phase of a wind project, from preliminary resource assessment through measurement campaigns to supervision of commercial operation. You will learn to characterize the wind at a site, select turbines based on certified power curves, design the optimal layout while minimizing wake effects, size civil and electrical infrastructure, and manage operations through availability and failure analysis.
The training includes hands-on work with the professional software used by engineering firms in this sector (WindPRO, WAsP, Windographer) and closes with a Capstone Project in which you develop a complete wind farm project applying every competency built across the technical modules.
The Certificate in Wind Energy qualifies you for specialized technical roles at engineering firms, renewable project developers, turbine manufacturers, and wind farm operations departments. You can work as a wind development technician, production analyst, wind resource analyst, or operations and maintenance technician at generation facilities.
The program prepares you to manage the technical phases of wind projects: running resource studies through anemometric data analysis, producing energy production reports with AEP estimates, designing optimized layouts that account for terrain and wake effects, supervising foundation and access road construction, and analyzing operating performance through real power curves.
You will also build the skills to handle environmental and permitting approvals, manage relationships with local communities through community engagement strategies, interpret SCADA alarms, and propose availability improvements.
Access the program from anywhere with no commuting. Fit your technical specialization around your current professional activity.
Organize your study around your own availability. Move through the modules whenever it suits you best and reinforce whatever you need.
Learn WindPRO, WAsP, and Windographer. The same calculation tools engineering firms use on real wind projects.
Technical video lessons, updated downloadable materials, forums with specialized instructors, and practical exercises.
With ICTESS you get specialized technical training built around professional practice, designed so you master the competencies the wind energy sector is actually hiring for. Learn with an up-to-date methodology and real engineering tools.
What you'll achieve
Characterize the wind resource at a site through anemometric data analysis, wind rose construction, Weibull distribution, and correlation with long-term historical records.
Select turbines based on certified power curves, IEC wind class, optimal hub height, and technical and economic criteria matched to the specific site.
Design wind farm layouts that optimize annual energy production (AEP), minimize wake effects between turbines, and account for terrain and environmental constraints.
Size civil infrastructure (foundations, access roads, crane pads) and the electrical export systems (collection system, substation, point of interconnection).
Manage wind farm operations through SCADA systems, availability analysis, alarm interpretation, and preventive and corrective maintenance strategies.
The wind sector is in an expansion phase driven by federal and state decarbonization goals. Reaching those targets means adding substantial new capacity through onshore wind farms and the development of offshore and floating offshore wind. That scenario generates sustained demand for technical professionals specialized in every phase of the wind project life cycle.
Shortage of technicians with wind-specific training: The labor market struggles to fill technical openings that require specialized knowledge in resource characterization, micrositing, and wind farm operations. Companies in the sector place particular value on profiles that command professional wind analysis software and understand the technical particularities of this technology.
Rising complexity of wind projects: New developments integrate turbines with higher unit capacity, greater hub heights, and hybrid configurations with storage. This technological evolution demands up-to-date professionals able to evaluate the latest equipment, optimize complex layouts, and manage integration with energy storage systems.
A competitive edge in a strategic sector: Specialized training in wind energy sets you clearly apart from generalist renewable profiles. Mastering wind-specific production calculations, the applicable standards, and professional micrositing tools positions you as a priority candidate at developers, engineering firms, and asset operators.
Completing the Certificate in Wind Energy places you in one of the most established renewable sectors and one with strong growth ahead. The continued expansion of installed wind capacity generates steady demand for technicians specialized in project development, detailed engineering, and the operational management of generation assets.
Specialization in a mature, profitable technology: Wind is one of the largest renewable contributors to the power mix. Specializing in this technology gives you access to an established job market with world-leading companies, from turbine manufacturers to operators of large renewable asset portfolios.
Command of professional micrositing tools: Documented proficiency with technical software such as WindPRO, WAsP, and Windographer sets you apart in hiring processes, since these are essential tools for resource analysis and layout design at engineering firms specialized in wind.
Ability to work across the full project cycle: You will develop the competencies to contribute from the prospecting and development phase through commercial operation, letting you take on technical responsibility at different stages and adapt to a range of professional roles within the sector.
Recognized professional certificate: The ICTESS professional certificate documents your technical specialization in wind energy, strengthening your position in the job market and validating your competencies with companies across the renewable sector.
This certificate program is designed for professionals and graduates seeking technical specialization in the development, design, and operation of wind energy projects. Recommended profiles include:
Program details
The Capstone Project is the culminating stage of the program and represents the practical integration of every technical competency developed along the way. It consists of the complete development of a wind farm case study, from the resource analysis phase through the proposed operation and maintenance plan, applying the professional methodologies and calculation tools used in the industry.
The project includes the complete characterization of the wind resource at the selected site through anemometric data analysis, vertical extrapolation, and MCP correlation with long-term records. You will select the optimal turbine by IEC class and certified power curves, design the farm layout to minimize wake losses, size the foundations against the geotechnical study, and lay out the electrical export infrastructure through to the point of interconnection.
The work also includes the annual energy production (AEP) estimate with uncertainty analysis, a preliminary economic viability analysis, identification of environmental and permitting constraints, and a proposed operation and maintenance strategy with availability indicators. Final documentation must be presented at the technical level and professional format expected of wind project development reports, demonstrating your ability to produce complete technical documentation suitable for investors, agencies, or industry clients.
The Certificate in Wind Energy from ICTESS includes hands-on training with the industry-standard technical tools of the wind sector: WindPRO for layout design, production calculation, and wake effect analysis between turbines; WAsP for wind flow modeling over complex terrain and extrapolation of anemometric data; and Windographer for the statistical treatment of wind time series, data quality analysis, and MCP correlation. You will learn to use these platforms through real case studies, covering everything from importing met mast data to generating energy production reports with uncertainty analysis. Command of these programs is highly valued in hiring processes at specialized engineering firms and wind project developers.
An engineering degree is not essential, though technical training in energy, electrical, mechanical, or applied science fields is recommended. The program is designed for industrial, electrical, energy, and mechanical engineers, but it is also accessible to technicians with an associate degree and energy sector experience, environmental science or geography graduates with a technical background, and operations and maintenance professionals looking to broaden their skills. The program includes technical content with energy production calculations, statistical analysis, and infrastructure sizing, so it is essential to be comfortable interpreting numerical data, working with advanced spreadsheets, and using technical simulation software.
The ICTESS Professional Certificate attests to your technical specialization in wind energy and is recognized by companies in the renewable sector as high-level professional development. While it is not an accredited academic degree, the certificate documents specific competencies that are in strong demand: wind resource characterization, layout design through professional micrositing, civil and electrical infrastructure sizing, and wind farm operational management through SCADA. Project developers, specialized engineering firms, and wind asset operators place particular value on this practical training as a complement to an underlying degree, since it demonstrates current working methodologies, command of professional sector software, and experience developing complete projects.
This Certificate in Wind Energy stands apart for its whole-project approach and its technical depth across every phase of the life cycle. Where many courses cover only general concepts or a single phase, this program runs from resource characterization through operational management, including turbine selection, layout design, civil infrastructure, electrical systems, environmental permitting, and SCADA operations. The content includes the real technical calculations professionals perform in the sector: Weibull distribution analysis, MCP correlation, AEP estimates with uncertainties, wake losses, and availability analysis. It also includes training with wind-specific professional software (WindPRO, WAsP, Windographer) and a complete wind farm case study as the final project.
