University of Central Lancashire(UCLAN)

What you'll study

This MSc combines taught modules, practical laboratory work and a substantial individual project to deliver knowledge of aircraft platforms, sensors, autonomy, data processing and regulatory frameworks. Core themes include airframe and propulsion basics, sensor integration and payloads, autonomous systems and control, communications and navigation, systems engineering, and safety and airspace regulation for uncrewed operations.

• Platform design and integration – airframes, propulsion, power systems, payload mounting and systems integration considerations.
• Autonomy, guidance and control – flight control systems, path planning, state estimation and use of control theory in UAS applications.
• Sensors and data processing – optical, LiDAR and multispectral sensors, sensor fusion, image processing and geospatial data analysis.
• Communications, navigation and GNSS resilience – telemetry, datalinks, RTK/GNSS, inertial navigation and mitigation of signal loss.
• Regulation, safety and airspace integration – national and international regulatory frameworks, risk assessment, human factors and operational approvals.
• Systems engineering and project management – requirements capture, verification and validation, certification concepts and lifecycle planning.
• Research project or industrial dissertation – an extended independent project that applies taught knowledge to a practical problem, often with industry or research supervision.

Teaching typically involves lectures, hands-on laboratory sessions using UAS platforms and simulators, field flight exercises, case studies and guest lectures from industry. Students learn to apply machine learning and geospatial analysis tools for extracting actionable information from UAS-collected data.

Entry requirements

Applicants are normally expected to hold an undergraduate degree in engineering, computing, electronics, aerospace, physics, mathematics or a closely related subject. A lower second-class honours (2:2) may be acceptable where supported by relevant industrial experience or professional qualifications. Candidates without a directly related degree but with substantial vocational experience in aviation, surveying, robotics or remote sensing may be considered on a case-by-case basis.

International applicants must demonstrate English language proficiency; commonly accepted evidence includes recognised tests at a level appropriate for postgraduate study. Applicants will be assessed on academic references, personal statement and where relevant, portfolio or evidence of practical experience.

Career prospects

Graduates move into a wide range of roles across commercial, governmental and research sectors. Typical career paths include:

• UAS systems engineer or designer, working on airframes, payloads or autonomy software.
• Flight operations manager, UAS operations pilot or mission planner for commercial operators.
• Data analyst or geospatial specialist processing imagery and sensor data for surveying, agriculture, infrastructure inspection or environmental monitoring.
• Safety, regulatory or compliance specialist advising on airspace integration and operational approval.
• Research and development roles in industry or doctoral study in autonomy, sensing or human–machine interaction.

Employers include UAS manufacturers, integrators, service operators, government agencies, emergency services, survey and mapping companies, and research institutions.

Why study at University of Central Lancashire (UCLan)

UCLan offers a vocationally focused programme with an emphasis on practical skills, giving students access to specialist labs, simulation facilities and supervised flight exercises that mirror industry practice. The course is taught by staff with expertise across aerospace systems, robotics and remote sensing, and benefits from links with local and national industry partners that help shape practical projects and employability opportunities.

Students gain both the technical depth required for engineering and data roles and the operational understanding needed to work safely and legally in the evolving UAS sector. Flexible study routes, one-to-one project supervision and options to undertake industry-based projects or research-led dissertations support a range of career ambitions from operator roles to further research.