0
0
CIRBRID
CIRBRID CIRBRID

Engineering Design

Engineering Beyond Boundaries

CIRBRID is a multidisciplinary engineering firm providing end-to-end solutions across the built environment—from product design to complex infrastructure projects. We integrate collaboration, innovation, and technology to deliver engineering excellence.

About CIRBRID

CIRBRID stands for Collaborative Integrated Hybrid Engineering Design — a philosophy and methodology that fuses cross-disciplinary collaboration, smart technologies, and design integration across all engineering disciplines.

What Makes CIRBRID Different

  • Integrated Design Approach: Seamless coordination between MEP, structural, architectural, and systems teams.
  • Cross-functional Teams: Product engineers, architects, HVAC specialists, BMS experts, and more—working as one.
  • Digital-First Execution: BIM, CAD, and cloud-based project management tools.
  • Quality-Focused Delivery: Every project is guided by ISO-based processes and continuous QA/QC protocols.

CIRBRID’s Engineering Services

Product, Component & Design Engineering

  • End-to-end product development: ideation, CAD modeling, prototyping, testing.
  • Optimization of components for manufacturability and performance.

BMS – Building Management Systems

  • Centralized control of HVAC, lighting, fire safety, access, and energy use.
  • Smart building integration with IoT-based monitoring.

Electrical Design Engineering

  • Low/Medium Voltage System Design
  • Single Line Diagrams (SLDs)
  • Cable Sizing & Routing
  • Lighting, Earthing & Lightning Protection
  • Panel Design & BOMs
  • Integration with BMS / SCADA Systems

Electrical Design Validation

  • Load Flow & Voltage Drop Calculations
  • Short-Circuit Studies (IEC/IEEE/NEC)
  • Arc Flash Hazard Analysis
  • Grounding & Earthing Resistance Validation
  • Harmonic Distortion Checks
  • Regulatory Compliance Assurance

Discrimination & Cascading Protection Studies

  • Time-Current Characteristic (TCC) Curve Analysis
  • Breaker & Relay Coordination
  • Protection Selectivity Evaluation
  • Cascading (Backup Protection) Calculations
  • Device Settings Optimization (MCCBs, ACBs, Fuses)
  • Software Modeling (ETAP, DIgSILENT, SKM Tools)

Electrical System Study – Walk Through

  • Define Scope: Identify system boundaries and study objectives.
  • Collect Data: Get SLDs, equipment specs, load lists, and utility fault levels.
  • Model the System: Use tools like ETAP, SKM, or PowerFactory.
  • Load Flow Analysis: Check voltage levels, current flow, and equipment loading.
  • Short Circuit Study: Calculate fault currents and verify breaker ratings.
  • Protection Coordination: Ensure breakers/fuses operate in the correct sequence.
  • Arc Flash Analysis: Calculate incident energy and define PPE requirements.
  • Reporting: Deliver final report with recommendations and SLD.

Scope of Work Overview (Per Discipline)

Per Discipline-1
Per Discipline-3
Per Discipline-2
Per Discipline
Discipline Key Scope of Work
Component Engineering
  • Selection of electrical components (relays, fuses, connectors, etc.)
  • Vendor evaluation and approval
  • Compliance with standards (UL, IEC, RoHS)
  • Obsolescence management
  • Cost and risk analysis of components
Electrical Design Engineering
  • Electrical circuit design (schematics, layout)
  • Load calculation and voltage drop analysis
  • Cable sizing and routing
  • Interface with mechanical and control systems
  • Generation of wiring diagrams and BOMs
BMS Engineering (Battery Management System)
  • Battery pack architecture
  • BMS hardware design (sensors, MOSFETs, cell balancing circuits)
  • SOC/SOH algorithms
  • Thermal management integration
  • Safety and protection features
  • Communication protocols (CAN, LIN)
Discrimination & Cascading
  • Protective coordination studies (relay/fuse grading)
  • Selection of protection devices based on current rating
  • Short-circuit analysis
  • Ensuring proper cascading of breakers (upstream-downstream discrimination)
  • Compliance with IEC 60947-2, NEC, or local codes
Electrical Design Validation
  • Electrical testing (continuity, insulation resistance, high-pot tests)
  • Functional validation against design
  • EMI/EMC compliance checks
  • Validation of design under load and fault conditions
  • Support during prototype and field trials

