The Role of the Internet of Things in the Bachelor of Engineering Management Curriculum

Advancements in digital technology have fundamentally transformed various industrial sectors, including higher education. Among the key technologies driving today’s industrial revolution is the Internet of Things (IoT). IoT refers to the concept where objects automatically transmit data over a network without requiring direct interaction between humans or between humans and computers.

This technology enables physical devices to connect and communicate in real-time, creating smarter and more efficient systems. Consequently, the Bachelor of Engineering Management program incorporates IoT as a vital component of its curriculum, aiming to equip students with the skills necessary for the digital age.

This article explores how IoT is integrated into the Bachelor of Engineering Management curriculum and its role in developing competencies that prepare students to meet future industrial challenges.

Bachelor of Engineering Management: Integrating Engineering and Management

The Bachelor of Engineering Management program blends engineering and management disciplines to produce graduates capable of effectively managing industrial systems sustainably. In the digital era, students acquire technical and managerial expertise alongside knowledge of advanced technologies such as:

• Industrial process automation
• Big data processing and analysis
• Complex system modeling
• Digital technology-driven decision-making
• IoT implementation in supply chain and production

The Role of Internet of Things in Modern Industry

IoT connects physical devices through the internet, enabling automatic, real-time data collection and exchange. Within industry, IoT plays a critical role in:

• Automating monitoring and control of production processes
• Optimizing logistics and supply chains with live data
• Reducing operational costs via efficiency and energy savings
• Enhancing product and service quality through continuous monitoring
• Enabling predictive maintenance to minimize machine downtime

Due to these advantages, IoT is a cornerstone in the digital transformation of sectors such as manufacturing, logistics, transportation, and healthcare.

💻 For further insights, read: Digital Supply Chain Management in Bachelor of Engineering Management

IoT Integration in the Bachelor of Engineering Management Curriculum

To address industry demands, the curriculum incorporates IoT learning through several components, including:

Supporting Courses

• Industrial Information Systems
  Study of IT and sensor applications in automating and integrating production processes.
• Enterprise Resource Planning (ERP)
  Introduction to software systems for resource management with IoT integration capability.
• Big Data and Industrial Analytics
  Focus on processing large datasets, including IoT data, to support business decisions.
• Industrial Technology and Innovation
  Exploration of emerging technologies like IoT and their industrial applications.

IoT-Based Projects and Practicums

Students engage in practical IoT projects such as:

• Real-time factory environment monitoring
• Fleet tracking using IoT sensors
• Smart factory simulations with IoT devices
• Automated inventory management through sensor technologies

Industry Collaboration

Students gain practical experience through:

• Internships at IoT-enabled companies
• Applied research partnerships with industry
• Field visits to digitally advanced manufacturing and logistics firms

Digital Competencies Developed

Through IoT education, Bachelor of Engineering Management students develop skills in:

• Real-time sensor and IoT data analysis
• Understanding networking and cloud storage for IoT data
• Basic programming and device automation
• Data-driven decision-making
• Planning and modeling intelligent industrial processes

These competencies prepare graduates for careers in areas such as:

• Digital manufacturing
• Smart logistics and supply chains
• Technology-driven predictive maintenance
• Digitally connected industrial operations

Benefits of IoT Proficiency for Graduates

• Enhanced Competitiveness
  Mastery of IoT provides graduates a distinct advantage as digital skills are in high demand.
• Broad Career Opportunities
  Potential roles include:
  • Industrial IoT Specialist
  • Digital Transformation Analyst
  • ERP and Automation Consultant
  • Smart Factory Planner and Manager
  • Industrial Data Engineer
• Driving Innovation and Efficiency
  Graduates contribute to innovation by implementing IoT solutions that boost productivity and efficiency.

IoT stands as a fundamental technology propelling the modern industrial transformation. By embedding IoT in the Bachelor of Engineering Management curriculum, students gain not only technical and managerial knowledge, but also relevant digital skills aligned with current industrial needs.

Through practical learning and strong industry collaboration, this program aims to develop graduates who will become change agents in Indonesia’s digital and Industry 4.0 era.

📢 Ready to join the digital industrial revolution? Enroll now in the Bachelor of Engineering Management program at Telkom University and kickstart your career with cutting-edge IoT and management expertise!

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

Reference:

• Yudhanto, Y. (2007). Apa itu IoT (Internet of things). Universitas Sebelas Maret.