In-depth Understanding of Asset and Infrastructure Management

With the increasing demand for efficiency, sustainability, and digitalization in managing both industrial and public facilities, understanding the principles of asset and infrastructure management has become increasingly crucial. The Bachelor of Engineering Management program addresses this need by offering a study program that not only covers technical concepts but also strategies for managing complex, integrated systems.

Asset and infrastructure management is a vital area of study within the Bachelor of Engineering Management program, as both are essential to ensuring the continuity of business operations, enhancing productivity, and supporting the achievement of an organization’s long-term objectives.

Definition of Asset and Infrastructure Management

What is asset management?

Recently, asset management has gained significant popularity. Fundamentally, asset management is a systematic process aimed at managing assets to maximize their benefits with minimal costs. These assets must also be preserved to prevent loss or deterioration, except when removal or destruction is warranted by policy. Managed assets include:

• Physical assets such as buildings, vehicles, and production machinery
• Non-physical assets such as software systems, copyrights, or licenses

What is infrastructure management?

Infrastructure management focuses on overseeing the facilities and infrastructure that underpin economic and social activities, including:

• Roads, bridges, and airports
• Water, electricity, and communication networks
• Public buildings and industrial facilities

Academically, these fields are integrated within the Bachelor of Engineering Management curriculum, providing a holistic understanding of how asset and infrastructure systems are managed efficiently and sustainably.

The Strategic Role of Asset and Infrastructure Management in Bachelor of Engineering Management

The Bachelor of Engineering Management program is designed as a multidisciplinary curriculum combining engineering, management, and information technology approaches. Asset and infrastructure management form a critical component in developing competencies to prepare students for the demands of the industrial sector.

Core competencies developed include:

• Designing data-driven asset management systems
• Understanding asset life cycles and life cycle cost principles
• Developing maintenance and asset replacement strategies
• Mastering information systems for asset and infrastructure management
• Conducting risk analysis and ensuring long-term operational sustainability

This approach equips graduates with a systemic perspective, viewing assets as strategic components rather than just physical items to maintain.

Curriculum Supporting Asset and Infrastructure Management

The Bachelor of Engineering Management program offers relevant courses and learning modules tailored to asset and infrastructure management. These courses balance theoretical knowledge with practical skills to meet industry requirements.

Sample courses include:

• Project Management
• Infrastructure Planning and Control
• Cost and Asset Value Analysis
• Information Technology for Industrial Systems
• Risk Management and System Reliability
• Sustainable Infrastructure Management

Key topics covered:

• Fundamentals of performance-based asset management
• Preventive and predictive maintenance strategies
• Use of asset management software such as ERP
• Measuring infrastructure performance via Key Performance Indicators (KPIs)
• Asset replacement planning based on economic lifespan analysis

This curriculum encourages critical and systematic thinking for strategic decision-making in resource and infrastructure management.

Leveraging Technology in Asset and Infrastructure Management

Technological advancements have revolutionized asset and infrastructure management. Therefore, students in Bachelor of Engineering Management acquire skills to utilize digital tools effectively.

Technologies studied and applied include:

• IoT (Internet of Things) for real-time asset monitoring
• Building Information Modeling (BIM) for visual infrastructure design and management
• GIS (Geographic Information Systems) for asset mapping and analysis
• Big Data Analytics for maintenance forecasting and decision support
• ERP (Enterprise Resource Planning) for integrated management systems

Students learn smart asset management, combining physical and digital management with predictive capabilities.

Application of Knowledge in Industry

Graduates of Bachelor of Engineering Management with expertise in asset and infrastructure management play significant roles across manufacturing, services, construction, and public sectors.

Examples of industry applications:

• Scheduling regular maintenance for factory equipment
• Designing facility management systems for modern office buildings
• Managing cloud-based digital infrastructures
• Conducting cost-benefit analyses for public facility renovations
• Planning logistics for large construction projects

These applications demonstrate how academic knowledge translates into real-world impact, adding value to organizations.

Integrating Sustainability in Asset and Infrastructure Management

Sustainability is a key focus within the Bachelor of Engineering Management curriculum. Assets and infrastructure must be efficient, durable, environmentally responsible, and aligned with sustainable development goals.

Sustainability principles taught include:

• Use of recyclable building materials
• Assessing environmental impacts of long-term assets
• Planning low-carbon infrastructure
• Optimizing energy consumption in industrial facilities
• Strategies for asset reuse and recycling

Students learn that current asset management decisions influence both environmental outcomes and future generations.

Career Prospects for Graduates

With strong knowledge in asset and infrastructure management, graduates of Bachelor of Engineering Management have diverse career opportunities.

Potential roles include:

• Asset Management Analyst
• Infrastructure Project Planner
• Maintenance Strategy Engineer
• Facilities Manager
• Project Consultant
• Engineer in Construction and Utilities
• Digital Asset Officer
• Operation and Maintenance Supervisor

Graduates also have opportunities for advanced studies in project management, sustainable infrastructure, or industrial systems engineering.

Asset and infrastructure management in the Bachelor of Engineering Management program blends engineering, management, and modern technology approaches. The curriculum prepares students to be professionals who not only understand asset and infrastructure operations but also manage them intelligently, efficiently, and sustainably.

Through comprehensive education, graduates occupy strategic roles that support industrial progress and national development focused on efficiency and sustainability.

📌 Interested in mastering asset and infrastructure management with cutting-edge technology? The Bachelor of Engineering Management program at Telkom University offers integrated multidisciplinary learning to equip students with the strategic skills essential for today’s industry.

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Tags: Bachelor of Engineering Management | Bachelor of Engineering Management Telkom University | Engineering Management

Reference:

• Soemitro, R. A. A., & Suprayitno, H. (2018). Pemikiran Awal tentang Konsep Dasar Manajemen Aset Fasilitas. Jurnal Manajemen Aset Infrastruktur & Fasilitas, 2(Sup 1), 1-13.