Quality Assurance at CIRBRID

  • Design QA: Peer-reviewed drawings, clash detection, compliance checks.
  • Procurement QA: Vendor qualification, material submittal reviews.
  • Execution QA/QC: Method statements, ITPs, inspection checklists.
  • Handover QA: Commissioning plans, O&M manuals, as-built documentation.

Why Choose CIRBRID?

CIRBRID Advantage Client Benefit
Multi-disciplinary expertise One-stop solution for all engineering needs
Faster project delivery, reduced coordination issues
Data-rich designs, BIM, clash-free models
Fewer errors, safer builds, code-compliant outcomes
Transparent communication with clients and stakeholders
Would you like this as a custom company profile (PDF/Word), a presentation slide deck, or in website content format? I can also add project case studies, organization structure, or team bios if needed.

Engineering Standards – CIRBRID’s Unique Advantage

At CIRBRID, our commitment to world-class engineering standards ensures consistency, compliance, and excellence in every project. These standards are not only regulatory — they are foundational to the way we think, design, and deliver. Here’s how CIRBRID’s adherence to high-level standards becomes a unique benefit for clients.
  • Standards Followed
  • MEP: ASHRAE, IEC, NEC, NFPA, CIBSE, SMACNA
  • Structural: ACI, Eurocode, BS, IS
  • Architectural:IBC, ADA, local municipality regulations
  • Benefit: Projects are future-proofed and legally compliant across global markets.
  • Standard: Standard: Based on ISO 9001:2015 for Quality Management.
  • Benefit: Ensures documentation control, traceability, and consistent quality across disciplines.
  • Standard: Level 2 & 3 BIM (Building Information Modeling) protocols (ISO 19650, PAS 1192).
  • Benefit: Reduces rework, improves visualization, enables 4D/5D scheduling and budgeting.
  • Standard: LEED, WELL, Estidama, IGBC, EDGE.
  • Benefit: Energy-efficient, low-carbon solutions that support green building certifications.
  • Standard: OSHA, NFPA, HSE Guidelines.
  • Benefit: Designs prioritize life safety, maintainability, and emergency response readiness.
  • Tools & Standards: AutoCAD, Revit, Navisworks, Primavera, Procore.
  • Benefit: Streamlined delivery using smart tools aligned with ISO 19650 and CDE workflows.
  • Standard: ASCE Code of Ethics, NSPE, RIBA ethical practice frameworks.
  • Benefit: Client-focused decisions that balance innovation with integrity and social responsibility.

Why CIRBRID’s Standards Matter

Safety Protocols
Digital Delivery Tools
Sustainability Frameworks
Ethical Design Practice
CIRBRID Standard Client Benefit
International Code Compliance Peace of mind with regulation-ready designs.
ISO-Based QMS Predictable, consistent quality every time.
BIM Integration Better coordination, reduced errors, faster approvals.
Sustainability Frameworks Green credentials and operational cost savings.
Safety Protocols Minimizes risk to life and property.
Digital Delivery Tools Faster design cycles, clearer documentation.
Ethical Design Practice Transparent, client-first approach.

What You Get

  • Accurate Electrical Layouts & Drawings
  • Load & Protection Studies Reports
  • TCC Graphs & Relay Settings
  • Fully Coordinated Protection System
  • Recommendations for Compliance & Efficiency
  • Ready-to-Submit Documentation for Consultants or Authorities

Serving All Major Sectors

  • Industrial & Manufacturing Facilities
  • Data Centers & IT Parks
  • Hospitals & Large-Scale Buildings
  • Oil & Gas, Marine, and Utilities
  • Renewable Energy & Microgrids
Cart (0 items)

Cart (0 items)