High-Altitude Trekking: Preparation and Route Planning
One-time payment, includes all project materials and instructor feedback on the final planning document.
Reserve a spotWhat you get out of this
What this project covers
Most trekking accidents above 3,500 metres trace back to rushed ascent schedules and inadequate pre-trip research. This project examines those failure points directly, using documented incidents from the Himalayas and Andes as reference material.
Acclimatization as a planning variable
Altitude sickness is not random. The rate of ascent, sleep elevation, and hydration management all interact in measurable ways. The project walks through the standard climb-high, sleep-low model and identifies where recreational trekkers most commonly deviate from it.
We compare two route profiles on the same destination: one designed for a 10-day schedule and one compressed into 7 days. The physiological differences between them are significant and often underestimated by inexperienced participants.
Gear decisions that matter at altitude
The project includes a breakdown of layering systems, footwear selection for mixed terrain above the snowline, and the specific limitations of trekking poles on steep descent. Weight calculations are included for a standard 12-day expedition pack.
Emergency protocols in remote terrain
Communication devices, evacuation planning, and the decision threshold for descent are covered in the final section. The project references real evacuation timelines from regions with limited helicopter access, giving context to why early decisions matter more than reactive ones.
Students are expected to complete a route planning document as part of this project, applying the frameworks discussed to a destination of their choice.
Class programme
Project stages
- Stage 1 - Altitude physiology fundamentals: How oxygen availability changes above 3,000 metres and what symptoms indicate acclimatization failure.
- Stage 2 - Route analysis: Comparing ascent profiles, rest day placement, and daily elevation gain limits across documented trek itineraries.
- Stage 3 - Equipment review: Layering systems, boot selection, sleeping bag temperature ratings, and pack weight calculations for multi-day alpine routes.
- Stage 4 - Risk and emergency planning: Communication tools, evacuation logistics, and the criteria for mandatory descent decisions.
- Stage 5 - Route planning document: Each student prepares a full itinerary for a chosen high-altitude destination, incorporating all frameworks from previous stages.
The goal is not to discourage high-altitude trekking but to ensure participants arrive at the trailhead having made informed decisions rather than optimistic ones.
Assessment criteria
The final route planning document is assessed on accuracy of acclimatization scheduling, completeness of gear list with weight justification, and quality of emergency response planning.
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Questions about this class or the format? The team at Domain is available to talk through what's covered before you decide.