Study in Kenya. Updated November 2026. 5 min read.
The most useful thing an engineering student can learn in Kenya is why so many well-meant water projects stop working within a few years, and what the ones that last do differently. Kenya has hand pumps that failed when the one person trained to fix them moved away, and community water schemes that have run for decades because the community owns them, sets the tariff and pays a technician. It also has some of the most ambitious infrastructure in Africa: a standard gauge railway, an elevated toll expressway through Nairobi, geothermal power in the Rift Valley and a planned technology city at Konza.
In short: an engineering and water program runs 10 to 14 days and learns from projects that already exist rather than building new ones for students. It mixes urban systems in Nairobi, rural water in the drylands of Makueni and Kitui, and energy and transport case studies. If your chapter or class wants to build, we explain below when that is appropriate and how we would do it.
Who it is for
- Civil and environmental engineering departments running a short global engineering course
- Engineers Without Borders chapters scoping or reviewing a long-term community partnership
- Mechanical and electrical engineering programs with an energy access focus
- Urban planning and sustainable development programs
What students learn
- Water governance: the 2010 Constitution devolved water services to the 47 counties, and the Water Act 2016 set up the regulators, water resource managers and county water service providers
- Technology choice and lifecycle cost: boreholes, piped schemes, rainwater harvesting and sand dams, and who pays for the repair in year five
- Energy: geothermal power at Olkaria in the Rift Valley, solar mini-grids and pay-as-you-go solar for homes off the grid
- Megaprojects as case studies: the Mombasa to Nairobi standard gauge railway and the Nairobi Expressway, their design, financing and debt, and who benefits
- Urban water and sanitation in fast-growing neighborhoods, and the gap between a master plan and what gets built
- Professional practice and ethics: registration with the Engineers Board of Kenya, community engagement and the duty to do no harm
Sites and hosts, by type
Named places are examples of what students study, not partners of ours. We approach the right hosts for your course and confirm each visit in writing.
| Type | Examples | What students do |
|---|---|---|
| Urban utilities | Nairobi's water company and county water service providers | Treatment, pricing and non-revenue water, where the utility agrees |
| Rural water | Community boreholes, piped schemes and sand dams in Machakos, Makueni and Kitui | Meet water committees and county officers; assess a working and a failed system |
| Energy | The Olkaria geothermal fields near Hell's Gate; solar mini-grid and pay-as-you-go solar companies | Plant visits where operators allow; the economics of energy access |
| Transport | The Madaraka Express on the standard gauge railway; the Nairobi Expressway | Ride the train and study both projects as financing and design cases |
| Planned city | Konza Technopolis, south-east of Nairobi on the Mombasa road | Master planning, utilities and the pace of delivery |
| Universities | Engineering faculties in Nairobi | Joint design reviews with Kenyan engineering students |
Engineers Without Borders chapters have worked in Kenya for years, and the lesson of those programs is consistent: projects that last are the ones with a multi-year commitment, a community that asked for the work and pays toward it, and a Kenyan partner who stays when the students go home.
A sample two-week outline
| Day | Where | Learning |
|---|---|---|
| 1 | Nairobi | Arrive at JKIA, transfer, welcome dinner |
| 2 | Nairobi | Orientation and safety; a lecture on devolution and infrastructure; a field visit on the Expressway |
| 3 | Nairobi | A water utility session; urban sanitation with a host organization |
| 4 | Konza and Makueni | Konza Technopolis on the Mombasa road, then on to Makueni, about 2 to 3 hours from Nairobi |
| 5 to 7 | Makueni and Kitui | Sand dams, boreholes and a piped scheme; water committees and the county water office; a student assessment exercise |
| 8 | Emali to Nairobi | The Madaraka Express back to Nairobi as a railway case study; afternoon debrief |
| 9 | Naivasha | Drive about 2 hours; Olkaria geothermal and Hell's Gate |
| 10 | Naivasha | Lake water use and allocation; a solar mini-grid or pay-as-you-go solar case study |
| 11 | Nairobi | Return; a joint design review with Kenyan engineering students |
| 12 to 13 | Nairobi or a short safari | Student presentations, or two days in the Mara or Amboseli |
| 14 | Nairobi | Departure |
The ethics of student-built infrastructure
We will help a class or chapter build only when these conditions hold, and we say so before anyone fundraises:
- The community asked for the project, contributes to it and will own it
- The county water or works department has approved it, and a registered Kenyan engineer and contractor carry responsibility for design and safety
- Local workers are hired and paid, and students work alongside them, never instead of them
- There is a funded maintenance plan, with spare parts and a trained technician, for at least the design life
- The chapter commits to several years of monitoring and returns the data to the community
- Students do no high-risk work, such as work at height, in trenches or in confined spaces
If those conditions are not there yet, the right first trip is an assessment trip like the outline above. Water testing, household surveys and system assessments for research need a NACOSTI licence, from $300 for foreign undergraduates since October 1, 2026, plus county permission; our research permits page covers the steps.
Safety and logistics
Before you book, check the current U.S. State Department advisory for Kenya and confirm your travel insurance covers your route, and allow time for any university approval for international travel. In the drylands students carry water, sun protection and closed shoes, and we travel only by day. Site visits follow the operator's safety rules and personal protective equipment. Our school trip safety page sets out supervision, medical cover and the emergency plan.
What it costs
Faculty-led programs commonly run about $3,500 to $6,500 per student for two to four weeks on the ground, excluding international airfare. This route is mostly by road and rail, which keeps costs down; a build project adds materials, paid labor and engineering fees, which we budget separately and transparently.
| Item | Guide figure | Notes |
|---|---|---|
| Ground program, 2 to 4 weeks | About $3,500 to $6,500 per student | Lodging, meals, vehicles, train, host fees and staff |
| International flight | About $900 to $1,600 round trip | From New York; more in peak months |
| NACOSTI research licence | From $300 | Only if students collect data |
| Kenya eTA and inbound health insurance | $30 plus $44 | Per traveler, before departure |
| Build projects | Quoted separately | Materials, paid labor, engineer and maintenance fund |
Next step
Send us your course goals or your chapter's project idea, with dates and numbers. We reply with a draft route, the hosts we would approach, a permit plan and an itemized budget. Students can pay in full or monthly, with no deposit.
