A State Revenue Secretary is rolling out a new digital land registry policy to modernise district-level administration. Arrange the following events in the correct chronological order to accurately represent the standard communication process cycle, from initial conceptualisation to the final feedback loop.
- 1The State Revenue Secretary recognises the need to standardise the new digital land registry protocol across all administrative districts.
- 2The Secretary's office drafts a comprehensive operational circular, translating the abstract policy into specific, actionable guidelines.
- 3The operational circular is dispatched to all District Sub-Registrars via the state's secure internal administrative email network.
- 4The District Sub-Registrars read the received circular and interpret how the newly mandated software will alter their daily document verification workflow.
- 5The District Sub-Registrars submit a mandatory compliance report back to the Secretary, confirming receipt and noting minor initial technical queries.
Answer
The correct chronological sequence following the communication cycle is: Intent formulation by the Secretary, Drafting the operational circular, Email dispatch of the circular, Reading and interpretation by the Sub-Registrars, and Submitting the compliance report.
The standard organisational communication process follows a linear but cyclical model. It begins with the Sender forming an idea (the Secretary conceptualising the policy rollout). This is followed by Encoding, where the idea is structured into a message (drafting the circular). The encoded message is then Transmitted via a specific Channel (the secure administrative email). The Receiver then Decodes the message (the Sub-Registrars reading and interpreting the new workflow). Finally, the Receiver provides Feedback (submitting a compliance report) to the Sender, acknowledging receipt and understanding, which closes the communication loop.
Step-by-Step Solution
Key Concept
The sequential stages of the standard communication process model (Sender, Encoding, Channel, Decoding, Receiver, Feedback).