Chem E Car 2015 – Opening Act

May 27, 2015

Chem E Car 2015 – Guest of Honour

May 20, 2015

Deputy Minister of Science, Technology and Innovation Ministry or MOSTI Datuk Dr. Abu Bakar Mohamad Diah


IEM Shout Out – Strategic Management Thinking Process

May 6, 2015

This is a shout out for the IEM. My Technical Division will be having a talk on the 9th May by Ir. Benjamin Ng Chong Jin. It’ll be at 9:00 am (makan-makan at 8:30) at Wisma IEM. That’s right people, as part of the new health drive you are required to walk up 3 flights of stairs to get your 2 CPD points.

This talk draws attention to the fuel diversification in a power market (e.g. Malaysia) and the different fuels which determine the fuel specific electricity tariff. The talk aims to shed lights on how a regulated market’s electricity tariff is being computed with respect to the different type of power plant technologies from oil-fired power plant to combined-cycle power plant to coal-fired power plant. Each power plant technology has its advantages in supporting the electricity grid and also its drawbacks. This will be elaborated in the talk.

Ir. Benjamin Ng Chong Jin is the Loss Prevention Consultant at FM Global Insurance specializing in power generation market. He has been involved in numerous power plants development from conceptualizing, financial modeling, tendering and design evaluation when he was in one of the IPP’s in Malaysia. He has been technically trained in a reputable Gas Turbine manufacturer and has good commissioning experiences. Ir. Benjamin Ng holds a Bachelor (Hons) Degree in Mechanical Engineering in 2003. He is also a Professional Engineer (Mechanical) registered with BEM, a Corporate Member of IEM and a certified accountant with ACCA.

Register for the event here, and download the flyer here.


IEM Shout Out – Conversion of Organic Wastes and Unused Biomass to Valuable Materials and Energy Using Sub-Critical Water

April 29, 2015

This is a shout out for the IEM. The Chemical Engineering Technical Division (know as CETD to friends) will be having a talk on Wed afternoon, 6th May, 2015, by Dr. Hiroyuki Yoshida .

Dr. Hiroyuki Yoshida obtained B. Eng. Degree in 1969 and Dr. Eng. in 1977 in Chemical Engineering from Osaka Prefecture University, Japan. He worked for this University from 1974 to 2013. He became a professor in 1995. From 2013, he has been working for Department of Chemical and Environmental Engineering, Faculty of Engineering, UPM as a contract professor.

Sub-Critical water is high temperature and high pressure water but lower than those of critical points (647 K, 22.1 MPa). It shows three typical characteristics. Firstly, sub-critical water (sub-CW) has a great hydrolysis power at around 520 K and organic solids quickly decompose into low-molecular-weight valuable materials. Secondly, sub-CW works as a strong solvent and can extract oil almost perfectly at once. Thirdly, when the temperature is higher than about 600 K, hydrolysis power becomes small and pyrolysis power becomes great. The pyrolysis reaction can convert organics to liquid oil (alternative heavy crude oil) and/or solid char.

You can register here, and download the brochure here.


IEM Shout Out – Half Day Course on Incorporating CDIO (TM) framework through Project based learning (PBL)

April 28, 2015

This is a shout out for the IEM. My Technical Division will be having a course on 13th May, presented by Ir Assoc. Prof. Dr. Satesh Namasivayam . It’ll be at 9am at Wisma IEM.

Ready to engineer. So it is said. But what is engineer and how do you engineer? What are the barriers to engineer and what are the key factors necessary to educate engineer? How to think like an engineer? Incorporating CDIOTM framework through Project based learning (PBL) can be one of the solutions. The CDIOTM initiative has been developing as more collaborators from all over the globe are taking this initiative as a base for their educational institutions adopting what so-called the “active learning” policy which includes, but not limited to, a complete system of a well-designed syllabus covering the skills and characteristics of graduating engineers.

Throughout CDIOTM phases, the learning process has changed from passive-note taking to more active-project-based education. This half-day workshop is designed with three (3) objectives as follows

  • Introduce participants to Conceive-Design-Implement-Operate initiative
  • Integrate CDIO initiative in curriculum to address complex, value added engineering products, processes, systems in modern and team-based environment;
  • Review the know-how of conceiving, designing, implementing and operating complex engineering systems of appropriate complexity.

Ir Assoc Prof Dr. Satesh Namasivayam BEng (1st Class Hons) PhD (London) FIMechE MIEM CEng PEng CIT (HRDF) is a Chartered and Professional Mechanical Engineer, Associate Professor of Mechanical Engineering and Deputy Dean from the School of Engineering at Taylor’s University, Malaysia.

You can register here, and get the flyer here.


IEM Shout Out – Conversion of Organic Wastes and Unused Biomass to Valuable Materials and Energy Using Sub-Critical Water

April 22, 2015

This is a shout out for the IEM. The Chemical Engineering Technical Division (know as CETD to friends) will be having a talk on Wed afternoon, 6th May, 2015, by Dr. Hiroyuki Yoshida .

Dr. Hiroyuki Yoshida obtained B. Eng. Degree in 1969 and Dr. Eng. in 1977 in Chemical Engineering from Osaka Prefecture University, Japan. He worked for this University from 1974 to 2013. He became a professor in 1995. From 2013, he has been working for Department of Chemical and Environmental Engineering, Faculty of Engineering, UPM as a contract professor.

