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Creative STEM Program
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Our Drone Flight program gives students a structured introduction to safe and confident drone operation. Through hands-on flight practice, students learn how drones move, how pilots maintain control, and how to perform fundamental maneuvers with accuracy and consistency.
Beyond basic flying, students build coordination, spatial awareness, decision-making, and practical problem-solving skills. Progressive flight challenges help them develop confidence while learning responsible operating habits and a strong foundation for more advanced drone applications.
Core Learning Areas
Students progress from core controls, orientation, takeoff, landing, and hovering to directional maneuvers, precision exercises, responsible operation, and more complex flight challenges.
Understand core controls, aircraft orientation, and basic flight behavior.
Build stable takeoff, landing, and hovering techniques.
Practice controlled forward, backward, lateral, and turning movements.
Improve accuracy and coordination through structured flight exercises.
Develop safe operating habits and awareness of the flight environment.
Combine fundamental skills in progressively more complex flight challenges.
Student Experience



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Our Drone Soccer program combines drone piloting with teamwork, strategy, and fast-paced competition. Students learn to control protected soccer drones while navigating an enclosed arena, coordinating with teammates, and completing offensive and defensive objectives.
The program turns technical flight practice into an engaging team sport. Through matches and skill challenges, students strengthen hand-eye coordination, communication, tactical thinking, reaction speed, and confidence while experiencing a unique application of drone technology.
Core Learning Areas
Students develop drone soccer control, attacking and defensive skills, arena positioning, communication, teamwork, and match strategy through structured practice and competition.
Understand the equipment, arena, objectives, and basic rules of play.
Develop precise control of a protected drone soccer aircraft.
Practice positioning, attacking, passing, and scoring techniques.
Learn defensive movement, blocking, and effective arena positioning.
Coordinate roles and strategies with teammates during play.
Apply technical skills and tactical thinking in structured matches.
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Our FPV Racing program introduces students to the exciting world of First-Person View drone flight. Students learn how FPV systems work, develop precise control skills, and practice navigating racing courses through progressive hands-on exercises.
FPV racing requires focus, fast decision-making, coordination, and continuous improvement. Students build these abilities through technical flight practice, course navigation, timing challenges, and racing activities while developing a deeper understanding of drone performance and pilot technique.
Core Learning Areas
Students progress from understanding FPV equipment and camera-based orientation to precise control, efficient course navigation, timing, consistency, and structured racing challenges.
Understand FPV drones, video systems, controllers, and racing equipment.
Develop smooth, precise, and responsive control techniques.
Learn to navigate confidently from the drone's camera perspective.
Practice lines, turns, gates, and efficient course navigation.
Improve lap performance while maintaining control and accuracy.
Apply skills in timed challenges and structured racing activities.
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Core Learning Areas
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Our Aerial Photography program teaches students how to use drones as creative visual tools. Students explore the fundamentals of aerial composition, camera settings, flight planning, and smooth cinematic movement while capturing photos and video from unique perspectives.
By combining piloting with visual storytelling, students learn to plan shots with purpose rather than simply fly and record. Hands-on projects develop creativity, technical confidence, spatial awareness, and an understanding of how flight technique and camera choices work together to create stronger aerial content.
Core Learning Areas
Students combine flight planning, camera control, composition, cinematic movement, and editing to create purposeful aerial photo and video projects.
Explore aerial perspectives, composition, framing, and visual storytelling.
Understand essential camera settings for aerial photo and video.
Plan safe and effective flights around a creative objective.
Practice smooth movements used in professional aerial footage.
Capture purposeful aerial images and video through hands-on assignments.
Select, refine, and present aerial content as a finished creative project.
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Our Drone Engineering & Building program takes students inside the technology that makes drones fly. Through hands-on assembly and experimentation, students explore major drone components, mechanical structure, electronics, propulsion systems, and the relationship between design choices and flight performance.
Students learn through building, testing, troubleshooting, and improvement. Rather than treating a drone as a finished product, the course encourages students to understand how systems work together, strengthening engineering thinking, technical confidence, logical reasoning, and practical problem-solving skills.
Core Learning Areas
Students explore how drone components, mechanical structures, propulsion, electronics, assembly, testing, and troubleshooting work together as a complete system.
Identify major components and understand their roles in a complete drone system.
Explore structural design and assemble key mechanical components.
Understand how motors and propellers generate and control thrust.
Learn the basics of power, wiring, controllers, and electronic integration.
Build and test drone systems through guided hands-on projects.
Diagnose problems and improve reliability, balance, and performance.
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Our Drone Programming program introduces students to coding through real-world drone applications. Students learn fundamental programming concepts and use code to control movement, sequences, behaviors, and mission-based flight tasks.
