Build a national capability that survives one mission

Sri Lanka’s Arthur C. Clarke Institute for Modern Technologies, or ACCIMT, traces its Programme for Acquisition and Development of National Capacity in Space Technology to a concept submitted to the government in mid-2014. Its approach centered on designing, developing, testing and operating small satellites through international collaboration. This was a plan to acquire engineering capability across a mission’s life, not simply to purchase a finished spacecraft.

Raavana-1, KITSUNE and participation in BIRDS-X provided different opportunities along that path. A country can contribute a radio subsystem, develop a ground station, interpret telemetry — open definition or train engineers without manufacturing every component or operating its own launch vehicle. Describe the particular contribution before making a broad claim about independence. Partners can supply valuable expertise while a local team develops skills that remain useful after the partnership’s first mission.

The early Raavana-1 operations report describes commands and returned data through ground facilities in Sri Lanka and Japan. ACCIMT’s 2021 report identifies computing, communications and power-system work for KITSUNE. Together, those records show why both the flight hardware and the ground segment belong in a capability program. A satellite that cannot be commanded, diagnosed or interpreted by its operators provides only part of the intended learning opportunity.

Imagine a training team records twelve engineers attending a course, eight completing a supervised telemetry exercise and five independently decoding an unfamiliar test packet. Those counts answer different questions. Attendance measures participation; the supervised exercise measures supported performance; the unfamiliar packet tests transfer of understanding. It would be misleading to report all twelve as independently qualified on the strength of attendance alone. These invented counts illustrate an evaluation method, not ACCIMT’s actual training results.

Track different levels of learning

A durable result includes more than the people present at launch. Keep interface definitions, test records, ground procedures and explanations of failed approaches accessible to later teams. Give another operator a packet with known reference values and ask them to identify its time, units and status flags. A successful handover requires the receiver to reproduce the result, not merely confirm that a folder was delivered.

Collaboration also needs a clear division of responsibility. If one partner supplies a camera and another supplies its power interface, someone must verify that they work together under the intended conditions. The national capacity effort connects these individual learning and integration tasks to a longer program. Its success can be assessed through demonstrated contributions and retained knowledge, alongside the results of each spacecraft mission.