Bachelor's degree in meteorology or atmospheric science required.
Strong grasp of meteorological principles and instrumentation.
Experience with data acquisition systems and analysis techniques.
Ability to integrate previous research into new applications.
Proficiency in programming languages, particularly Python; MATLAB and R are also acceptable.
Experience in developing workflows for real-time data from scientific instruments.
Knowledge of electronics and electrical circuits.
Responsibilities
Develop scientific algorithms to enhance data utilization for precipitation operations.
Assist in precipitation enhancement operations, including equipment preparation and monitoring.
Install various meteorological sensors and configure them per specifications.
Perform routine maintenance and repairs on meteorological equipment.
Monitor and ensure data quality, resolving any inconsistencies found.
Maintain detailed documentation of installations, maintenance, and repairs.
Train staff on the proper use and maintenance of meteorological equipment.
Benefits
Opportunity to work on cutting-edge meteorological technologies.
Collaborative environment with meteorologists, engineers, and technicians.
Involvement in scientific research projects and potential publications.
Hands-on experience with advanced meteorological instrumentation.
Professional development through training and skill enhancement.
Full Job Description
The Field Scientist is responsible for the installation, maintenance of meteorological instrumentation and data collection systems. The role also involves quality control, data wrangling, and scientific analysis and novel algorithmic development using the various datasets . This role requires a strong understanding of meteorological principles, electronics, and data acquisition systems. The specialist will work closely with meteorologists, engineers, and technicians to ensure the accuracy and reliability of collected data. Additionally, the specialist may be involved in scientific research projects and contribute to publications.
What You'll Do
Scientific algorithm development: Stay up-to-date on the latest advancements in meteorological instrumentation technologies, data collection and quality control, and sensor fusion algorithms. Research and implement methods and techniques to optimally utilize the data streams toward informing precipitation enhancement operations and validation.
Precipitation Enhancement Operations: Assist in precipitation enhancement operations, including preparing equipment, monitoring weather conditions, and deploying seeding agents. Collect and analyze data during and after precipitation enhancement events to evaluate the effectiveness of the operations.
Installation: Install a variety of meteorological sensors, including cloud radar, lidar, sounding packages, and sensors for variables of state. Mount and configure sensors according to manufacturer specifications and project requirements. Install data loggers and communication systems to transmit data to a central location.
Maintenance and repair: Perform routine maintenance on meteorological equipment, including cleaning, calibration, and troubleshooting. Inspect sensors and data loggers for damage or wear and work with the manufacturers to get sensors repaired. Test the accuracy of instruments using standardized procedures. Diagnose and repair faulty meteorological equipment. Troubleshoot electrical and mechanical problems. Replace damaged or defective parts to maximize continuous operations..
Data Quality Control: Monitor data quality and identify any inconsistencies. Investigate and resolve data quality issues. Ensure the integrity of collected data. Develop software processes to automate quality control workflowsWork with software engineers for proper sensor data handling
Documentation: Maintain detailed records of equipment installations, maintenance, and repairs. Prepare reports on the status of meteorological instrumentation and data collection systems.
Training: Provide training to other staff members on the proper use and maintenance of meteorological equipment.
Required Qualifications
At least a Bachelor's degree in meteorology or atmospheric science.
Strong understanding of meteorological principles and instrumentation.
Experience with data acquisition systems and data analysis techniques.
Ability to assimilate previous research concepts and develop novel applications.
Programming skills (especially Python, but MATLAB, R, and similar are acceptable).
Experience developing workflows for real-time scientific instrumentation data sources.
