Research consultancy

• FORMULATION OF SMART OBJECTIVES OF THE PROJECT

The National Backbone Infrastructure (NBI)

The National Backbone Infrastructure (NBI) Project is a flagship initiative by the Government of Uganda, implemented through the Ministry of Information, Communications, Technology and National Guidance. The project was launched in 2006 as part of the Regional Communication Infrastructure Program (RCIP), with support from the World Bank and later the Government of China. Its primary aim is to expand broadband connectivity across Uganda by laying a nationwide fiber optic cable network that links major towns, government institutions, and border points. The NBI was conceived to address the challenges of high internet costs, limited connectivity, and unreliable ICT services that had hindered digital transformation and economic growth in Uganda. By providing affordable, high-speed internet and reducing reliance on expensive satellite links, the project seeks to improve service delivery in both public and private sectors, support e-government initiatives, and promote socio-economic development. The project has been implemented in phases, gradually expanding to cover thousands of kilometers of fiber optic cable across the country. Beyond connectivity, the NBI also plays a critical role in supporting regional integration by linking Uganda to neighboring countries such as Kenya, Rwanda, South Sudan, and Tanzania, thereby positioning Uganda as a digital hub in East Africa.

Project was launched by the Government of Uganda with the aim of enhancing ICT connectivity and fostering socio-economic transformation. The following are two SMART (Specific, Measurable, Achievable, Relevant, and Time-bound) objectives formulated for the project:

1. Objective 1: To expand broadband internet connectivity to all major towns in Uganda by laying 3,000 kilometers of fiber optic cable by the end of 2026, thereby reducing the cost of internet bandwidth by at least 40%.
2. Objective 2: To increase access to affordable and reliable internet services for government institutions, businesses, and households, achieving a 60% increase in digital service uptake across all connected districts within two years of completion.

(b) Statement of Work (SOW) and Work Breakdown Structure (WBS)

Statement of Work (SOW):
The NBI Project involves the design, installation, and operationalization of a national fiber optic cable network to connect all major urban centers in Uganda. The project scope includes conducting feasibility studies, procurement of materials, civil works for cable laying, installation of ICT infrastructure, testing, and commissioning of the network. The project also includes training of technical staff and sensitization of stakeholders to ensure effective utilization of the infrastructure. Deliverables will include functional broadband connectivity, reduced internet costs, and enhanced ICT services for both public and private sectors.

Work Breakdown Structure (WBS):

1. Project Planning and Design
   • 1.1 Conduct feasibility study
   • 1.2 Develop technical design and specifications
   • 1.3 Secure funding and approvals
2. Procurement and Logistics
   • 2.1 Source fiber optic cables and equipment
   • 2.2 Select contractors and service providers
   • 2.3 Acquire transport and storage facilities
3. Civil Works and Installation
   • 3.1 Site preparation and trenching
   • 3.2 Fiber optic cable laying
   • 3.3 Installation of ICT equipment
4. Testing and Commissioning
   • 4.1 System integration
   • 4.2 Quality assurance testing
   • 4.3 Official commissioning
5. Capacity Building and Support
   • 5.1 Training of technical staff
   • 5.2 Stakeholder sensitization
   • 5.3 Ongoing maintenance and support

(c) Project Schedule and Implementation (MS Project)

The project schedule Will be designed in phases and can be illustrated as follows:

• Project Planning and Design: January – March 2025 (3 months)
• Procurement and Logistics: April – June 2025 (3 months)
• Civil Works and Installation: July 2025 – March 2026 (9 months)
• Testing and Commissioning: April – May 2026 (2 months)
• Capacity Building and Support: June – September 2026 (4 months)

The National Backbone Infrastructure (NBI) project was planned and executed in four phases, beginning in 2006 under the management of the National Information Technology Authority of Uganda (NITA-U). Each phase had its own scope, duration, and expected deliverables, with the ultimate goal of improving internet connectivity, reducing communication costs, and promoting socio-economic development.

1. Phase I (2006 – 2008):

Focused on laying the initial fiber optic backbone covering major towns including Kampala, Entebbe, Jinja, and Bombo.

Aimed at connecting government ministries, departments, and agencies (MDAs).

This phase created the foundation for subsequent expansions.

