Kitgum Market
SABA Engineering spearheaded the holistic redevelopment of Kitgum Main Market, managing design and construction supervision within the MATIP-2 initiative.
Undertaken by SABA Engineering, the redevelopment of Kitgum Main Market as part of the Markets and Agricultural Trade Improvement Program-Project (MATIP-2) was a comprehensive endeavor encompassing architectural and engineering services across design and construction supervision phases.
- Conducted a meticulous topographic survey utilizing advanced total station survey equipment.
- Produced preliminary architectural design plans.
- Executed soil testing and provided essential foundation recommendations.
- Developed detailed structural designs.
- Conducted an in-depth Environmental and Social Impact Assessment Study.
- Generated comprehensive architectural working drawings.
- Prepared sanitary and electrical design specifications.
- Created the bill of quantity and meticulously handled tender document preparation.
Phase II – Construction Supervision
- SABA Engineering provided expert guidance to contractors by interpreting design drawings and specifications, advising on optimal work methods.
- Reviewed and analyzed the proposed work programs and method statements of contractors, conducting resource analysis for approval or rejection.
- Supervised construction activities, ensuring strict adherence to established plans and specifications.
- Maintained meticulous records of equipment, contract drawings, and daily/weekly logs of construction activities by the Resident Engineer and inspector.
- Verified, certified, and approved monthly payment certificates submitted by the contractor.
- Generated and submitted regular reports (monthly, quarterly, and annual) detailing equipment, material, and labor concerns.
- Issued provisional and final acceptance certificates in accordance with project milestones.
- Compiled and prepared the comprehensive completion report.
- Provided oversight during the defect liability period, supervising maintenance activities for optimal project performance post-construction.
