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Gap = 5; The weak and unreliable Internet connection provided by<br />

the Ethiopian Telecommunications and also the shortage of<br />

scanners weakens the Land Management Information System<br />

(LMIS) system ability to function in its full capacity.<br />

4.3 Processes<br />

A business process re-design project has preceded the Land<br />

Management Information System (LMIS) project. Therefore the<br />

business process for the Land Management Information System<br />

(LMIS) was already defined and in place in the manual system.<br />

The major top-level processes that the system is involved in<br />

include the following among others: Land information registration<br />

sub-process – aimed at registering and documenting all required<br />

information regarding the land management; Land ownership<br />

licensing sub-process – aimed at providing and approving<br />

ownership license to owners of plot of land for a given purpose<br />

(business; residence; public service; or other); and Information<br />

provision service – aimed at providing any information regarding<br />

a plot occupied for an owner or any other concerned body within<br />

and outside the city administration such as the court and others.<br />

The new system design followed the business process already<br />

implemented; hence the reality was the same as the design, except<br />

in few cases the workers are required to follow the old process in<br />

those cases where there is no scanned copies of any document<br />

about a land owner.<br />

Gap = 2; the design was intended to incorporate scanned<br />

documents. Although a small portion of the process it still poses<br />

minimal gap.<br />

4.4 Objectives and Values<br />

Two primary objectives and values of the design were efficient<br />

and transparent system. As to efficiency, the manual system took<br />

3-4 months to process land administration inquiries, reducing this<br />

long processing time was one of the design objectives. Regarding<br />

transparency also the manual system has introduced many<br />

loopholes that are prone to corruption; hence the design calls for a<br />

transparent system. The design in terms of transparency assumes<br />

that this objective is also shared by all the public servants.<br />

In relation to efficiency, the current reality shows a significant<br />

improvement in land administration processing both in time,<br />

effort, and resource consumption. The current system takes less<br />

than a day to complete land administration queries, a significant<br />

improvement that reduced the time from months to hours. The<br />

intended transparency, however, is compromised because decision<br />

makers find loopholes to revert to the manual system. Although<br />

the design requires buy-in to the goals of efficiency and<br />

transparency, and that this buy-in – while absent among some<br />

(corrupt) staff in the middle and lower levels of the decision<br />

making ladder – was present for few senior decision makers and<br />

the volunteers.<br />

Gap = 7; Lack of scanned document is used as a primary reason<br />

for reverting to the manual system, but also decision makers resist<br />

using the new system and find excuses to revert to the manual<br />

system. The intent to overcome corruption is minimized but not<br />

eliminated.<br />

213<br />

4.5 Staffing and Skills<br />

The design calls for personnel including one system administrator,<br />

one network administrator, one database administrator, four data<br />

encoders, and two computer maintenance crew. The design called<br />

for all personnel to have experience and the administrators to have<br />

at least a bachelor degree.<br />

In reality only five people were hired (the system administrator<br />

and the four data encoders), none had experience; they were all<br />

fresh graduates from ICT diploma program. Of course, they have<br />

stayed in the job for about a year on average and they have built<br />

up skills by learning on the job.<br />

Gap = 7; Five of the staffing positions were filled, skill level fall<br />

short of the design.<br />

4.6 Management Systems and Structures<br />

The design called for a new structure with an ICT department that<br />

manages the Land Management Information System (LMIS). The<br />

design also called for salary structure with clearly defined<br />

promotion levels. In reality the intended department was not<br />

created and the reporting structure falls under the existing land<br />

administration department. No permanent employees were hired;<br />

all ICT hires have temporary status.<br />

Gap = 8 failed to create the intended department and management<br />

structure.<br />

4.7 Other Resources<br />

In other resources we looked at cost and time overrun. The design<br />

was loosely defined to take a year. The city administration<br />

allocated the required one-time budget for the project. The project<br />

was completed in the projected time period. However there is<br />

acute shortage of budget to cover the running cost required just<br />

following the system implementation.<br />

Gap = 3; project time was as expected. Although money was spent<br />

to complete the project the city administration did not consider the<br />

running costs of the new system.<br />

5. CONCLUSIONS<br />

Summary of the Design-Reality gap is shown in Table 2.<br />

Table 2: Summary of Design-Reality gap<br />

SN Dimension Gap<br />

1 Information 3<br />

2 Technology 5<br />

3 Process 2<br />

4 Objectives and values 7<br />

5 Staffing and Skills 7

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