Weekend Commitment: Supporting a SPACE Final Year Project Student

Weekends are typically seen as a time for rest and personal renewal, especially for most employees. However, for academicians and lecturers, weekends can often be just another extension of our academic responsibilities. While Saturday and Sunday are officially non-working days, it is not uncommon for teaching-related duties to spill over into the weekend due to packed schedules on weekdays.

Today was one such instance. I had to carefully balance my time between personal, family, and social commitments in order to accommodate a mock presentation session for one of my Final Year Project (FYP) students from the SPACE program, UTM’s part-time undergraduate program for working adults.

Given my full-day commitments, I informed my student, who is currently working at a major oil refinery in Pasir Gudang, that we would conduct the mock session later at night, after I returned from attending the Maulidur Rasul Kuliah at Masjid Taman Pulai Indah. We began the mock presentation at 10:25 p.m. and concluded by 11:00 p.m. I listened attentively to his presentation and provided detailed, constructive feedback focused on both the content and delivery aspects. I advised him to revise the slides and submit the improved version to me by tomorrow for final review. I sincerely hope that the revised presentation will reflect significant improvement—InsyaAllah.

Earlier in the day, I also attended a wedding ceremony in Pasir Gudang, following an invitation from a former colleague at Mewaholeh Industries Sdn Bhd, my previous workplace. It was a meaningful social occasion that allowed me to reconnect with old friends, former students, and fellow professionals.

Days like today remind me that while weekends are meant for rest, they can also offer valuable opportunities for mentoring, reflection, and nurturing long-term academic relationships, especially with committed students who juggle work and study in parallel.

#20242025 Day 012

#Saturday

Inspection Visit: Ventilation Piping of the Chemical Cabinet at the CREG Laboratory

Last week, I was approached to assist and provide professional advice regarding the ventilation piping system of the chemical cabinet at the CREG Laboratory. The request was made following the advice of Dr. Kamarizan Kidam, the Safety Head at the Faculty of Chemical and Energy Engineering, who emphasized the need for a Professional Engineer to inspect and provide input on the matter. After agreeing on the date and time, I arrived at the lab as scheduled today (3 pm after Friday prayer).

This laboratory holds a special place in my journey at UTM, as it was the first lab I worked in—initially as a Research Assistant in 1999, then a Research Officer in 2000, followed by my Master’s studies from 2001 to 2002, and later as a PhD student from 2009 to 2013. Because of this long-standing connection, I felt a deep sense of responsibility and urgency to contribute and help.

Upon inspection, I observed that the overall condition of the lab remains largely unchanged. However, I noted that many critical components, including the fume hood, chemical cabinet, ducting system, ventilation fans, and electrical systems, are aging and require attention. Most notably, the ducting system is in urgent need of an upgrade to ensure full compliance with current laws and safety regulations. While there is a strong intent to make these improvements, cost remains a significant challenge.

Following a discussion with the lab team, I offered several preliminary recommendations. These include:

  • Engaging a qualified consultant to conduct a full technical assessment and provide expert recommendations.
  • Performing a site visit to the recently upgraded Faculty of Science laboratory, which has implemented a new ducting and stack system, to learn from their setup and vendor engagement.

These initial steps will help the team formulate a clearer upgrade strategy that is both compliant and feasible within their budget constraints.

Earlier the same day, I attended the Jawatankuasa Tetap Senat (Penyelidikan & Inovasi) Meeting (Bil. 3/2025) held at Dewan Senat, UTM, which commenced at 9.00 a.m. and concluded at 11.45 a.m. The meeting involved the discussion and approval of several important planning documents and policy papers.

A key highlight of the session was the deliberation on budget planning for research and innovation activities within the university. The chair addressed the ongoing challenges of sustaining UTM’s status as a Research University, especially in the face of reduced financial allocations compared to previous years. Strategic measures and prioritization frameworks were discussed to ensure that research excellence and impact can still be upheld despite the budgetary constraints.


