Paper I, Unit 11: Techniques of Administrative Improvement
Techniques matter when they improve an administrative process or decision.
Techniques matter when they improve an administrative process or decision. Learn what each tool measures, which assumptions it needs, and which public values remain outside its calculation.
Official wording of this unit: see the Paper I syllabus (unit 11).
Syllabus phrases and how to read them
| Syllabus phrase | Meaning and preparation focus |
|---|---|
| Organisation and Methods | Examine procedures, forms, delegation and organisational arrangements. Remove redundant steps, unclear responsibility and repeated data demands before automating the workflow. |
| Work study; work management | Separate method study from work measurement. Understand workload, standards, process mapping and resource allocation; preserve necessary checks and service quality. |
| e-Governance; IT | Distinguish computerisation, process integration and participatory governance. Analyse interoperability, inclusion, privacy, accessibility, cybersecurity and accountability for decisions. |
| MIS | Study how information supports management. Completeness, accuracy, timeliness and relevance determine usefulness; a visually attractive dashboard cannot repair weak source data. |
| Network analysis; PERT | Identify activities, dependencies, estimates and critical paths. PERT handles time uncertainty through estimated durations; understand the assumptions behind expected-time calculations. |
| CPM | Learn deterministic activity-duration planning, float and time-cost trade-offs. Critical means schedule-determining, not necessarily politically important or most expensive. |
A tool can optimise the wrong objective. Reducing average processing time may encourage easy-case selection; digital verification may shift compliance costs onto vulnerable citizens. Pair efficiency indicators with inclusion, error correction and accountability.
- Paper II Unit 4 Union Government and Administration
- Paper II Unit 6 State Government and Administration
- Paper II Unit 7 District Administration since Independence
- Paper II Unit 9 Financial Management
- Paper II Unit 10 Administrative Reforms since Independence
- Paper II Unit 12 Urban Local Government
- Paper II Unit 14 Significant Issues in Indian Administration
Paper II: reform, citizen interface and programme implementation. Hypothetical treasury example: a payment dashboard should distinguish authorised, transmitted, accepted, credited, returned and reconciled transactions. A single “processed” count hides different administrative failures.
How can a faster digital service become less citizen-centred? Explain the design conditions that prevent this.
Deeper reading: PERT and CPM: know the calculation and its limits
Network techniques make dependencies visible. Their contribution is to scheduling and resource decisions; they do not decide whether a project is socially desirable or whether its political and legal assumptions will hold. The numerical example below is original; the conventional technique is supported by the FAO training reference.
| Feature | PERT | CPM |
|---|---|---|
| Typical time treatment | Uses optimistic, most likely and pessimistic estimates. | Uses a single activity-duration estimate in the standard formulation. |
| Core use | Reason about scheduling where activity times are uncertain. | Identify schedule constraints and explore time-cost trade-offs. |
| Critical path | Longest-duration dependency path; determines the earliest project finish under the model. | Same underlying network logic; activity importance is not the criterion. |
| Important limit | Estimate quality and dependence among activities affect reliability. | Fixed estimates and stable dependencies may be unrealistic; critical paths can change. |
A small original worked network
Activity A takes 3 days. After A, activity B takes 4 days and activity C takes 6 days; they can run in parallel. Activity D takes 2 days and begins only when both B and C are complete.
A: 3 days → B: 4 / C: 6 in parallel → D: 2 days → Finish: day 11
Path A-B-D takes 9 days; A-C-D takes 11. Therefore A-C-D is critical and B has 2 days of total float in this simplified unconstrained network. Shortening B by 1 day does not shorten completion. Shortening C by 1 day can shorten the project, assuming no other constraint intervenes.
For a PERT activity with optimistic time 2, most likely time 5 and pessimistic time 8 days, the conventional expected duration is (2 + 4 × 5 + 8) / 6 = 5 days. The conventional variance estimate is ((8 - 2) / 6)² = 1 day². These are model-based estimates, not a guarantee.
A clearance delay, resource conflict or changed scope can invalidate the schedule. Report the assumptions and update the network. Do not equate the critical path with the most costly or socially important activity.
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