- Skills for Girls: Nano-satellites programme

within two years

Cost: far less expensive than large satellites

Technology: simple, standard parts
available off-the-shelf

Design: simple design for short mission;
no need to use thermal blankets

less expensive than large satellites
Technology: simple, standard parts available off-the-shelf
Design: simple design for short mission; no need to use thermal blankets
Space debris: none – they burn up in the atmosphere upon re-entry
Cons
Scope: limited due to reduced capacity to carry scientific instruments
Mission duration: most of them are operational for a period of 1 to 3 year

SpaceX its Falcon 9 rocket with 63 other satellites

Al-Farabi -1 launched by ISRO’s PSLV- C37 mission with 103 other satellites

The main Mission of the first Kazakhstani nanosatellites is educational one: to develop own space technology scientific school
Technological mission: Technological demonstrating of own onboard computers, ground station, antenna systems
Scientific mission: radiation influence on
memory cells of microcontrollers

the preparation of bachelors in Space Engineering and Technology
2012 - Signing of Agreement with University of Tokyo on the internship of KazNU students under the UNIFORM project
2013 - The beginning of the internship of master degree students in University of Tokyo

Rector of KazNU before sending undergraduates of KazNU to University of Tokyo

Students and undergraduates are working on satellite assembly (University of Tokyo)

2013 - The beginning of first nanosat project under the leadership of the rector G. Mutanov in the framework of Government Grant Financing (as a result al-Farabi -1 was launched)
2015 - The beginning of second nanosat project under the leadership of the rector G. Mutanov in the framework of Government Grant Financing (as a result al-Farabi -2 was launched)

American woman in space Sally Ride

“On Earth, men and women are taking the same risks. Why shouldn't we be taking the same risks in space?”

«If we want scientists and engineers in the future, we should be cultivating the girls as much as the boys».

Sabyr Orynbasar
- Nursultan Meirambekuly
Programmers:
- Azat Yaakov
- Nursultan Uzbekov

Rev.1 Project planning and implementation, a space project is divided into the following phases:
Phase 0: Mission analysis/needs identification
Phase A: Feasibility
Phase B: Preliminary Definition
Phase C: Detailed Definition
Phase D: Qualification and Production
Phase E: Utilization
Phase F: Disposal
This structure comprises and orders adequately all processes, tasks and work packages in the development of a traditional space mission. Important reviews take place at the end of each phase, i.e. to proceed with the next phase a formal review must be successfully passed. Some of these reviews are:
MDR: Mission Design Review
PDR: Preliminary Design Review
PRR: Preliminary Requirements Review
CDR: Critical Design Review
AR: Acceptance Review
LRR: Launch Readiness Review
ELR: End-of-Life Review