Simple Process
U.S. Department of Labor Registered Apprenticeship
follow the steps below to add a pilot to your organization.
There are unlimited options available for your Licensed Unmanned Vehicle Pilot Technician. Please keep scrolling down.
Sign on as an employer.
Your employee will be an apprentice in the U.S.D.O.L. Registered Apprenticeship, the Licensed Unmanned Vehicle Pilot Technician.
You will review the USDOL guidelines and sign the employer agreement.
Employers follow a wage agreement.
There are 3 different wage options for employers.
Your employee works 30 to 40 hours per week.
If your employee is a Veteran, we offer various Veteran options, and the employer receives tax credits/options for reducing your tax liability.
The apprentice continues their online self paced classroom over 24 months.
They are your employee, but are also a Licensed Unmanned Vehicle Pilot (LUVPILOT) within your organization.
LUVPILOT
Determine what your employee/apprentice will be doing in your organization as a LuvPilot.
Over 24 months we provide training in one specific category to your employee through self paced studies.
Please go to the paths section and click on the categories.
Determine what equipment will be used at your location.
Depending on the path, equipment will be needed for your organization.
Please click the link below to see the equipment required for your LuvPilot.
2 Weeks Training
Your employee receives 2 weeks of online training & upfront Commercial Pilot Training.
They continue self paced classes over 24 months, and are a
U.S.D.O.L. Certified Licensed Unmanned Vehicle Pilot Technician
Agriculture
Drones can provide inexpensive data that can help farmers cut costs and increase yields.
Construction
Drones can provide real-time, accurate visual data of construction sites. Drone pilots can also capture high-resolution imagery and videos for mapping, 3D modeling, and progress documentation.
Real estate
Aerial photography and videography are in high demand for property marketing, and drone pilots can earn between $45,000 and $75,000 per year.
Surveying and mapping
Drones can be used for aerial surveying and mapping, which was previously done on foot or with manned aircraft.
Delivery and logistics
Drone pilots can operate delivery drones for goods and medical supplies, or assist with inventory management in warehouses
Filmmaking
Drone pilots can work in film production, but may need to fly larger drones with precision.
Surveillance
Law enforcement and security agencies use drones for surveillance, search and rescue missions, and disaster response.
Infrastructure Inspection
Drones can inspect bridges, power lines, and pipelines, reducing the risk to human inspectors.
Environmental Conservation
This is where drones shine in the context of our discussion. They play a pivotal role in wildlife monitoring, habitat assessment, pollution detection, and climate research.
Forest Protection and Management
The world's forests are essential for carbon sequestration and habitat preservation. Drones play a critical role in forest protection and management. Equipped with LiDAR technology, they can create detailed 3D maps of forested areas, helping experts assess tree health, estimate timber volumes, and identify areas vulnerable to deforestation or wildfires. Moreover, drones can rapidly detect illegal logging activities, allowing authorities to respond swiftly and protect these vital ecosystems.
Pollution Detection and Assessment
Monitoring pollution in oceans, rivers, and the atmosphere is essential for understanding environmental degradation. Drones equipped with specialized sensors can identify and track pollutants such as oil spills, plastic waste, and harmful algal blooms. By collecting real-time data and imagery, drones assist environmental agencies in assessing the extent of pollution and formulating effective cleanup strategies. Additionally, drones are used to monitor air quality in urban areas, helping to identify pollution sources and protect public health.
Climate Change Research and Data Collection
Climate change is a global crisis, and drones are aiding in our understanding of its effects. They are used to collect data on ice sheet melting, glacier movement, and sea level rise. Drones equipped with atmospheric sensors can measure greenhouse gas concentrations in the atmosphere, providing critical data for climate models. Moreover, they can access hard-to-reach locations, such as remote mountain regions and polar environments, allowing scientists to gather data that was previously challenging to obtain.
Wetland and Habitat Assessment
Skilled drone pilots employ AI-driven drones for swift and precise surveys of wetlands and habitats. This process helps identify critical ecological features and potential impacts on local ecosystems, aiding in conservation and responsible land use decisions.
Erosion and Sediment Control
With the assistance of AI-powered drones, adept pilots monitor erosion and sediment movement effectively. This monitoring enables the timely implementation of suitable control measures, effectively minimizing environmental damage and safeguarding sensitive areas.
Flood Risk Assessment
Drone pilots, supported by AI technology, offer invaluable data on flood risks and potential impacts on sites and existing properties. This data empowers stakeholders to make informed decisions and proactively mitigate risks associated with flooding.
Vegetation Monitoring
Drone pilots operating AI-equipped drones efficiently assess vegetation health and coverage. This data provides valuable insights into potential environmental risks and informs responsible land management strategies, contributing to the preservation of ecosystems and sustainable resource utilization.
Comprehensive Data Collection and Analysis
Drone pilots are the linchpin in harnessing the full potential of AI-driven drones for comprehensive data collection and analysis. Their expertise ensures that these drones capture high-resolution images effectively, enabling efficient data gathering and in-depth analysis. This, in turn, supports accurate environmental impact assessments, informed decision-making, and a reduction in ecological footprints.