Trading Meterologist

To apply for the Trading Meteorologist role at AVANGRID POWER, you need a Bachelor's degree or higher in Meteorology or Atmospheric Sciences, coupled with at least 2 years of operational forecasting experience. Candidates with less experience may still be considered. Furthermore, proficiency in programming languages and data analysis tools such as Python, R, or MATLAB is essential.

The key responsibilities of a Trading Meteorologist at AVANGRID POWER include interpreting meteorological data to produce accurate wind and solar energy forecasts, communicating forecast products to end-users under strict deadlines, producing forecasts tailored for wind and solar farm operations, and maintaining the technical infrastructure for forecasting. This role requires a blend of scientific knowledge and effective communication skills.

The Trading Meteorologist role at AVANGRID POWER is an on-site position based in Portland, Oregon. This allows for direct interaction with energy traders and operational personnel, fostering a collaborative environment where you can make immediate impacts on energy forecasting.

The Trading Meteorologist at AVANGRID POWER plays a crucial role by providing accurate forecasts that directly influence the operational and economic success of energy generation assets. The timely and precise weather predictions help in optimizing energy production and ensuring reliability in operations.

As a Trading Meteorologist at AVANGRID POWER, you can expect a fast-paced and collaborative environment where flexibility and adaptability are essential. The job involves working under tight deadlines and often requires participation in rotating shifts, including holidays and weekends, to accommodate the needs of the energy market.

When responding to this question, highlight your hands-on experience with forecasting in any capacity related to meteorology. Discuss specific projects where you may have created forecasts using data analysis, and emphasize how those forecasts were utilized in real-world applications.

To effectively answer this question, mention specific methods you employ, such as cross-referencing multiple data sources, using predictive models, and continuously validating your forecasts against actual outcomes. Providing an example of a time when you improved the accuracy of your forecasts can further strengthen your response.

Explain your proficiency with programming languages like Python, R, or MATLAB. Discuss specific tools or libraries you've used for data analysis or predictive modeling, and how these contributed to enhancing forecast accuracy and efficiency in your previous role.

Share your approach to crafting clear and concise communication when presenting forecast data. Mention how you tailor your information based on audience understanding and the urgency of the timeframe, ensuring that stakeholders grasp the critical aspects of your insights.

Use the STAR method (Situation, Task, Action, Result) to articulate a specific challenge you encountered, the steps you took to overcome it, and the positive outcome that followed. This demonstrates to the interviewer your problem-solving skills and resilience under pressure.

Discuss the specific software or platforms you've utilized, such as AVEVA PI, SEEQ, Tableau, or any meteorological modeling tools. Illustrate your proficiency and provide examples of how these tools have benefited your forecasting processes.

When addressing this question, highlight your time management skills and experience with prioritization. Use an example to illustrate how you've balanced various responsibilities under strict deadlines while maintaining a high level of accuracy in your forecasts.

Describe your methodology for assessing forecast risk by considering various meteorological variables and uncertainties. Provide examples of how you've communicated these risks to stakeholders, ensuring informed decision-making based on your assessments.

Express your genuine interest in how your skills align with AVANGRID POWER’s mission and values. Discuss your passion for the energy sector, meteorology, and how being part of a team that directly influences energy production excites you.

Talk about your commitment to continuous learning through resources like professional organizations, attending workshops, and keeping up with the latest research in meteorology. Share specific examples of how you’ve applied new knowledge to your work.