After a protracted process stretching beyond 5 years, the African Union (AU) Space Working Group delivered the African Space Policy document late last year (African Space Strategy V10_1). This document was subsequently adopted by African education, science and technology ministers and is expected to be approved by the AU Heads of States Summit in January 2016. This is […]Read more "African Space Policy"
In this phase, Kenya will begin to transcend to the Operator level from a User level of the space technology capability hierarchy pyramid. This progression will be realized through further expansion of the resources and capacities formerly initiated in the preceding phases. Expanding capabilities will further be augmented by the introduction of completely new competences. […]Read more "Kenya Space Sector Formulation—Phase 4"
It is in this phase that the physical establishment of the proposed space sector’s infrastructure and tangible capacity commences. A concurrent tripartite approach targeting i) human, ii) organizational and, iii) societal capacity development is required to ensure a comprehensive and efficacious inception of the Kenyan space sector. Similarly, identification and strategic engagement of potential collaboration […]Read more "Kenya Space Sector Formulation—Phase 3"
It is in this phase of the road-map that the Kenya space sector organizational framework is defined. This organizational framework should not only present the constituent stakeholders; but, also elucidate the interaction dynamics between the stakeholders. Consequently, we propose the Kenya space sector organizational chart shown in the schematic below. This initial sector organizational framework […]Read more "Kenya Space Sector Formulation—Phase 2"
During the better part of last week, the discovery of two aquifers in Turkana County, Kenya dominated the headlines of major global media outlets. These colossal underground water reserves (which have been confirmed by drilling) are estimated to contain a minimum of 250 billion cubic meters of water replenished annually at a rate of 3.4 […]Read more "Turkana Tale: Space Technology and Colossal Aquifers"
The definitive road-map that Kenya needs to follow in order to establish a domestic space sector from scratch will essentially entail ascending the space technology capability hierarchy pyramid. This scrupulous technology capability evolution process will involve initial lumpy resource investments whose benefits will be commensurate with the level technology sophistication. We choose to segment Kenya’s […]Read more "Kenya Space Sector Formulation"
In our quest to illustrate how to establish a space sector for sustainable development in Kenya, we have so far addressed several pertinent fundamental themes. They include; What is space technology? Why does Kenya need space-based technology? The global space technology legacy and the prevailing global space technology trends. Under what framework should Kenya integrate […]Read more "So Far!"
By virtue of being a late entrant, Kenya is paradoxically opportunely placed to benefit from the experiences of other countries that have preceded her in embracing space technology for sustainable development. We have scrutinized in detail the space technology experiences of India and Brazil, and further succinctly analyzed a plethora of other developing countries’ methodologies […]Read more "Lessons Extricated from the Experiences of Kenya’s Predecessors in Embracing Space Technology"
After scrutinizing the two illustrative examples of integrating space-based technology for sustainable development in India and Brazil, next, we shall briefly reveal other industrially developing countries that have like-wise embraced this path. In underscoring the espousal of space technology in economies that maybe regarded as Kenya’s peers, we hope to further precipitate embracing space […]Read more "Next Topic"