UAS Courses

This course focuses on advanced medical techniques and first aid skills specifically tailored for conservation professionals operating in remote or hazardous environments. Topics may include trauma management, improvised medical treatments, and wilderness survival skills.

Practical training on how to safely operate drones, including takeoff, landing, and flight maneuvers.

How to engage with local communities and stakeholders when using drones for conservation and how to address concerns.

This class focuses on recognizing the risks associated with unauthorized or hostile drones, and the methods to detect, track, and mitigate such threats. Participants will learn about C-UAS technologies, the legal aspects of countering unauthorized drones, and how to develop response protocols to safeguard conservation operations and data.

Designed for conservation rangers and field teams, this course provides training on identifying, mitigating, and responding to unauthorized or hostile drone activity in conservation areas. Topics may include UAS detection methods, legal considerations, and conflict resolution techniques.

Covering the collection, processing, and analysis of data obtained through drones, including GIS (Geographic Information Systems) integration.

Training on the maintenance and repair of drone equipment to ensure they remain in working condition.

Offering guidance and resources to help staff prepare for official drone pilot certification exams (Part 107).

Offering guidance and resources to help staff prepare for official drone pilot certification exams (Part 107).

How drones can contribute to understanding and preserving ecosystem resilience in the face of climate change and other threats.

Geared towards conservation teams conducting fieldwork in rugged terrain or challenging conditions, this course focuses on emergency extraction and rescue techniques. Topics may include rope rescue systems, helicopter evacuation procedures, and wilderness navigation skills.

Discussing the legal and ethical considerations when using drones in conservation, including privacy and environmental impact assessments.

This course explores the ethical principles, professional standards, and best practices governing conservation work. Topics may include integrity in data collection and reporting, conflict of interest management, and responsible decision-making in conservation initiatives.

An entry-level class that covers the basics of drones, their applications in conservation, and regulatory requirements.

Exploring the use of LiDAR (Light Detection and Ranging) for 3D mapping, topography analysis, and habitat assessment.

Developing strategies for using drones in monitoring and mitigating conservation challenges, like deforestation, poaching, and invasive species.

Teaching staff how to coordinate and manage multiple drones simultaneously, ensuring safe and efficient operations, especially for larger-scale projects.

Focusing on the challenges and techniques involved in flying drones and capturing data during nighttime or low-light conditions, including the use of night-vision and thermal imaging technology.

This course covers essential communication techniques and technologies for conservation professionals working in remote or isolated environments. Topics may include satellite communication systems, radio protocols, and emergency communication procedures.

Instruction on safety protocols, emergency responses, and risk mitigation while operating drones in conservation areas.

Teaching how drones can be used for search and rescue operations in conservation areas.

Introduction to thermal and infrared sensors for identifying heat signatures and detecting anomalies in conservation areas.

Training on how to choose the right drone models, sensors, and accessories based on specific conservation project needs. This class would also include guidance on configuring the equipment for optimal performance.

This class focuses on the principles and techniques of using drones for mapping, surveying, and generating high-quality spatial data. Participants will learn about photogrammetry, remote sensing, and how to integrate drone data into Geographic Information Systems (GIS) for accurate and detailed mapping of conservation areas, habitats, and environmental

In this class, participants learn how to design and develop a UAS program from scratch. This includes setting goals, determining the scope of the program, identifying the necessary resources, creating a timeline, and building a framework for the program’s success. It also covers how to gain support from

This class is designed to teach participants how to effectively manage a UAS program within a conservation organization. Topics covered include budgeting, resource allocation, team management, compliance, reporting, and performance evaluation. It’s crucial for ensuring that the UAS program runs smoothly and efficiently.

This class is designed to educate rangers and conservation field teams on how to effectively collaborate with drones in their daily activities. Participants will learn how drones can enhance ranger patrols, wildlife monitoring, anti-poaching efforts, and surveillance for protected areas. It will also cover safety protocols, data collection

A class to educate staff on local and national regulations, airspace restrictions, and the legal aspects of using drones for conservation work.

Training on drone-based techniques for mapping and monitoring vegetation, habitats, and land use.

Focusing on using drones to assess water quality, monitor water bodies, and detect pollution or other environmental issues.

Focusing on techniques for using drones to monitor and study wildlife without disturbing them.