By connecting programming logic to a physical flying system, abstract coding concepts become visible and interactive. Students develop computational thinking, logical reasoning, debugging skills, creativity, and confidence as they write, test, troubleshoot, and improve programs through hands-on challenges.
Core Learning Areas
Students connect programming fundamentals with drone movement, automated sequences, mission challenges, testing, debugging, and original coding projects.
Learn sequences, variables, conditions, loops, and basic programming logic.
Use code to control movement, direction, altitude, and flight actions.
Create structured command sequences and automated flight routines.
Apply programming concepts to complete goal-based drone missions.
Identify errors, test solutions, and improve program reliability.
Combine coding and flight skills to create original drone projects.
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Our 3D Printing program introduces students to the complete process of turning an idea into a real, physical object. Through project-based learning, students explore digital 3D modeling, slicing software, printer operation, materials, print settings, and the practical skills required to successfully complete a 3D printed project.
The course goes beyond simply learning how to operate a 3D printer. Students combine creativity with engineering thinking as they design, test, troubleshoot, and improve their own creations. Through this iterative process, they develop practical STEM skills, spatial thinking, problem-solving abilities, and confidence using modern digital fabrication technology.
Build creativity, engineering thinking, and problem-solving skills through 3D printing.
Core Learning Areas
Students experience every major stage of the 3D printing workflow — from creating the first digital model to producing and refining a finished physical object.
Create, modify, and prepare original digital models.
Understand equipment, materials, setup, and safe operation.
Prepare files and understand settings that affect print quality.
Transform digital concepts into physical creations.
Identify printing problems, test solutions, and optimize results.
Apply new skills through creative engineering challenges.
Student Experience
From digital design to hands-on printing, students bring their ideas to life through practical projects and creative challenges.



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Preparing students for the Transport Canada Basic Operations Certificate through theory training and exam-focused instruction.
$199.00
Course Detail
Take the first step in understanding how drones are regulated and operated in Canada. This course is designed for beginners who want to prepare for the Transport Canada Basic Operations Certificate exam. Students will learn the essential rules, safety procedures, and operational knowledge required for legal and responsible drone flying.
Canadian drone regulations, Basic Operations requirements, airspace awareness, weather basics, flight safety, emergency procedures, pre-flight checks, and responsible drone operation. Students will also practice exam-style questions to better understand the structure and key knowledge areas of the Transport Canada Basic exam.
Beginners, recreational drone users, students, hobby pilots, and anyone who wants to legally fly drones in Canada under Basic Operations. This course is also suitable for learners who have little or no aviation background and want a clear starting point before moving into advanced drone training.
RPAS Course
Advanced-level theory training designed to prepare students for the Transport Canada Advanced Operations Certificate exam.
$1199.00
Course Detail
This course is designed for students who want to prepare for the Transport Canada Advanced Operations Certificate exam. It provides a deeper understanding of drone regulations, controlled airspace, flight planning, and operational risk management. The course helps students build the knowledge required for more professional and complex drone operations.
Advanced RPAS regulations, controlled airspace requirements, flight planning, navigation, weather interpretation, human factors, emergency procedures, radio communication concepts, risk management, and operational decision-making. Students will also review exam-style questions and key topics commonly tested in the Advanced Operations exam.
Drone pilots who want to operate in controlled airspace, fly closer to people, pursue commercial drone work, or continue toward professional RPAS operations. This course is ideal for students who already understand basic drone flying and want to prepare for the next level of certification.
RPAS Course
Professional-level theory training for pilots seeking qualification in Canada's new Level 1 Complex Operations framework.
$2499.00
Course Detail
This course introduces students to the knowledge required for Level 1 Complex Operations under Canada’s developing RPAS framework. It focuses on higher-level operational planning, risk assessment, safety management, and regulatory compliance for more advanced drone missions. The course is designed for pilots who want to move beyond standard operations and prepare for future professional opportunities.
Complex operation planning, advanced safety procedures, operational risk assessment, airspace considerations, mission preparation, emergency response planning, compliance requirements, documentation, crew coordination, and professional decision-making. Students will explore real-world scenarios such as inspection, mapping, public safety support, surveying, and specialized commercial drone operations.
Experienced drone pilots, commercial operators, advanced students, and organizations preparing for more complex RPAS missions. This course is suitable for learners who want to understand Canada’s higher-level drone operation framework and prepare for future professional, industrial, or specialized drone applications.
RPAS Course
DJI Drone Training is a comprehensive equipment training course to help you fly DJI drones with confidence, efficiency, and safety.
$300.00
Course Detail
Take the first step in understanding how drones are revolutionizing Search & Rescue and emergency response operations. Drone Aware™ is a self-paced, introductory course designed for individuals working alongside drone teams. Gain foundational knowledge of drone capabilities and safe practices, with real-world examples, such as providing overwatch during SAR missions or delivering supplies to isolated teams.
