awc

Four Core Pillars, One Integrated Platform

AWC Berhad brings together four core pillars - Facilities Management, Engineering (Plumbing, Rainwater Harvesting & M&C Engineering), Environmental Engineering (STREAM), and Rail Solutions - to deliver comprehensive building and infrastructure solutions. By combining smart IFM operations, plumbing and rainwater harvesting solutions, automated subterranean waste management, and specialised railway infrastructure services, AWC provides master planners, asset owners, and transit operators with an integrated platform for sustainable urban development.

The Challenge of Fragmented Infrastructure Management

Property developers, asset owners, and municipal authorities often struggle with managing disparate service providers across critical building operations:

  • Operational Silos: Disconnected vendors for facility upkeep, waste handling, and transit systems lead to communication gaps, bloated overheads, and inefficient service delivery.

  • Complex Maintenance Lifecycles: Managing separate service-level agreements (SLAs) for mechanical utilities, environmental systems, and specialized transport infrastructure increases long-term operational risks.

  • Environmental & Resource Inefficiencies: Fragmented management hinders holistic sustainability tracking, energy optimization, and Green Building compliance across major urban assets.

3
2
1
2
3
4

Four Core Pillars: The Integrated AWC Platform

AWC Berhad brings together four complementary business divisions under one integrated corporate platform, combining facilities management, specialised engineering solutions, environmental engineering, and rail infrastructure services to support the development and operation of modern buildings and urban infrastructure.

1. Facilities Division (IFM)

  • Smart Asset Management: Delivers total integrated facilities management (IFM), critical asset maintenance, energy management, and healthcare support services for premier commercial, government, and healthcare facilities.

  • Automated Building Systems: Implements computerised maintenance management systems (CMMS) to optimise asset performance, lifecycle costs, and operational uptime.

2. Engineering Division

  • Advanced Plumbing & Rainwater Harvesting: Provides specialised plumbing engineering solutions and rainwater harvesting systems for building and infrastructure projects, supporting efficient water management and sustainable development.

  • M&C Engineering Singapore: Supplies and trades a wide range of control valves and engineering components, including solutions for air-conditioning and mechanical services, supporting building services and M&E applications.

  • Specialised Engineering Solutions: Combines technical expertise, engineering products, and project support to address the building services requirements of commercial, industrial, and infrastructure developments.

3. Environment Division (STREAM)

  • Automated Pneumatic Waste Collection: Designs, manufactures, and installs STREAM Automated Waste Collection Systems (AWCS) for high-rise developments, airports, hospitals, commercial hubs, township master plans, and food waste applications.

  • Automated Waste Management: Replaces conventional manual waste handling with sealed pneumatic waste transport, supporting improved hygiene, operational efficiency, and cleaner urban environments.

4. Rail Division

  • Railway Infrastructure & Engineering: Provides specialised trackwork, rail welding, maintenance equipment, and signalling engineering services for major urban rail and transit networks.

  • Transit Support Systems: Supports critical mass transit infrastructure to enable safe, reliable, and efficient passenger movement across complex transit corridors.

Value Delivered to Developers & Infrastructure Operators

1

Single-Point Accountability

Simplifies project execution and ongoing asset management through unified engineering expertise and bundled service agreements. 

2

Synergistic Cost Savings

Combining facility management insights with STREAM's engineered utilities and rail maintenance expertise optimizes long-term capital and operational expenditures (CapEx/OpEx).

3

Enhanced ESG & Sustainability Profiles

Drives circular economy principles and decarbonization across major urban developments by streamlining waste, energy, and transit logistics.

Key Projects & Integrated Impact in Malaysia

AWC Berhad’s integrated capabilities are reflected across prominent national infrastructure, commercial developments, transport hubs, healthcare facilities, and smart urban environments:

  • Major Urban Rail Networks (LRT & MRT Lines): Rail engineering and infrastructure services supporting critical trackwork, maintenance, and transit infrastructure across Malaysia’s urban rail networks.

  • KL Eco City & Commercial Precincts: Engineering, environmental, and facilities management solutions supporting efficient building operations and sustainable waste management within high-density mixed-use developments.

  • Maybank Merdeka 118, Kuala Lumpur: Integrated engineering and environmental solutions supporting the development and operation of one of Malaysia’s most prominent mixed-use landmarks.

  • Singapore Changi Airport: STREAM automated waste collection solutions supporting efficient and hygienic waste management within one of the world’s major international aviation hubs.

  • Airline Catering Facilities & Healthcare Facilities: Specialised environmental engineering and waste management solutions supporting high-volume operations where hygiene, efficiency, and reliability are critical.

  • Smart Cities & Master-Planned Developments: Integrated facilities, engineering, environmental, and infrastructure solutions supporting the development of more efficient, connected, and sustainable urban environments.

2
2
2
3

Partner with AWC Berhad for Integrated Infrastructure

Looking to optimize your building operations, integrate automated waste systems, or enhance railway infrastructure? Contact the AWC Berhad team today to consult with our multi-disciplinary engineers and discover the power of a unified facilities, engineering, environment, and rail

.