All Extreme Medicine Courses

Space Medicine Course

Longyearbyen, Svalbard
All Extreme Medicine Courses

Space Medicine Course

Longyearbyen, Svalbard
Upcoming dates
7–11 Jun 2027
Places available
Duration
Short Trip
GBP £600 per person

Who is this for?

Anyone with an interest in space medicine is welcome, whatever your background or level of experience. You don’t need a medical background to attend. You’ll learn alongside people from healthcare, engineering, research and expedition backgrounds as you explore how humans adapt to space, how medical care is delivered in orbit and what those lessons can teach us about working in remote and extreme environments on Earth.
Doctors Nurses Paramedics Medical Students Engineers Researchers Remote & Expedition Professionals Anyone Interested in Space Medicine

What's included

Teaching led by astronaut Mike Barratt Explore what it takes to keep a crew healthy, from preparing for launch to readjusting to gravity after landing. Mike draws on his own experience of human spaceflight to show how mission plans and medical decisions play out in orbit.
Expert talks, discussion and in-flight cases Explore the science behind spaceflight, then put it to work in case discussions. In the Space Case Challenge, consider how you’d assess an in-flight medical problem, what help you could get from the ground and what the crew could do with the equipment available.
Not included:
  • Flights to and from Svalbard
  • Airport transfers and local transport
  • Accommodation in Longyearbyen
  • Travel insurance
GBP £600
Course overview

Space medicine from launch to landing

What would you pack in a medical kit for space? How would you care for someone in orbit when specialist support is back on Earth? Join astronaut Mike Barratt for four and a half days at the University Centre in Svalbard (UNIS) in Longyearbyen. Through expert talks, discussion and in-flight case studies, you’ll explore how the body adapts to spaceflight, how crews prepare for medical emergencies and what their experience can teach us about working in remote environments on Earth. No medical background is needed.

Learn with astronaut Mike Barratt

Hear first-hand what it’s like to live and work in orbit, and explore how crews look after their health throughout a mission.

Explore how the body adapts to space

Follow the changes astronauts experience from their first days in microgravity to readjusting to gravity after landing.

Take on the Space Case Challenge

Work through in-flight medical scenarios and consider what the crew can do with the equipment, skills and support available.

Study in the Arctic

Learn in Longyearbyen, Svalbard, and explore what spaceflight and Arctic operations can teach us about preparing for isolation and working far from specialist care.

Human Health in Space

  • Physical forces on the body during spaceflight
  • Short- and long-term adaptation to microgravity
  • In-flight illness and injury
  • Behavioural health, isolation and team dynamics
  • Women’s health in spaceflight
  • Landing and post-flight recovery

Spaceflight Operations & Case Studies

  • Spacecraft environments and habitability
  • Medical kits and crew capability in orbit
  • Medical considerations for spacewalks
  • Space Case Challenge and partial gravity
  • Commercial spaceflight and passenger health
  • Training for the space medic
This is an overview of the planned syllabus. Session details and timings may change as the programme is finalised.
Why it matters

What space medicine teaches us about life on Earth

In orbit, medical teams have to plan for emergencies with limited equipment, specialist support far away and few options for evacuation. Explore how they prepare, and what their approach can teach us about caring for people and working in teams in remote environments on Earth.

1

Making decisions with limited resources

Explore how teams assess and respond to medical emergencies in space, and consider how the same principles apply when equipment, specialist advice or evacuation are hard to access on Earth.

2

Keeping teams healthy under pressure

Examine how isolation, confinement and disrupted sleep affect judgement, wellbeing and teamwork. Consider what mission teams can teach us about preparing for expeditions and other work in extreme environments.

3

Finding your place in space medicine

See how clinicians, engineers and researchers work together to keep crews healthy. Discover where your own interests or experience could fit, whether you’re exploring career options or simply curious about the field.

Applying for study leave?

If you’re requesting study leave, use the course programme to show how the training connects to your role or development goals. You might highlight decision-making with limited resources, human factors in high-pressure teams or the planning that goes into medical care in isolated environments.

Itinerary

Provisional itinerary for 7th - 11th June 2027

Day 1 of 5
1

An introduction to human spaceflight

Start with the forces astronauts experience during spaceflight, then explore how spacecraft design and life-support systems shape the conditions crews live and work in.

Human spaceflight Physical forces Spacecraft design
What the day feels like: A classroom-based introduction, from the forces of launch to everyday life inside a spacecraft.
Faculty

Your Teaching Faculty

Mike leads the 2027 Space Medicine Course, bringing first-hand experience of human spaceflight to teaching on crew health, medical decisions in orbit and the challenges of returning to Earth. Special guest to be confirmed.

Michael Barratt

Astronaut
Location

Longyearbyen, Svalbard

Study space medicine in Longyearbyen, Svalbard, an Arctic setting that brings the course themes of isolation, human performance and access to healthcare closer to home.

Venue Teaching will take place in the Møysalen auditorium at the University Centre in Svalbard (UNIS), Longyearbyen. Please arrange your accommodation separately.
Start / finish The course runs over four and a half days, from 7 to 11 June 2027. Exact start and finish times will be shared once the timetable is finalised.
Getting there Fly to Svalbard Airport (LYR) via Oslo or Tromsø. An airport shuttle connects the airport with hotels and guesthouses in Longyearbyen. Check flight and transfer schedules before booking your travel.
Insurance Please arrange travel insurance for your full stay and confirm with your insurer that your policy covers Svalbard, including medical treatment and emergency medical evacuation to mainland Norway.
Reviews

What past attendees say

“Very happy with the course, one of the best weeks I had in my life. Definitely worth coming from Austria to Muncaster (even though it’s a long journey). Would definitely recommend it and I am looking forward to attending more WEM courses ”
Ronja
“Keep up the excellent work you are doing! I am very happy to have had the opportunity to meet you, and I am confident that our shared interests will bring us together again very soon. ”
Federico
“Thank you to the entire WEM staff, Mark, Mike & Michelle, Ewan, the whole Frost-Pennington family, and the Muncaster staff for delivering such a unique and unforgettable experience. Thank you for your immense expertise, your incredible kindness, and your generous hearts. You are all truly beautiful human beings. ”
Gianmarco
“I would not have wanted to miss this course for anything. It was a truly unique course, made even more special by the inspiring people involved. Thank you for this fantastic experience! ”
Jantine
“Thank you. I am so incredibly thankful for this opportunity to have attended. ”
Braulio
“A great course that was well delivered and not full of lots of research papers but real operational experience. ”
Sean
“Cant believe how the course was mainly given by a real experience astronaut ! Amazing ”
Nageena
“Thank you to all for your time. Listening to actual astronauts was so inspiring. ”
Emily
FAQs

Frequently Asked Questions

This course is designed for healthcare professionals and students who are interested in understanding how medicine is practised in extreme, remote, and high-performance environments.

It is particularly suited to those curious about aerospace medicine, human performance, extreme physiology, and the future of medical care in space and other isolated settings.

No prior experience in space or aviation medicine is required.

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