Industry Collaboration & Strategic Partnerships

From Professional Networking to Engineering Capability Development

I strongly believe that universities should not operate in isolation from industry. Academic-industry collaboration can provide students and researchers with access to real engineering practices, professional tools, industry expertise and new pathways for competency development.

One example is my involvement in initiating and facilitating a potential strategic collaboration between Universiti Teknologi Brunei (UTB) and Sunrise Systems Asia Pacific Pte Ltd, involving the PIPENET engineering software platform.

How the Initiative Started

The initiative began through professional networking.

I became acquainted with Ts. Sholihah E. Rosli, Regional Manager of Sunrise Systems Asia Pacific Pte Ltd and a Certified Application Specialist for PIPENET, through our professional activities with the Malaysia Board of Technologists (MBOT).

Our professional connection subsequently developed into discussions during her visits to UTB.

Rather than viewing these visits simply as professional networking, I saw an opportunity:

Could we transform an industry connection into a structured university-industry partnership that develops future engineering talent?

This led me to suggest exploring the possibility of positioning UTB as an academic and professional training platform for PIPENET, with longer-term potential for competency development and regional training activities.

Connecting the Right Expertise

Because PIPENET applications extend into areas such as pipeline systems, firewater systems, surge and transient analysis, and infrastructure reliability, the initiative required expertise beyond my own Electrical and Electronic Engineering discipline. These application areas are also reflected in the proposed collaboration materials. UTB & PIPENET Collaboration

I therefore introduced the industry representative to Professor Dr. Reddy Prasad D.M., Programme Leader in Chemical Engineering at UTB, to explore the academic and technical pathway forward.

For me, this represents the real meaning of Integrated Engineering.

Engineering problems do not always respect traditional departmental boundaries.

An Electrical and Electronic Engineer does not need to become a Chemical Engineer, and a Chemical Engineer does not need to become an Electrical Engineer. However, engineers should have sufficient multidisciplinary awareness to recognise where different expertise is required, connect the right people and technologies, and integrate their capabilities toward a common engineering objective.

From an Introduction to Institutional Value

The initial engagement subsequently developed into discussions for a much larger academic-industry collaboration.

The proposed collaboration includes PIPENET Standard, Spray/Sprinkler and Transient modules, with nine LAN licences for each and complimentary licensing support for the initial three (3) years.

The documented proposed value is:

£488,157 over three (3) years

with the licences intended for undergraduate and postgraduate academic and non-commercial use. UTB & PIPENET Collaboration

However, I believe this initiative's real value extends beyond the software's monetary value.

The larger opportunity is engineering capability development.

The collaboration can expose students to real-world engineering environments, simulation-based engineering approaches, and stronger technical and operational awareness, supporting improved graduate readiness for industry. UTB & PIPENET Collaboration

My Role: Initiator, Connector and Ecosystem Contributor

My contribution to this initiative is not intended to end after connecting the university and industry partner.

I see my role across several stages:

IDENTIFY OPPORTUNITY → CONNECT EXPERTISE → FACILITATE COLLABORATION → DEVELOP LEARNING → BUILD COMPETENCY → EXPAND THE ECOSYSTEM

As one of the key people who initiated and facilitated the connection, I am particularly interested in contributing to the educational and technology-development aspects of the collaboration.

This includes supporting the development of a structured learning syllabus, competency-based training pathway and, subject to agreement between the relevant parties, exploring professional certification and regional training opportunities.

The existing proposal already identifies opportunities for academic and technical collaboration through joint papers, technical discussions, workshops, engineering seminars and knowledge sharing. UTB & PIPENET Collaboration

Future Direction: AI-Assisted Engineering Learning

Another area where I believe I can contribute directly from my Electrical, Electronic, IoT and AI background is the development of an AI-assisted learning environment around engineering simulation.

One future concept I would like to explore is a customised AI personal learning assistant that supports learners while they undertake structured PIPENET training.

The objective would not be to replace engineering judgement or the engineering software itself. Instead, AI could potentially support learning by helping users understand terminology, navigate learning materials, interpret training exercises and access relevant guidance more efficiently.

This creates an interesting convergence:

Engineering Simulation + Professional Training + Structured Competency + AI-Assisted Learning

and demonstrates how knowledge from one engineering domain can create additional value in another.

Integrated Engineering in Practice

This initiative represents my interpretation of Integrated Engineering.

It is not necessary for one engineer to master every discipline.

What is important is the ability to:

recognise the problem → identify the required expertise → connect disciplines → integrate technologies → create a complete solution → generate value.

PIPENET may primarily support applications in process, chemical, mechanical, civil, and infrastructure engineering, while my core expertise is Electrical and Electronic Engineering.

Rather than seeing these disciplinary differences as boundaries, I see them as opportunities for system integration and collaboration.

This is increasingly important as modern engineering systems combine process systems, instrumentation, sensors, automation, control, communication, data, simulation, AI and digital technologies.

From Collaboration to a Regional Engineering Ecosystem

The longer-term vision being explored goes beyond software access.

The proposed collaboration identifies Southeast Asian engagement, regional collaboration and long-term capability development as future opportunities. UTB & PIPENET Collaboration

My aspiration is therefore to contribute toward an ecosystem that could eventually support:

University Education → Industry Software → Professional Training → Competency Development → Research → AI-Assisted Learning → Regional Collaboration

The initiative is still developing, and the future training-centre, certification and AI components remain areas for further discussion and agreement among the relevant stakeholders.

Nevertheless, it demonstrates something fundamental about my approach to academia:

I do not see professional networking simply as meeting people. I look for opportunities to connect people, knowledge and resources to create value for students, universities and industry.

This long-term objective aligns with the collaboration proposal: developing student capability, engineering awareness, research collaboration, regional engagement, and sustainable technical development.

consultancy via Professional Body Leadership & Quality Assurance: MBOT

Actively involved with the Malaysia Board of Technologists (MBOT) in professional recognition, assessment and academic quality assurance.

Examination & Qualification (E&Q) Committee
Participate in monthly online committee meetings to review and approve applications for Professional Technologist (Ts.) and Certified Technician (Tc.) recognition.

Professional Panel Assessor
Serve as an assessor for professional applications, evaluating candidates' competency, professional experience and evidence of practice against MBOT requirements.

TTAC Accreditation Panel
Participate in Technology and Technical Accreditation Council (TTAC) accreditation activities, contributing to the evaluation and quality assurance of technology and technical academic programmes.

Professional Recognition → Competency Assessment → Academic Accreditation → Quality Assurance

Contributing beyond the university to strengthen professional standards and the quality of technology education.

Professional Consultancy: RF & Tactical Communication (Tactical communication Sdn Bhd)

Appointed as a Visiting Consultant and RF Engineer with Tactical Communication Sdn. Bhd., providing professional expertise in RF system design, tactical radio communication, technical training and communication system commissioning for government agencies.

The consultancy experience also extends to supporting communication services during disaster and emergency situations, applying RF engineering knowledge where reliable communication is critical.

RF Expertise → System Design → Training → Commissioning → Government Applications → Disaster Communication

Engineering knowledge applied where communication matters most.

Academic consultation via Visiting Research Fellow: INTI International University

Appointed as a Visiting Research Fellow at INTI International University, contributing to research collaboration, joint publications, knowledge exchange and academic networking.

The appointment strengthens cross-institutional collaboration and creates opportunities for multidisciplinary research, student engagement and joint research initiatives.

Research Collaboration → Knowledge Exchange → Joint Publication → Academic Networking → Research Impact

Building research impact through collaboration beyond institutional boundaries.