PT Wira Eka Bhakti supports research-facility development as an integrated engineering and project-delivery process - translating scientific requirements into safe, coordinated, buildable and maintainable laboratory infrastructure.
The laboratory scope is structured as one continuous lifecycle so design decisions remain aligned with construction, commissioning, validation and long-term operations.
Define research activities, user requirements, capacity, risk profile, room program, adjacency, zoning and the basis of design. Establish personnel, material, sample, animal and waste flows before detailed engineering begins.
Develop clean/dirty zoning, access strategy, pressure relationships, containment concept, decontamination approach, equipment zoning and preliminary utility requirements. Coordinate biosafety, workflow, ergonomics and maintainability from the outset.
Produce coordinated architectural, structural and MEP drawings; HVAC and pressure cascade design; electrical and backup power; plumbing and laboratory gases; BMS/controls; security/access; waste and effluent interfaces; equipment layouts; specifications and BOQ.
Prepare technical specifications, evaluate equipment and specialist systems, coordinate vendor data and interfaces, review shop drawings and ensure utilities, space, access and structural provisions are aligned before installation.
Execute or coordinate architectural works, specialist laboratory finishes, MEP systems, containment interfaces and equipment installation with controlled quality, safety, cleanliness and document management throughout construction.
Perform pre-commissioning, TAB, functional testing, pressure verification, control-system checks, equipment testing and integrated system verification. Support validation, certification readiness and punch-list closeout.
Deliver as-built documentation, asset registers, operating procedures, maintenance requirements and operator training so the facility can transition from project delivery to safe and repeatable operations.
Support preventive and corrective maintenance, calibration, filter and containment integrity checks, HVAC/BMS performance, equipment servicing, spare-part planning and periodic recertification or revalidation requirements.
Laboratory performance depends on interfaces between architecture, MEP, biosafety, equipment, utilities and operations. WEB coordinates those interfaces from the earliest design stage.
Laboratory programming, adjacency, room data sheets and controlled circulation
Biosafety zoning, personnel/material/animal/sample/waste flows and access control
HVAC, pressure cascade, filtration, exhaust strategy, temperature and humidity control
Electrical, UPS/emergency power, grounding, lighting and equipment power coordination
Plumbing, purified water, laboratory gases, drainage, decontamination and effluent interfaces
BMS/monitoring, alarms, interlocks, security, CCTV and facility control systems
Laboratory furniture, biosafety cabinets, sterilization equipment and scientific equipment integration
Testing, commissioning, validation documentation, as-built records and maintenance planning
WEB experience covers advanced animal biosafety, ancient DNA, plant research and infectious-disease laboratory environments at BRIN.
Advanced animal biosafety facility for non-human primate research, requiring controlled zoning, containment-focused engineering, dedicated safety systems and disciplined personnel, material and animal movement.
Specialized laboratory for extraction and analysis of DNA from archaeological and paleontological specimens, with contamination-control principles, clean workflow and specialized equipment integration.
Research laboratory environment supporting plant-science activities through coordinated laboratory planning, utilities, equipment interfaces, controlled work zones and efficient researcher workflow.
Integrated human and animal research facility combining BSL-2 laboratory functions with ABSL-2 Enhanced animal areas, emphasizing controlled zoning, directional workflows, decontamination, ventilation control and safe waste handling.
Maintainability is addressed from the design stage. Lifecycle support can include HVAC and pressure-control systems, filters and containment integrity, BSCs, autoclaves and decontamination systems, BMS/alarms, laboratory utilities, scientific equipment interfaces, preventive maintenance planning, calibration, spare parts and periodic validation or certification support.
Each project is developed against the applicable owner requirements, biosafety objectives, Indonesian regulations and the relevant international references specified for the project. Final criteria are confirmed in the approved basis of design, DED and commissioning/validation documents.
Discuss Basic Design, DED, construction, equipment integration, commissioning or maintenance requirements with WEB.
