Security Drones and Robots
IMPORTANT: Please select the following affliation. SHSU > College of Criminal Justice > Institute for Homeland Security (IHS) > Critical Infrastructure Security & Resilence (IHS)
4 Hours
$25.00 per Student
Course Length:
Cost:
Course Description
Learners will understand the operational benefits of using security drones and robots for patrols, access control, vehicle inspections, and incident response. The course will describe the regulatory requirements relating to security drones and robots. Learners will develop a business case for the value of employing security drones and/or security robots while describing the multi-functional value of security drones/robots for emergency management and maintenance as well as security.
Course Objectives
Understand the operational benefits of using security drones and robots for patrols, access control, vehicle inspections, and incident response.
Be able to describe the regulatory requirements relating to security drones and robots and understand how to employ drones / robots autonomously and using piloted systems.
Be able to describe the current technology limitations and deficiencies in using security drones and robots for security operations.
Understand the interaction and partnership needed with IT to operate security drones and robots.
Be able to develop a business case for the value of employing security drones and/or security robots including the ROI and IRR and the impact they have upon recordable injuries and flow through profitability of critical infrastructure.
Be able to describe the multi-functional value of security drones / robots for emergency management and maintenance as well as security.
Target Audience
The target audience for this course includes security professionals, drone operators, business owners, law enforcement, military personnel, IT and cybersecurity experts, engineering and tech professionals, as well as security integrators and consultants. These individuals seek to understand and implement autonomous systems and robotic technologies to enhance security measures and improve operational efficiency in various environments.
Course Length:
Cost:
$25.00 per Student
4 Hours
IMPORTANT: Please select the following affliation. SHSU > College of Criminal Justice > Institute for Homeland Security (IHS) > Critical Infrastructure Security & Resilence (IHS)
Course Description
Learners will understand the operational benefits of using security drones and robots for patrols, access control, vehicle inspections, and incident response. The course will describe the regulatory requirements relating to security drones and robots. Learners will develop a business case for the value of employing security drones and/or security robots while describing the multi-functional value of security drones/robots for emergency management and maintenance as well as security.
Course Objectives
Understand the operational benefits of using security drones and robots for patrols, access control, vehicle inspections, and incident response.
Be able to describe the regulatory requirements relating to security drones and robots and understand how to employ drones / robots autonomously and using piloted systems.
Be able to describe the current technology limitations and deficiencies in using security drones and robots for security operations.
Understand the interaction and partnership needed with IT to operate security drones and robots.
Be able to develop a business case for the value of employing security drones and/or security robots including the ROI and IRR and the impact they have upon recordable injuries and flow through profitability of critical infrastructure.
Be able to describe the multi-functional value of security drones / robots for emergency management and maintenance as well as security.
Target Audience
The target audience for this course includes security professionals, drone operators, business owners, law enforcement, military personnel, IT and cybersecurity experts, engineering and tech professionals, as well as security integrators and consultants. These individuals seek to understand and implement autonomous systems and robotic technologies to enhance security measures and improve operational efficiency in various environments.