SAR Applications: Understand how drones support SAR tasks and emergency operations, such as aerial reconnaissance, terrain mapping, and situational awareness
Safe Practices: Learn safe operating procedures for working alongside drones in ground-based rescue efforts and challenging environments
Communication Skills: Develop effective communication techniques to coordinate seamlessly with drone operators during missions
Realistic Expectations: Set practical expectations for drone capabilities in high-stakes emergency scenarios
This self-paced course consists of 7 engaging modules, interactive quizzes, videos, and a final assessment where participants will receive a Certificate of Completion supported by NFPA 2400, EMCR POGs, and Transport Canada regulations.
SAR personnel and emergency responders working with external drone teams
Team members supporting drone operations without specialized training
Organizations like RCMP, CASARA, or SAR teams using external drone support
RPAS Course
DJI Drone Training is a comprehensive equipment training course to help you fly DJI drones with confidence, efficiency, and safety.
$600.00
Course Detail
Take the first step in understanding how drones are revolutionizing Search & Rescue and emergency response operations. Drone Aware™ is a self-paced, introductory course designed for individuals working alongside drone teams. Gain foundational knowledge of drone capabilities and safe practices, with real-world examples, such as providing overwatch during SAR missions or delivering supplies to isolated teams.
SAR Applications: Understand how drones support SAR tasks and emergency operations, such as aerial reconnaissance, terrain mapping, and situational awareness
Safe Practices: Learn safe operating procedures for working alongside drones in ground-based rescue efforts and challenging environments
Communication Skills: Develop effective communication techniques to coordinate seamlessly with drone operators during missions
Realistic Expectations: Set practical expectations for drone capabilities in high-stakes emergency scenarios
This self-paced course consists of 7 engaging modules, interactive quizzes, videos, and a final assessment where participants will receive a Certificate of Completion supported by NFPA 2400, EMCR POGs, and Transport Canada regulations.
SAR personnel and emergency responders working with external drone teams
Team members supporting drone operations without specialized training
Organizations like RCMP, CASARA, or SAR teams using external drone support
News
Canada’s National Drone Racing Championship was held from August 1 to 3, bringing together top FPV pilots for three days of high-speed competition.
Spectators experienced the excitement of professional drone racing from close-up viewing areas, watching skilled pilots navigate challenging courses at remarkable speeds. The event also provided an opportunity for drone enthusiasts, pilots, and industry professionals to connect and share their passion for FPV technology.
The championship was proudly supported by SkyBridge UAV, Aerotech Innovations, and the Canadian UAV Association, reflecting their shared commitment to advancing drone technology and building Canada’s growing UAV community.
News
SkyBridge UAV recently brought an interactive drone technology class to a local French-language school, giving students the opportunity to explore aviation and STEM education through hands-on learning.
During the session, students learned about drone safety, basic flight controls, and real-world applications of drone technology. They also participated in supervised flying activities, developing coordination, problem-solving skills, and teamwork.
The program offered students an engaging introduction to emerging technology and inspired them to explore the future of aviation, engineering, and innovation.
News
SkyBridge UAV recently hosted a Drone Technology Carnival, attracting more than 70 participants for a day of technology, education, and interactive activities.
Children and families explored drone flying, FPV, drone soccer, aerial photography, programming, and assembly through live demonstrations and hands-on challenges. Participants also had opportunities to win drone-related prizes and course vouchers.
The event introduced young people to drone technology in an engaging and accessible way while encouraging creativity, teamwork, and interest in STEM education.
News
Aerotech Innovations Inc. is proud to announce that, following extensive research, rigorous testing, and regulatory certification, its independently developed multi-purpose drone series has officially received authorization from Transport Canada for production and sale.
The drone series is designed for a wide range of applications, including:
This achievement marks an important step forward in Aerotech’s capabilities in drone research, manufacturing, and regulatory compliance. It also establishes a strong foundation for serving government agencies, public-safety organizations, and industry clients.
Aerotech sincerely thanks government departments, partners, and members of the community for their continued support and trust.
This milestone represents a new beginning. Aerotech will continue investing in independent innovation and developing advanced drone solutions for public safety, emergency response, smart cities, and industrial applications—contributing to the growth of Canada’s drone industry.
More exciting developments will be announced soon.
News
Representatives from Aerotech Innovations Inc. recently visited Transport Canada in Ottawa to present the company’s latest progress in drone research, development, manufacturing, and regulatory compliance.
During the meeting, the Aerotech team introduced its independently developed multi-purpose drone systems and discussed their potential applications in fire reconnaissance, law enforcement, border security, emergency response, and infrastructure inspection.
The visit marked an important step in strengthening communication with Canada’s aviation authorities and advancing the safe, compliant development of Aerotech’s drone technologies.
Aerotech will continue working closely with government agencies and industry partners to support innovation, public safety, and the responsible growth of Canada’s drone industry.