January 16, 2026 - Integrated Engineering Batch 1 students continued their Semester 2 journey with another industry-aligned learning experience under the Fluid Synergy (Lab) course—this time moving into process simulation and systems interpretation using Aspen HYSYS. Building on their earlier exposure to industrial contexts, students progressed from visual immersion to analytical application.
The session was led by Dr. Madiah Omar, together with Assoc Prof. Dr. Nurhayati Mellon, who guided students through key engineering representations including Process Flow Diagrams (PFD), Piping & Instrumentation Diagrams (P&ID), and Plant Line Tracing. These tools form the backbone of professional engineering practice, enabling engineers to understand process logic, equipment functions, control strategies, and system interactions within an integrated plant environment.
Through guided, hands-on activities, students experienced how these diagrams are used in real engineering workflows. Rather than viewing them as static drawings, students learned to interpret PFDs and P&IDs as dynamic communication tools that inform design decisions, operational thinking, and safety considerations. Plant Line Tracing further strengthened their understanding of how individual components connect within a larger, interdependent system. Early exposure to industry-standard software like Aspen HYSYS also helps build confidence and familiarity with professional tools from the outset of the programme.
The session reinforced the Fluid Synergy course’s emphasis on integration across engineering domains, supporting the development of systems thinking and professional judgement. These competencies are essential for navigating complex, real-world engineering challenges and form a core pillar of the Integrated Engineering curriculum.
The success of this session reflects the strong commitment and careful instructional design of the teaching team. Through thoughtful sequencing and authentic learning design, students are progressively guided from conceptual understanding to real-world application—laying a solid foundation for deeper learning in the semesters ahead.
