Wind Energy Analyst

WSP en Colombia; Bogotá; Presencial; COP 90.000.000 - 150.000.000; Jornada completa

Descripción de la vacante

WSP in Bogotá is seeking a Wind Energy Analyst to join our Renewable Resource Assessment Team. You will assess wind resources, energy production, and project performance for utility-scale developments, collaborating with multidisciplinary teams.

The role emphasizes wind flow modeling (CFD/mesoscale), data handling in Python/MATLAB, and preparing client deliverables. Strong communication and mentoring skills are valued for project development.

Formación

• 6–9 years in wind energy or renewable resource assessment.
• Experience performing wind resource assessments and energy production estimates for utility-scale projects.
• Experience with meteorological data, climate datasets, and performance metrics is desirable.

Responsabilidades

• Analyze wind resources and energy production for wind energy projects.
• Perform wind flow modeling using CFD and mesoscale techniques.
• Develop wind resource calculations and energy yield assessments.
• Evaluate wind farm performance and identify optimization opportunities.
• Conduct uncertainty analyses for measurements, models, and forecasts.
• Support turbine selection and layout optimization to maximize energy production.
• Prepare technical reports, presentations, and client deliverables.
• Mentor junior team members and contribute to methodology development.

Conocimientos

Python

MATLAB

OpenWind

Meteodyn

GIS

Data analysis

Wind analysis

Excel

Educación

Engineering degree

Herramientas

OpenWind

Meteodyn

GIS

Descripción del empleo

At WSP, we are one of the world's leading professional services firms, bringing together experts in engineering, environment, infrastructure, and consulting services. Our Renewable Energy team supports clients across North America and globally in the development, optimization, and operation of sustainable energy projects.

As part of our continued growth in the Onshore Renewables sector, we are seeking a highly motivated Wind Energy Analyst to join our Renewable Resource Assessment Team. This is an exciting opportunity to contribute to innovative wind energy projects while working alongside a talented team of industry experts committed to driving the energy transition.

What You'll Do

As a Wind Energy Analyst, you will play a key role in assessing wind resources, energy production, and project performance for utility-scale renewable energy developments. Your responsibilities will include:

• Analyzing meteorological and operational wind farm data using specialized software tools and internal analytical methodologies.
• Performing wind resource assessments and energy production analyses for existing and proposed wind energy projects.
• Conducting wind flow modeling using advanced techniques, including Computational Fluid Dynamics (CFD) and mesoscale modeling.
• Developing and executing wind resource calculations and energy yield assessments.
• Evaluating wind farm performance and identifying opportunities for optimization.
• Performing statistical analyses to quantify uncertainty associated with measurements, models, and energy forecasts.
• Supporting turbine selection and wind farm layout optimization to maximize energy production and minimize project risk.
• Conducting shadow flicker, noise impact, and climate suitability analyses.
• Collaborating with multidisciplinary teams on project development, design, and due diligence activities.
• Organizing, managing, and analyzing geospatial data using GIS tools.
• Preparing technical reports, presentations, and client deliverables.
• Providing technical guidance and support to clients through meetings, presentations, email communications, and technical discussions.
• Supporting continuous improvement initiatives and contributing to the development of innovative renewable energy assessment methodologies.
• Mentoring junior team members and reviewing technical work as required.

What You'll Bring

Education

• Engineering (Mechanical, Electrical, Energy, Environmental, or related disciplines)
• Or a related technical discipline

Experience

• Between 6 and 9 years of professional experience in the wind energy industry, renewable energy sector, meteorological analysis, or renewable resource assessment.
• Proven experience performing wind resource assessments, energy production estimates, and technical evaluations for utility-scale wind energy projects.
• Experience evaluating meteorological phenomena, climate datasets, and renewable energy performance metrics is highly desirable.
• Experience supporting project development, feasibility studies, due diligence, or operational performance assessments is considered an asset.

Technical Skills

• Advanced proficiency in Python and/or MATLAB for data analysis, modeling, automation, and reporting.
• Experience with wind flow modeling software such as OpenWind, Meteodyn, or equivalent platforms.
• Strong understanding of wind resource assessment methodologies and uncertainty analysis.
• Experience using GIS software and managing geospatial datasets.
• Knowledge of wind turbine technologies, wind farm design, and renewable energy economics.
• Advanced proficiency in Microsoft Office Suite (Excel, Word, PowerPoint, OneNote).

Soft Skills

• Strong analytical and problem-solving abilities.
• Results-oriented mindset with a practical approach to technical challenges.
• Excellent communication and interpersonal skills.
• Ability to work independently while collaborating effectively within multidisciplinary teams.
• Strong organizational and project management skills.
• Commitment to quality, innovation, and continuous improvement.
• Ability to mentor junior team members and contribute to team development.

Why Join WSP?

At WSP, we foster a culture of innovation, collaboration, and professional growth. We provide opportunities to work on impactful renewable energy projects that contribute to a more sustainable future while offering access to global expertise, challenging assignments, and career development opportunities.

Join us and help shape the future of renewable energy.