1. Phase II (2009 – 2010):

Extended the network to other regions such as Gulu, Masindi, Soroti, Lira, and Hoima.

Integrated more government offices into the system to facilitate e-Government services.

Helped reduce dependence on expensive satellite internet services.

1. Phase III (2013 – 2015):

Covered additional districts and expanded the total fiber optic network to over 2,400 kilometers.

Strengthened regional connections to ensure redundancy and reliability.

Established points of presence (PoPs) in more than 22 districts.

1. Phase IV (2016 – 2021):

Expanded the network to cover more than 49 districts across Uganda.

Connected over 1,200 government sites to the internet and e-government services.

Completed the target of over 4,000 kilometres of fiber optic cable.

Strengthened cross-border connectivity with Kenya, Rwanda, South Sudan, and Tanzania, positioning Uganda as a regional ICT hub.

Project Implementation

The implementation of the NBI followed a phased and multi-stakeholder approach, coordinated by NITA-U in partnership with international contractors and funding agencies.

1. Planning and Design:

The project was designed to align with Uganda’s ICT policy framework and Vision 2040.

Technical feasibility studies identified priority regions for backbone deployment.

Infrastructure Development:

Involved laying underground fiber optic cables along highways and urban areas.

Deployment was done in segments, allowing partial operation while further construction continued.

1. Partnerships and Funding:

The project was funded through a concessional loan from the Export-Import Bank of China.

Implemented by Huawei Technologies as the main contractor, under the supervision of NITA-U.

1. Capacity Building and Connectivity:

Government agencies and institutions were provided with affordable, high-speed internet through the NBI.

Training was provided to ICT officers in MDAs to ensure effective use of the infrastructure.

1. Monitoring and Evaluation:

Each phase was monitored for quality, timelines, and compliance with international ICT standards.

NITA-U regularly reported progress to Parliament and the Ministry of ICT and National Guidance.

1. Outcomes and Service Delivery:

Internet costs reduced from over USD 1,200 per Mbps per month in 2007 to under USD 70 per Mbps.

Enhanced delivery of e-government services such as online tax filing (URA), e-visa application, and e-procurement systems.

Provided a platform for private Internet Service Providers (ISPs) to expand affordable broadband access to rural communities.

(d) Application of ICT Tools against Project Management Knowledge Areas and Process Groups

The use of ICT tools in project management greatly enhances efficiency and decision-making across the five project process groups: initiating, planning, executing, monitoring & controlling, and closing. These tools also align with the ten Project Management Knowledge Areas.

1. Integration Management: Tools like MS Project and Primavera enable coordination of project activities, scheduling, and integration of all deliverables into a unified plan.
2. Scope Management: Requirements management software such as IBM Rational DOORS helps in defining, documenting, and controlling the project scope to avoid scope creep.
3. Time Management: MS Project and Gantt charts facilitate activity sequencing, scheduling, and time tracking, ensuring adherence to deadlines.
4. Cost Management: Tools such as SAP ERP and Oracle Financials assist in budget planning, expenditure tracking, and cost forecasting.
5. Quality Management: Statistical software like Minitab supports quality assurance by analyzing performance metrics against set standards.
6. Human Resource Management: HR systems like BambooHR and Odoo track staff allocation, workload management, and training needs during implementation.
7. Communication Management: Collaboration tools such as Slack, Microsoft Teams, and Zoom enable real-time communication, reporting, and stakeholder engagement.
8. Risk Management: Software like RiskyProject and Monte Carlo simulation tools are used to identify, analyze, and mitigate project risks.
9. Procurement Management: E-procurement systems streamline vendor selection, bidding, and contract management to ensure transparency and efficiency.
10. Stakeholder Management: Customer Relationship Management (CRM) systems track stakeholder expectations, feedback, and project progress reporting.

Through these ICT tools, project managers in Uganda can ensure projects like the NBI are delivered on time, within budget, and with the desired quality.

References

• Government of Uganda (2022). National Backbone Infrastructure Project Progress Report. Ministry of ICT and National Guidance.
• PMI (2021). A Guide to the Project Management Body of Knowledge (PMBOK Guide). 7th Edition. Project Management Institute.
• Uganda Communications Commission (2023). ICT Sector Performance Report.