Sub-Critical water is high temperature and high pressure water but lower than those of critical points (647 K, 22.1 MPa). It shows three typical characteristics. Firstly, sub-critical water (sub-CW) has a great hydrolysis power at around 520 K and organic solids quickly decompose into low-molecular-weight valuable materials. Secondly, sub-CW works as a strong solvent and can extract oil almost perfectly at once. Thirdly, when the temperature is higher than about 600 K, hydrolysis power becomes small and pyrolysis power becomes great. The pyrolysis reaction can convert organics to liquid oil (alternative heavy crude oil) and/or solid char.

You can register here, and download the brochure here.


IEM Shout Out – Half Day Course on Incorporating CDIO (TM) framework through Project based learning (PBL)

April 7, 2015

This is a shout out for the IEM. My Technical Division will be having a course on 13th May, presented by Ir Assoc. Prof. Dr. Satesh Namasivayam . It’ll be at 9am at Wisma IEM.

Ready to engineer. So it is said. But what is engineer and how do you engineer? What are the barriers to engineer and what are the key factors necessary to educate engineer? How to think like an engineer? Incorporating CDIOTM framework through Project based learning (PBL) can be one of the solutions. The CDIOTM initiative has been developing as more collaborators from all over the globe are taking this initiative as a base for their educational institutions adopting what so-called the “active learning” policy which includes, but not limited to, a complete system of a well-designed syllabus covering the skills and characteristics of graduating engineers.

Throughout CDIOTM phases, the learning process has changed from passive-note taking to more active-project-based education. This half-day workshop is designed with three (3) objectives as follows

  • Introduce participants to Conceive-Design-Implement-Operate initiative
  • Integrate CDIO initiative in curriculum to address complex, value added engineering products, processes, systems in modern and team-based environment;
  • Review the know-how of conceiving, designing, implementing and operating complex engineering systems of appropriate complexity.

Ir Assoc Prof Dr. Satesh Namasivayam BEng (1st Class Hons) PhD (London) FIMechE MIEM CEng PEng CIT (HRDF) is a Chartered and Professional Mechanical Engineer, Associate Professor of Mechanical Engineering and Deputy Dean from the School of Engineering at Taylor’s University, Malaysia.

You can register here, and get the flyer here.


IEM Shout Out – Visit to Jutasama Sdn. Bhd.

March 19, 2015

This is a shout out for the IEM. My technical division will be hosting a trip to Jutasama (I first read it as Jutamas :)) Sdn. Bhd. on the 27th March, 2015. You will be anointed with 2.5 CPD / PDP hours.

Just note that is a Friday.

Jutasama Sdn. Bhd. (Jutasama) is engaged in the design, fabrication, installation and commissioning of special tanks, pressure vessels, piping and specialised processing equipment required by the chemical industry, food processing plants and other engineering undertakings. The company is capable of fabricating products in accordance to major international codes or specifications in carbon steel, stainless steel, alloy and clad materials.

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Register here, and get the form here.  Flyers for the above and other events may be obtained here.


IEM Shout Out – Visit to Jutasama Sdn. Bhd.

March 12, 2015

This is a shout out for the IEM. My technical division will be hosting a trip to Jutasama (I first read it as Jutamas :)) Sdn. Bhd. on the 27th March, 2015. You will be anointed with 2.5 CPD / PDP hours.

Just note that is a Friday.

Jutasama Sdn. Bhd. (Jutasama) is engaged in the design, fabrication, installation and commissioning of special tanks, pressure vessels, piping and specialised processing equipment required by the chemical industry, food processing plants and other engineering undertakings. The company is capable of fabricating products in accordance to major international codes or specifications in carbon steel, stainless steel, alloy and clad materials.

..

Register here, and get the form here.  Flyers for the above and other events may be obtained here.


IEM Shout Out – Brief Look at an Offshore Project Journey – Engineering Roles Beyond Detail Design

March 12, 2015

This is a shout out for the IEM. My Technical Division will hosting the above talk by Ir. Tg. Fadziliaton on the 14th  March, 2015. Turn up by 8.30 to obtain nasi lemak.

The talk will gives a brief look on the journey of a typical oil and gas offshore project from FEED, Detail Design, Procurement, Fabrication up to the Commissioning.

Typically, a design engineer involvements is limited to the initial one or two stages of the project before they move on to the next project, more often due to end of their contract. The next stage of project is handled by a different group / team which does not have design engineers from the previous stages.

The design will usually evolve during each stage of the project even right up to the commissioning stage. It is very essential to keep every change to the minimum while maintaining the intended purpose of the design and to ensure a smooth information flow of these changes throughout the project. An awareness of the impact on change to the design beyond detail design stage i.e. procurement and fabrication needs to maintained.

Therefore, the design engineer should be involved and attached to a project up to and perhaps beyond the Commissioning stage, to support the above aims.

The objective of the talk is to familiarize with the stages of a project, the process and challenges of each stages and emphasis the important of information flow and the roles of the design engineer during each stage of the project.

Ir. Tengku Fadziliaton graduated from Loughborough University of Technology with degree in Chemical Engineering in 1997. She has started her career in the upstream oil and gas industry 17 years ago and has experience in detail design, fabrication, commissioning and operation in process engineer capacity. She has involved in projects for wellhead platforms, processing platforms and FPSOs as well as being part of operation support team for the same.

She is currently Senior Process Engineer in Engineering and Commissioning department in Kebabangan Petroleum Operating Company.

Register here, and pick up the brochure here.