... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
... sensor integration. Perform in-field testing, data collection, and analysis to support system ... Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters ...
Temporary Aerial Sensor Operator information
What are some common challenges faced by Temporary Aerial Sensor Operators during field assignments?
Temporary Aerial Sensor Operators often encounter challenges such as rapidly changing weather conditions, irregular work hours, and operating sensitive equipment in remote locations. Adapting quickly to new flight crews and learning the specifics of different aircraft or sensor systems is essential. Strong communication skills are crucial, as operators must coordinate closely with pilots and ground teams to ensure data accuracy and mission success. Flexibility and attention to detail help overcome these challenges and contribute to a safe and productive work environment.
What are the key skills and qualifications needed to thrive as a Temporary Aerial Sensor Operator, and why are they important?
To thrive as a Temporary Aerial Sensor Operator, you generally need knowledge of aerial data collection, experience in operating imaging sensors, and a background in aviation or remote sensing. Familiarity with GPS systems, GIS software, mapping tools, and sometimes FAA Part 107 certification for drone operations are typically required. Attention to detail, situational awareness, and strong communication skills help operators ensure data accuracy and manage coordination with flight or ground teams. These skills and qualifications are crucial for gathering precise aerial data safely and efficiently in time-sensitive environments.
What are Temporary Aerial Sensor Operators?
Temporary Aerial Sensor Operators are professionals who operate specialized sensors and equipment aboard aircraft for a set period, often during specific projects or seasons. They are responsible for collecting aerial data such as images, videos, or measurements for purposes like mapping, research, surveillance, or environmental monitoring. These operators ensure the equipment functions correctly and that data is accurately recorded and reported. The role typically requires technical expertise with sensor technology, attention to detail, and the ability to work in dynamic aerial environments. Temporary positions may be project-based or seasonal, depending on the employer's needs.
What is the difference between Temporary Aerial Sensor Operator vs Drone Pilot?
| Aspect | Temporary Aerial Sensor Operator | Drone Pilot |
|---|---|---|
| Certifications | FAA Part 107 or equivalent, sensor operation training | FAA Part 107 or equivalent, drone flying certification |
| Work Environment | Construction sites, survey areas, industrial sites | Open outdoor areas, urban environments, remote locations |
| Industry Usage | Surveying, mapping, inspection, environmental monitoring | Aerial photography, videography, inspection, surveying |
Both roles require FAA Part 107 certification and involve outdoor work, but the Temporary Aerial Sensor Operator primarily focuses on operating sensors for data collection, while the Drone Pilot mainly controls the drone for capturing images or videos. Their skills often overlap, but their specific tasks and equipment differ based on industry needs.
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SR. TECHNICAL SPECIALIST - TECHNICAL SPECIALIST - Uncrewed Aerial Systems (UAS)
Southwest Research Institute - FulltimeSan Antonio, TX
Full-time
Posted 3 days ago
Southwest Research Institute rating
8.8
Based on 21 frontline employees who took The Breakroom Quiz
6th of 56 rated research
Job description
Who We Are: Join an independent research and development (R&D) company where innovation meets national security solutions. We are seeking a skilled and motivated Technical Specialist/Senior Technical Specialist in Uncrewed Aerial Systems (UAS). This individual will contribute expertise in UAS design, integration, testing, and field operations, specializing in enabling cutting-edge solutions to mission-critical challenges.
Objectives of this Role: Apply advanced technical knowledge to the implementation, testing, and integration of UAS systems across research and development initiatives. Support the development and integration of payloads, sensors, and autonomous platforms tailored to field operations and mission objectives. Work on multidisciplinary teams to tackle dynamic and complex challenges associated with diverse operating conditions.
Provide technical specialization in key areas such as mission planning, embedded computing, UAS autonomy, and real-time field deployment scenarios. Daily and Monthly Responsibilities: Design and implement specialized technological solutions for UAS-related systems, including payload and sensor integration. Perform in-field testing, data collection, and analysis to support system validation and performance optimization.
Demonstrate proficiency in operating and optimizing RF-based systems, including transmitters, command-and-control links, and wireless communication architectures (e.g., cellular, SATCOM, mesh networks). Develop comprehensive technical documentation, such as user specifications, test plans, and standard operating procedures. Requirements: Requires a Bachelors degree in Unmanned Aircraft Systems (UAS) or directly related degree in UAS Systems with related experience.
Current Part 107 Drone Pilot License required (FAA). Current USG security clearance is highly desirable. 2+ years: Experience with UAS systems, emphasizing field deployment, payload integration, and compliance validation.
2 years: Ability to perform operations and testing in challenging environments, including extreme weather conditions and remote outdoor settings. A valid/clear driver's license is required.
What Southwest Research Institute employees say
Pay
Benefits
Hours and flexibility
Workplace
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About Southwest Research Institute
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Industry
Scientific research and development services
Company size
1,001 - 5,000 Employees
Headquarters location
San Antonio, TX, US