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Dax Cooper
Wind Science and Planning
Summary
Seasoned Wind Science and Planning professional with over 8 years of experience in evaluating wind energy development sites, optimizing turbine placement, conducting site due diligence studies, and preparing technical reports. Proven ability to utilize industry-standard wind modeling software, including WindSim and AWS Truepower, to conduct detailed wind analysis. Expertise in managing and coordinating wind data collection campaigns using meteorological towers and remote sensing technologies.
Education
Renewable Energy Engineering
August 2017
Skills
- ArcGIS Pro
- QGIS
- OpenFOAM
- WindPRO
- ANSYS Fluent
- STAR-CCM+
Work Experience
Wind Science and Planning
- Managed and coordinated wind data collection campaigns using meteorological towers and remote sensing technologies.
- Utilized industrystandard wind modeling software, such as WindSim and AWS Truepower, to conduct detailed wind analysis.
- Collaborated with developers, engineers, and policymakers to integrate wind energy into sustainable energy plans.
- Performed wind resource analysis for wind farm expansion projects, identifying optimal turbine locations and potential capacity enhancements.
Wind Science and Planning
- Developed and implemented comprehensive wind resource assessments to evaluate potential wind energy development sites.
- Conducted detailed wind flow modeling to optimize turbine placement and maximize energy yield.
- Executed site due diligence studies to assess project viability, including environmental impact assessments and permitting analysis.
- Prepared technical reports and presentations to communicate wind resource findings to stakeholders.
Accomplishments
- Successfully developed and implemented a wind farm siting plan that increased energy production by 15% while reducing environmental impact
- Led a team that designed and constructed a stateoftheart wind energy research facility
- Developed a novel wind resource assessment methodology that reduced project development costs by 20%
- Managed a team that successfully navigated the permitting process for a largescale wind farm, mitigating environmental risks
- Developed a comprehensive wind energy planning framework that was adopted by a major utility company
Awards
- Received the American Wind Energy Associations Outstanding Research Award for developing innovative wind turbine blade design
- Recognized by the National Renewable Energy Laboratory for contributions to wind energy forecasting models
- Received the International Wind Engineering Conferences Best Paper Award for research on wind turbine aerodynamics
- Named a Fellow of the American Society of Mechanical Engineers for contributions to the field of wind engineering
Certificates
- Professional Engineer (PE)
- Certified Wind Energy Analyst (CWEA)
- NWTC Wind Energy Certificate
- GWO Basic Safety Training
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How To Write Resume For Wind Science and Planning
- Quantify your accomplishments with specific metrics to showcase your impact.
- Highlight your proficiency in industry-standard wind modeling software and data analysis techniques.
- Demonstrate your understanding of wind energy regulations and permitting processes.
- Showcase your ability to work effectively in a team environment and communicate complex technical information to a diverse audience.
Essential Experience Highlights for a Strong Wind Science and Planning Resume
- Developed and implemented comprehensive wind resource assessments to evaluate potential wind energy development sites.
- Conducted detailed wind flow modeling to optimize turbine placement and maximize energy yield.
- Executed site due diligence studies to assess project viability, including environmental impact assessments and permitting analysis.
- Prepared technical reports and presentations to communicate wind resource findings to stakeholders.
- Managed and coordinated wind data collection campaigns using meteorological towers and remote sensing technologies.
- Utilized industry-standard wind modeling software, such as WindSim and AWS Truepower, to conduct detailed wind analysis.
- Collaborated with developers, engineers, and policymakers to integrate wind energy into sustainable energy plans.
Frequently Asked Questions (FAQ’s) For Wind Science and Planning
What are the essential skills required for a Wind Science and Planning role?
Essential skills include a strong understanding of wind energy principles, proficiency in wind modeling software, experience in site assessment and data analysis, and excellent communication and collaboration abilities.
What is the job outlook for Wind Science and Planning professionals?
The job outlook for Wind Science and Planning professionals is expected to grow significantly due to the increasing demand for renewable energy sources and the global transition towards clean energy.
What are the key challenges faced by Wind Science and Planning professionals?
Key challenges include accurately assessing wind resources, optimizing turbine placement to maximize energy yield, navigating complex regulatory requirements, and addressing environmental concerns.
What are the career advancement opportunities for Wind Science and Planning professionals?
Career advancement opportunities include roles in project development, wind farm operations, policymaking, and research and development.
What professional development resources are available for Wind Science and Planning professionals?
Professional development resources include industry conferences, workshops, online courses, and certification programs offered by organizations such as the American Wind Energy Association and the Global Wind Energy Council.
What are the ethical considerations in Wind Science and Planning?
Ethical considerations include ensuring the environmental sustainability of wind projects, addressing the concerns of local communities, and promoting transparent and responsible development practices.
How can I stay updated on the latest developments in Wind Science and Planning?
Stay updated by reading industry publications, attending conferences, and connecting with professionals in the field through networking events and online platforms.