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Master’s degree · Bridge and navigationMaster's in Polar Exploration and Ice Navigation
This master's programme prepares you to lead expeditions and maritime operations in the most challenging environments on the planet. You will work with ice science, ice classes, route selection and the Polar Code, including logistics, emergency preparedness and environmental protection.
100% online1,500 hours11 modulesTaught in EnglishEnrol any time
What is this programme?
This master's degree prepares you to lead expeditions and maritime operations in the most demanding polar environments. It covers the interpretation of satellite imagery, navigation in ice conditions, planning safe routes, polar ecology, climate change and the international regulation that applies to these regions.
The programme stands out for its simulation exercises, in which you practise ice navigation scenarios; its expedition planning skills, so you can plan and carry out safe and efficient expeditions; its coverage of cutting-edge navigation, communication and ice monitoring technologies; and its sustainable impact, contributing to the research and conservation of polar ecosystems.
Programme highlights
- Cutting-edge techniques: tools and methodologies for polar exploration and data analysis in extreme environments.
- Safe navigation: navigating in sea ice using chart interpretation and advanced equipment.
- Environmental impact: the study of climate change and its effect on the polar regions.
- Leading-edge research: applied projects in polar science and technology.
- Career opportunities: openings in scientific institutions, exploration companies and environmental consultancy.
- Become an expert in the challenges of the Arctic and Antarctica.
Study plan
01Advanced navigation and survival techniques in extreme polar environments136 h
Polar route planning models (environmental variables, ice forecasting and traffic); high-latitude positioning with GNSS, error mitigation and meridian convergence; charting for ice navigation (ice charts, symbols, SAR maps); sea ice navigation: monitoring, ice charts and routing criteria in fractures and glaciers; pilotage in restricted waters and glacial channels using radar and echosounder; survival: emergency protocols, protective equipment and shelters; remote communications: satellite, HF/VHF and multichannel links; risk management and decision-making under stress with CRM adapted to expeditions; physical effects (hypothermia, frostbite, dehydration) and cold-weather first aid; failure simulations: sensors, loss of visibility and emergency response.
02Positioning systems and dynamic charting for safe operations in extreme polar environments136 h
GNSS at high latitudes: GPS, GLONASS, Galileo and BeiDou, and their limitations; dynamic charting updated in real time through remote sensing; integration of inertial and satellite systems during signal blockage; numerical models of ice drift, fracture and compaction; calibration of LIDAR and ground-penetrating radar (GPR) to detect hazards beneath the ice; polar ECDIS: extended ENC charts and environmental information layers; redundancy and contingencies for multiple failures, combining traditional and modern navigation; data synchronisation with shore and satellite centres; early warning and automatic route control for cracks, polynyas and moving channels; legal aspects of charting in polar zones and protected areas.
03Advanced navigation and survival strategies in extreme polar environments136 h
Polar climate dynamics and their effect on planning (katabatic winds, freeze-thaw cycles); sea ice forecasting: types, formation, drift and thickness using SAR; charting tools for frozen areas, with corrections for refraction and seasonal change; routing strategies in ice fields: waypoint legs, ramming and icebreaker escort; advanced life support for hypothermia, frostbite, dehydration and altitude sickness; monitoring and communication equipment in isolation (satellite transmitters, emergency beacons); manual and automated pilotage with ultrasound, echosounder and lidar; emergencies and rescue: evacuation routes, safe zones and inter-agency coordination; real cases and simulations: ice collapses, whiteouts and mechanical failures; international regulation and environmental protection treaties.
04Route planning and ice manoeuvring, expedition logistics and polar emergency response136 h
Planning fundamentals: meteorology, ice conditions and oceanography; charting of Arctic and Antarctic regions (topographic, bathymetric, ice thickness); ice drift and concentration models using satellites, icebreakers and buoys; design of safe passage plans according to ice dynamics and the vessel's limitations; logistics: provisioning, fuel, equipment and life support; communications in remote areas: satellite and HF/VHF; emergency response: contingency plans, ice rescue, medical evacuation and international cooperation; assessment of natural hazards (moving ice, cracks, storms) and technological risks; drills with defined roles and coordination with ground and air teams; post-operation reports, incident analysis and continuous improvement.
05Emerging technologies in hazard detection and crisis management for safe operations in glacial conditions136 h
Fundamentals of advanced hazard detection with smart sensors and remote sensing; LIDAR and GPR for mapping cracks, caverns and internal ice structures; satellite monitoring and drones with thermal and multispectral sensors; AI and machine learning to predict avalanches, fractures and rapid displacements; distributed sensor networks and IoT for early detection; integrated, interoperable crisis management platforms; high-speed communications via satellite, HF and UHF; virtual training with augmented reality; risk mitigation using big data and geospatial analysis; regulations and standards for safety and crisis management in polar regions.
06Advanced positioning systems and dynamic charting for safe navigation in extreme polar environments136 h
GNSS fundamentals: architecture, signals and constellations; errors and corrections: ionospheric, tropospheric, multipath, clocks and delayed correction; differential GNSS, SBAS and GBAS in polar navigation; sensor fusion: INS, gyroscopes, accelerometers and odometers; dynamic charting: generation, updating and polar databases; charting specifics: projections, distortions, isobaths and ice formations; polar ECDIS with ENC/S-57 and S-63 data and dynamic layers; communication between navigation and sensors (radar, AIS, multibeam echosounder, meteorology); detection and resolution of positioning and electronic chart failures; environmental impact and IMO regulations in route planning.
