Engineering & Technology
Unmanned Aerial Systems (UAS) Engineering
Unmanned Aerial Systems (UAS) Engineering trains you to design, assemble, program, and operate drones and autonomous flight systems. You will learn aerodynamics, flight avionics, autonomous navigation software, remote sensing, and payload systems for applications in delivery, agriculture, and surveillance.
Program objectives
- 01Understand drone design, aerodynamics, and structural mechanics.
- 02Learn flight control systems, sensors, and GPS navigation software.
- 03Master autonomous flight programming and remote sensing technologies.
- 04Apply drone tech to real-world tasks like aerial mapping, delivery, and inspection.
Why choose this program
Cutting-edge technology field
Drones are rapidly changing agriculture, medical supply delivery, mapping, and security.
Unique specialist skills
Stands out from traditional engineering degrees by specializing directly in autonomous aircraft.
High innovation potential
Prepares you to launch commercial drone services or work with global drone operators.
Skills you'll build
- Drone assembly and maintenance
- Autopilot and flight controller configuration
- Autonomous flight programming
- GIS and aerial mapping analysis
- Spatial awareness
- Risk assessment
- Creative problem-solving
Tools & software
- Flight simulation software
- ArduPilot / QGroundControl
- CAD tools (SolidWorks)
- Python / C++
Challenges to expect
Academic
- Combines complex aerodynamics physics with electronic hardware and software controls.
Technical
- Flight testing carries risks of physical crashes and component breakage during trial phases.
Financial
- Drone parts, flight controllers, motors, and batteries can be expensive to replace.
Personal
- Requires patience for long testing protocols outdoor in varying weather conditions.
Tips from the field
- Get practical flight practice on low-cost trainer mini-drones before flying larger builds.
- Learn aviation regulations and drone safety guidelines early.
- Focus heavily on microcontroller programming and sensor calibration.
Career paths
- UAS / Drone Engineer
- Avionics Engineer
- Flight Operations Specialist
- Drone Data and GIS Analyst
- Autonomous Systems Developer
Where you can study this
| Name | Latest cutoff | Tuition (annual) |
|---|---|---|
| Academic City UniversityBSc | — | — |
FAQs
Do I need a commercial drone pilot license to study this?+
No. You do not need a license before applying. The program teaches you drone mechanics, flight controls, and aviation regulations from scratch.
Is this program only about flying small camera drones?+
No. It covers designing, building, and programming large delivery drones, agricultural crop sprayers, surveying aircraft, and autonomous search-and-rescue systems.
What companies hire drone engineers in Ghana?+
Medical delivery services (like Zipline), agricultural mapping firms, mining survey companies, security firms, and military/civil aviation agencies.
What happens if a student crashes a drone during a class project?+
Students first practice extensively on computer flight simulators and low-cost bench prototypes before flying custom-built project drones.
Do I need to be good at computer coding?+
Yes. Programming is essential for writing flight control algorithms, setting GPS waypoints, and processing computer vision data.
How is UAS Engineering different from Aerospace Engineering?+
Aerospace Engineering covers manned aircraft and rockets. UAS Engineering focuses specifically on unmanned aircraft, autonomous flight software, remote sensing, and robotics.
Related programs
Engineering & Technology
Aerospace Engineering
Aerospace Engineering trains you to design, build, and test aircraft and related flight systems -- covering aerodynamics, propulsion, and structural design. It's a demanding, highly technical field that positions graduates for work in aviation, aircraft maintenance, and emerging aerospace technology.
Engineering & Technology
Agricultural Engineering
Agricultural Engineering applies engineering principles to farming -- designing machinery, irrigation systems, and equipment that make agriculture more efficient. It's a bridge between engineering and agriculture, aimed at solving practical farming problems with technical solutions.
Engineering & Technology
Architectural Technology
Architectural Technology focuses on the technical side of how buildings are designed and put together -- construction methods, building materials, and technical drawings that turn an architect's vision into something that can actually be built. It's more hands-on and technical than a full Architecture degree.
Engineering & Technology
Architecture
Architecture trains you to design buildings -- balancing beauty, function, and safety while shaping the spaces people live, work, and gather in. It's a long, demanding program combining creative design with technical building knowledge, preparing you to eventually become a licensed architect.
Engineering & Technology
Artificial Intelligence
Artificial Intelligence (AI) teaches you how to build computer systems that can think, learn, and solve problems like humans. You will study machine learning algorithms, computer vision, natural language processing, and neural networks to create smart software and autonomous systems.
Engineering & Technology
Automobile Engineering
Automobile Engineering teaches you how vehicles -- cars, trucks, motorcycles -- are designed, built, and maintained. You'll study everything from engines and vehicle dynamics to automotive electronics, preparing you to work in the growing automotive and transport sector.