1.
Technical Diversification (Engineering): To update the existing Beam Monolith plan for diverse housing sizes, context, and dense urban environments.
2.
Institutional Capability (Training): To institutionalize construction standards by developing a “Training of Trainers” (ToT) program and certification framework for local government staff and barangay-level workers.
Workstream 1: Structural Engineering
The Structural Engineer/Firm shall provide complete working drawings, structural computations, and technical specifications for five (5) Beam Monolith variants designed to address common housing contexts and construction practices in the target market.
1. Alternative Wall Material Construction:
Develop adaptive structural designs for Beam Monolith houses utilizing commonly available non-CHB wall materials identified such as fiber cement boards, plywood, and other light-material wall systems. Designs shall adopt conservative structural assumptions to ensure safety and compliance with relevant building standards.
2. Varied House Dimensions:
Develop a structural design guide and template for Beam Monolith houses with varying rectangular footprints up to a maximum dimension of 8m × 8m. The guide shall specify allowable spans, foundation requirements, and structural member sizing (e.g., reinforcement requirements, beam and column specifications) for different house dimensions and configurations, enabling adaptation beyond the standard design without requiring a full redesign.
3. Standard One-Storey Design:
Develop a value-engineered structural design for a standard one-storey house, optimizing material use and cost while ensuring code compliance, safety, and durability. The design shall exclude the current provisions for future expansion and right-size the foundation and structural elements to the intended building requirements.
4. Sloped Terrains: Develop structural and foundation solutions for Beam Monolith houses constructed on sloping sites, including design parameters, allowable slope ranges, and recommended foundation systems to ensure structural stability and cost-effectiveness.
5. Limited Space/Urban Applications: Develop structural plans suitable for dense urban environments, including designs for narrow lots, zero- or minimal-setback conditions, and sites with limited construction access, while ensuring compliance with applicable codes and safety requirements.
• Incremental Construction Safety: All design variants shall incorporate value-engineered safety features and construction sequencing guidelines that preserve structural integrity during extended periods of owner-driven incremental construction.
• Structural Certification: The Structural Engineer/Firm shall provide complete structural computations, signed and sealed by a licensed professional, for all design variants. All outputs shall comply with the latest edition of the National Structural Code of the Philippines and other applicable building regulations.
Workstream 2: Training of Trainers (ToT) & Workforce Development
The firm will address the persistence of unsafe practices by creating a technical handover mechanism for LGU adoption.
1.Training Program Creation: Develop a simplified, hands-on training manual for DRRMO staff to master the construction practice and easily adapt and train barangay construction workers.
2.Capacity Building: Conduct a series of in-person training sessions for approximately twenty (20) selected trainers from Lapu-Lapu City, including practical field exercises. The consultant shall deliver a minimum 8 training sessions or as necessary to ensure participants achieve the required competencies and training outcomes.
3.Certification Framework: Design a rollout system where trained staff certify barangay construction workers, allowing them to offer certified Beam Monolith services to households.