Other tasks of the day:

  • Updating the JKPD LPB and agenda for the upcoming meeting this coming Monday.
  • Evening discussion with my MKKL Master student – ALCOA+ in pharmaceutical industries.
  • Getting an update on our staff visit to SPRM yesterday.
  • Checking the copyright document made by my postdoc.

#20242025 Day 011

#Friday

2022 Day 34 Task – 4th Workshop of 2022: MALAYSIA NGINEERING PROGRAM DIRECTION

This was in fact multigoal workshop that focuses on the “Halatuju Program Kejuruteraan” and to revise the interview protocol for the FGD and the consortium research.Towards a better engineering, science and technology environment in Malaysia 🙂

For more information, click here and here.

Other tasks for the day:

  • FYP (PSM) Mock Presentation with 5 of my students in the morning from 9-11am.

Invitation Letter As Trainer for Active Learning in Faculty of Engineering

Appointment as Speaker for 21st Century Learning for Engaging Millennials Workshop: Part 1 Active Learning

My Typical Day As A Chemical Engineering Lecturer

My typical day in office when not in class, meeting or others. Shot was taken last Sunday.

https://youtu.be/2j18gYEq3dQ

Circular Economy

A circular economy (often referred to simply as “circularity”) is an economic system aimed at eliminating waste and the continual use of resources. Circular systems employ reuse, sharing, repair, refurbishment, remanufacturing and recycling to create a close-loop system, minimising the use of resource inputs and the creation of waste, pollution and carbon emissions. The circular economy aims to keep products, equipment and infrastructure in use for longer, thus improving the productivity of these resources. All ‘waste’ should become ‘food’ for another process: either a by-product or recovered resource for another industrial process, or as regenerative resources for nature, e.g. compost. This regenerative approach is in contrast to the traditional linear economy, which has a ‘take, make, dispose’ model of production.

Continue reading here: https://en.wikipedia.org/wiki/Circular_economy

Congrats Prof Dr. Syed Abdul Rahman

 

Very inspiring! Very proud indeed.

I would like to congratulate Prof. Dr. Syed Abdul Rahman bin Syed Abu Bakar from Faculty of Engineering with a collaboration of Dr. Adel Hafiz from Taibah University for winning a research grant worth 1.8 million Saudi Riyal from the RDO International Collaboration Grant for their research proposal titled “Smart Video-Based Crowd Surveillance and Management System for Pilgrimages in the Holy places of Makkah and Madina”.

This is something that we academician should do and contribute.

Our Team Saw Gold in Pecipta 2019

It was my first experience joining Pecipta 2019 prestigious national competition which combines advances and great scientific exploration and discoveries by our scientists from Malaysia. Alhamdulillah our project won Gold Medal in this competition after entering it for the first time. I was there in the second day taking care of our booth (Number 101) with Dr. Aziatul Niza Sadikin.

A Practical Way to Get Started in Manufacturing IIoT: Cultivate a “Green Patch” in Your Brownfield

A Practical Way to Get Started in Manufacturing IIoT: Cultivate a “Green Patch” in Your Brownfield, An Industrial Internet Consortium White Paper
IIC:WHT:IS3:V1.0:PB:20171114.

Authors are : John Kowal, B&R Automation & Spencer Cramer, ei3 Corporation

Download the article below:

2017-11-14-Cultivate_a_green_patch_in_brownfield_whitepaper

 

Kursus Persediaan Problem-Based Learning (PBL) for Low Carbon Education in Iskandar Malaysia Bil. 5/2019.

Nampaknya cikgu-cikgu yang terlibat kebanyakannya dah boleh mengendalikan PBL di sekolah masing-masing. Kita dari Center of Engineering Education (CEE), UTM bantu guide dan pantau sikit-sikit. Good jobs teachers. Alah bisa tegal biasa!

Trainers/Facilitators : Prof. Dr. Khairiyah Mohd Yusof, Dr. Syed Helmi, Assoc. Prof. Dr. Fatin Aliah Phang, Assoc. Prof. Dr. Ts. Mohd Kamaruddin Abd Hamid& Zaki Yamani Zakaria.