My Time at the Creative Capacity Building (CCB) Training

I officially mark April as my favorite month this year. As part of the Mekatilili Program and I was given an opportunity to attend the Creative Capacity Building training. It happened in Embu and we were there from the 21st to the 28th of April.


We learnt a lot about the design process. The design process shows people the right way to find solutions to their problems. It involves inspiration, ideation and implementation. For instance, since cutting trees was banned, charcoal is expensive. So we learned how to make a charcoal briquette which holds charcoal ash together to make charcoal pieces. I found that very fascinating.

The chance to learn the design process was topped off by the opportunity to use a hammer and a saw for the first time in my life. Never had it crossed my mind that I'd enjoy doing woodwork. I now find myself looking at the prices of tools everytime I'm at the supermarket. I even have this wild idea of making furniture for my house, I think I should execute it to practice what I learnt.


Another thing that amazed me was the ‘maize raise’. I was surprised that you could raise 10 cobs of maize 10 centimeters off the ground using two foolscaps. It has been two weeks since the workshop and I am still trying to figure out how.


Well, our bodies cannot function properly in an empty stomach, and the people at Embu ensured that we were well taken care of. The food there was amazing and we never missed a meal since we had chicken every lunch and dinner. We also had good and comfortable places to sleep.

Having had the chance to meet new people, trying new things together has made me have a positive outlook on teamwork. I now strongly believe and understand that ‘if you want to go fast, go alone. If you want to go far, go together.’

I absolutely had the time of my life at Embu, it was the highlight of my 2018.

Ebby Mutie
Starehe Girls' Centre

The Mekatilili Program and Artisan Hive partnered with General Electric (GE) Africa to run a one-day, human-centered design workshop at Starehe Girls' Centre.

Using the design process, students worked in teams to brainstorm, prototype and refine ideas based on challenges experienced in their high school.

Have a look at some of the their innovative ideas!


Team Sky Scrappers


Challenge: How might we prevent soil erosion and increasing moisture retention for plants.

Solution: Re-engineer the traditional eureka can.



Challenge: How might we promote student utilization of the games field?

Solution: Devising a system that is powered by windmills to attract students to the field.

Team Mech - X4


Challenge: How might we develop a hot water system?

Solution: Use of boilers that utilize solar energy to heat water from the dam. Alternatively, the dam water could be used for irrigation.

Team Everest


Challenge: How might we ease cleaning of concrete slabs?

Solution: Create a machine with 2 tubes: one for producing soap and the other to dispense clean water. The device has an automated brush system and is powered using solar energy.

Team Rockers


Challenge: How might we supply water to the dormitories?

Solution: Siphoning water from the dam through pipes and into the dorms.

Team Flora


Challenge: How might we keep the flowers well watered?

Solution: Use of an underground piping system that pumps water from the dam to the garden.

Team Queens of Art


Challenge: How might we supply water to specific dormitories

Solution: Use of an electric driven force pump. Solar panels would be used as a source of energy for pump.

Team Maldives Genius Group


Challenge: How might we curb the monkey invasion menace?

Solution: Construction of monkey cages that include provisions for fruits and water.

Design Thinking, AI & IoT Workshop

This article was originally published as a Medium post by Foondi Workshops.


Eleven young innovators joined Foondi’s Design Thinking, AI, and the Internet of Things (IoT) Workshop, which was held from 15th - 19th January 2018, in collaboration with IBM Research Africa and The Mekatilili Program. The one week-long workshop culminated in an exciting hackathon where small teams created projects to improve water security in Nairobi.

This 5 day bootcamp focused on interactive, hands-on workshops, where participants learned about the principles and use of Design Thinking, Artificial Intelligence using the IBM Watson, the Internet of Things (IoT), and Business Model generation.

Following the 5-day training, the participants took part in a one day hackathon on 20th January. During the event, the team formed developed working prototypes aimed at redesigning innovative solutions to Water Security in Kenya using concepts of Design Thinking, AI, and IoT.


Participants dived into the design process during which they practiced human-centered design by interviewing people in their problem area. After generating problem statements based on the needs of their users, they brainstormed solutions.


Small teams got their ideas into the real world by making low-fidelity prototypes. Piles of clay, cardboard, bottles, and straws quickly became functional models of creative water solutions! The budding designers shared their work with the whole group to get feedback for improving future iterations.

Participants practiced technical skills as well, like collecting sensor data using Arduino controllers and storing it in the cloud, then sending data from the cloud back to the Arduinos.


Some participants had no electronics background at all, but by the end of the week, groups had used IBM’s Watson platform to read and display mapping data from their smart phones.

Okoa Maji: An efficient, fair method of water distribution in apartment buildings using a water management system that keeps track of users’ consumption. The system solves the storage problems in apartment complexes through the new concept of virtual water storage facilities. The target demographic is young and middle-aged working class city-dwellers between 22 and 35 years old.


MSMaji: A water management system that informs the user about the amount of water left in their tank, the water’s real-time temperature, the monthly water consumption rate, and the water bill. It also provides a payment platform that can be used to pay the bill.


Water Shortage Alert System (WSAS): A shortage advisory system built using components like an Arduino, an ESP8266, a servo motor, the IBM cloud platform, and the Red Node for visualizing and analysis. The system is designed to compute water consumption of each household by relating it with the volume of water in the tank. When the level of water gets below the designated level, it triggers an SMS to tenants advising them of an impending shortage and of an alternative water source.