Katinawan
Back
Contractor Profile
ECI/AC&T

E.M. CUERPO, INC. / AYLAN CONSTRUCTION & TRADING

Government Contractor Profile & Statistics

Total Projects

1

Total Value

₱85M

₱85,271,997.66

Avg. Cost

₱85M

Avg. Progress

N/A

Project Status Distribution

Completed
1 projects (100.0%)

Contract Value by Status

Completed

₱85M

₱85,271,997.66

Yearly Statistics

Year Projects Total Value Average Cost
2023 1

₱85M

₱85,271,997.66

 ₱85M

Projects by Region

NCR

1 project

₱85M

₱85,271,997.66

Top 10 Projects by Contract Value

1

Construction of Flood Control Structure along Jacinto Creek and Robes Creek, Barangay 175, Caloocan City

P00725547LZ Completed City of Caloocan

₱85M

₱85,271,997.66

Projects by Type

Main Portal

1 project

₱85M

Back
Comments & Discussion

Loading comments...

Data Source

Powered by official government infrastructure monitoring data

Project DIME

Digital Imaging for Monitoring and Evaluation

A digital transformation initiative by the Department of Budget and Management (DBM) in partnership with the Philippine Open Government Partnership, relaunched in 2023 to enable participatory and real-time monitoring of government infrastructure projects.

How It Works

Advanced Monitoring: Uses satellites, drones, and geotagging technologies to track high-value infrastructure projects nationwide

Citizen Participation: Empowers Filipinos to monitor project progress and provide feedback on actual project status

Enhanced Transparency: Ensures public funds are used effectively through open data and real-time project monitoring

Mission

Provide an efficient mechanism for monitoring and evaluation of government programs through innovative use of technologies

Vision

Integrate science-based monitoring and evaluation principles into the government's budget and management system

"Project DIME is a game-changer—ensuring greater efficiency, transparency, and public participation in the way services are delivered to the Filipino people."

Secretary Amenah F. Pangandaman

DBM Secretary

Learn more about Project DIME
Visit Official Site