07Route planning strategies, ice manoeuvring and emergency management in extreme polar environments136 h
Planning fundamentals: meteorological, oceanographic and geographic variables; risk assessment and mitigation: sea ice, cracks, icebergs and extreme weather; predictive models for safe passages: GIS, satellites and numerical modelling; navigation techniques: ice types, floes, leads and polynyas; breaking and avoidance manoeuvres: hull forces, rudder control and lookout; operations in low visibility and extreme weather; communication with polar stations and logistics support units; emergency management: structural damage, spills and loss of propulsion; rapid response teams and role assignment; simulations: search and rescue, evacuation, hypothermia and survival.
08Polar climate dynamics and their impact on safe navigation and ice route optimisation136 h
Atmospheric processes: high and low pressure systems, polar vortices and winter storms; ice-atmosphere interaction: albedo and subsidence; numerical climate models and their validation with satellite and field data; sea ice dynamics: types, seasonality, variability, thickness and salinity; ocean currents, ice drift and emerging patterns driven by climate change; thermal anomalies and crack formation in ice fields; real-time remote sensing: SAR, laser altimetry and microwave radars; route optimisation with moving ice: adaptive navigation and probabilistic forecasting; extreme weather hazards and decision protocols; climate change: greater accessibility versus new dangers.
09Advanced navigation and risk management strategies in extreme polar environments136 h
Dynamics of polar environments: ice formation and extreme weather conditions; glacier navigation models based on drift and fracture; strategic passage planning with weather windows; risk management: assessment, mitigation and contingencies; satellite and sensor technologies: polarimetric radar, LIDAR and optical systems; support systems: specialised ECDIS, ice alerts and dynamic data; low-temperature operation and prevention of technical failures; communication in remote environments and coordination with shore bases; advanced simulation for real-time decision-making; post-operation evaluation and lessons learned.
10The Polar Code, regulation and certification of ships for polar waters136 h
The International Code for Ships Operating in Polar Waters; polar ship categories A, B and C; IACS polar classes; the Polar Water Operational Manual (PWOM); STCW training for ice navigation; polar survival equipment; the POLARIS risk assessment system; environmental protection in polar waters; the Antarctic Treaty and the regulation of expeditions; the Polar Ship Certificate.
11Master's Final Project: integration of innovative technologies for exploration and navigation in extreme polar environments136 h
Remote sensing for ice: SAR, LIDAR and high-resolution hyperspectral sensors; integration of multi-frequency GNSS and inertial navigation in Arctic and Antarctic waters; sea ice prediction with machine learning (thickness, fractures, distribution); satellite and HF communication adapted to polar latitudes; design of vessels with assisted navigation for variable ice and moving floes; multi-sensor fusion for situational awareness; autonomous underwater and aerial platforms: deployment, control and data analysis; simulation for training in extreme scenarios and evasive manoeuvres; evaluation of planning software and dynamic obstacle avoidance; international regulation and best practice for technology integration.
Duration and format
1,500hours in total
11modules of 136 hours
100%online, at your own pace
Openenrolment all year round
At 10 hours a week you would finish in about 150 weeks; at 20 hours a week, in about 75.
What you will learn
- Manage risks and contingencies in polar environments.
- Lead scientific research projects in polar regions.
- Interpret and use oceanographic and meteorological information in ice-covered areas.
- Operate and maintain specialised polar navigation equipment.
- Develop climate change adaptation strategies at high latitudes.
- Advise on strategic decisions for the sustainable management of polar resources.
Career outcomes
- Polar scientist: projects in glaciology, marine biology, oceanography or climatology.
- Polar guide and expedition leader: managing tourist or scientific expeditions in compliance with environmental rules.
- Officer on polar vessels: navigation on research ships, icebreakers or ice-class cruise ships.
- Polar navigation consultant: advising shipping companies, governments and institutions.
- Polar project manager: planning and coordinating research, development or infrastructure projects.
- Polar logistics specialist: supply chain and transport of equipment and personnel.
- Polar risk analyst: assessing risks in navigation, exploration and resource development.
- Polar law expert: advising on governance, environmental protection and the rights of indigenous peoples.
Entry requirements
- Academic or professional profile: a degree in science, engineering, nautical studies or a related field, or accredited experience in polar expeditions, maritime navigation or research in cold regions.
- Language skills: technical and scientific English at B2 or higher is recommended.
- Documentation: up-to-date CV, qualifications, academic transcript, identity document or passport, a motivation letter and, optionally, letters of recommendation.
- Technical requirements (online): a computer with camera and microphone, a stable connection, video-conferencing software and data analysis software according to your specialisation. Enrolment is open all year round; admission is provisional until the committee validates your documentation.
How to enrol
Enrol online
Complete your enrolment on this page, or apply through admissions if you prefer to talk to us first.
Receive your access
We send you the details to enter the virtual campus and start the programme.
Study at your pace
Work through the modules when it suits you and complete the programme from anywhere in the world.
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