I would like to share a question that was asked to me recently. The question was posted to me in my Facebook private message. I have informed the person that I will try my best to answer her question in my blog, for the benefit of others because I believe more of chemical engineering students are facing the same dilemma.
Identity of the person has been changed. Here is the question and it is followed by my answer. My answer is totally based on my knowledge and experience. It maybe suitable for some of you and may not for others. Hence, I would encourage you to evaluate my responses and adapt it wisely to your situation. In addition, my answer is within Malaysia context. Here it goes...
Hi Mr Zaki, I had been following your facebook page and blog for a few
years. Let me introduce myself, I am Lin, currently taking chemical
engineering at a private university in KL and is a final year student. I feel bad
as I did not know which path should I take on after i graduate from my
degree, and I wish to get some of your opinions since you are an
I was offered to study master under a
grant by my current supervisor. At the same time, I thought of working
in the industry. However, this offer does not come always whereby it
provide me monthly stipend and at the same time I can fully concentrate
on my master study. Should I take it? By reading some articles circulated
in the internet, it shows that it might be quite tough for you to
continue study once you start working and with other commitments.
Few other lecturers at my university saying that students should go out
to explore working world before entering into postgraduate studies and
some said the opposite. this make me wonder the decision to continue
study is right or wrong. Assuming that I completed my master in 2 years
and decided to work at industry instead of entering into Ph.D, does the
industry hire people that holds a master degree? I heard that it is
difficult to find a job while you are having a masters degree. I don't mind
getting a lower pay at the beginning as I know that I am not having any
experience yet (just a fresh graduate). Also, some of them do mention
that with a master degree, it will be useful to get you promoted in the
corporate ladder. Is it true? If I were to apply a job after my master,
is it wise to include it into my resume? (I'm afraid by including it I
might not get into the first interview)
Meanwhile, I also hope
to get the qualification of being a professional engineer. And it is
difficult to obtain when you are in academic field as you did not
involve in design work. If I wish to work on getting professional
engineer, which field would you suggest to work into and work as what?
I'm sad to say that I have not found any position that I wanted to work
as. That's bad.
I hope that you can give me some advice and
your opinions. I am quite confuse at this stage. Also, I am sorry for
any inconvenient caused on my lengthy message.
Besides, I wish to know that when the industry hiring workers, do they
actually look on the electives you are taking? I am taking elective on
polymer and petroleum, is that means that I cannot apply job in other
fields, say food industry?
Hi Lin. I'm terribly sorry for my late response to your questions. I totally understand your situation. However, there are many things to consider. Hence, my response will not provide you a fix solution. Instead it will let you think and personally drive you to decide the correct path for your future.
First, what is your true and final ambition? Is it to be (A) academician/researcher OR (B) practicing engineer? This is the typical question I will always ask to students entering their final years whereby they got confuse on which path to take.
If you choose (A) academician/researcher, just pursue for masters degree (hopefully you like that field of research). You were offered to do masters with allowances. That's good enough. Along the way, which is about 2 years time, you will learn more about the field of your research in depth. You will slowly be an expert in some specialize area which is very good. You will be train by your supervisor to write journal paper. You will also learn to present your research in conferences, meetings and others. You will get to know more people - suppliers + technicians where you will learn a lot of things from them. Then after you graduate, I believe you will have the option to pursue to your doctorate degree or get a job in a research institution or university. From there on, if you are in a research institution such as Malaysian Palm Oil Board (MPOB) / Petronas Research Scientific Services (PRSS) / Shell Research / others, you will keep working on research and development. If you become a lecturer in a university, you will eventually be required to pursue a Ph.D. You will then need do a number of activities namely, teaching, research, supervising, writing, publishing, consulting and others. A lecturer is kind of a multitasking job. Either a career in research institution or university will allow you to get promoted depending on the working scheme.
Now, if you choose (B) which is to be a practicing engineer, you will get the taste of the industry. Since chemical engineering is very broad, it is difficult to cover the explanations here. However, typically, an engineer will after a while be promoted as a senior engineer, then manager and so on. You will be practicing your engineering skills and knowledge mostly when you are an engineer/senior engineer. Once you get promoted to a manager, you will be more involved in the management and lesser technical or engineering stuffs. If you are working in a plant/refinery, chances are your working hours can be relatively long. If you are in the sales and service industry, for example selling instrumentation equipments like flow meter or software, your working hours will be quite flexible and tend to travel to many places.
In situations A and B, you can be a professional engineer under the Board of Engineers Malaysia (BEM) and at the same time a member of Institution of Engineers, Malaysia (IEM). Just follow the training program and guideline provided under IEM. There is a clear guideline on how to be a professional engineer in the area of practicing / industrial engineer, academia and research. So, it is not really a problem. If you think being an academician you do not have practical experience, you can request from the university permission for industrial placement for 1 year period. At present, I know that public universities in Malaysia now allows lecturer to undergo 1 year practical industrial training in order get the industry exposure and that so call design work etc. Alternatively, as academician, you can compile your consultancy work (with companies/industries) that include design work and consider that as industrial working experience provided you can accumulate the working hours up to 1 year.
If let say you want to do masters degree, and then after 2 years be an engineer, normally, most of the time, your starting salary would not consider your masters degree. Your salary will be based on your first degree. Hence, you lost 2 years of working experience. Compared to your friends who becomes an engineer immediately after completing their first degree, after 2 years lapse, their salary maybe RM400 to 800 more than you when you started to work as engineer after doing your masters. So, can you see what you are losing. Climbing the corporate ladder in a company, as I know from experience of others, does not really require masters or so called Masters of Business Administration (MBA). If you have the talent, leadership skills, good communication skills, your way to be a manager is clear. There, you can easily climb the corporate leader and earn substantial salary plus attractive yearly bonus. Most companies also provide you a car and/or petrol card.
After your masters degree, you can also show that you have a masters degree in your resume, or you can also not show. It depends on you. It is difficult to say if a company wants to employ a masters holder or not. But I will say, it is no harm if you want to show that you have a masters degree.
Having taken elective subjects during your first degree is not a problem. It's an advantage. You may use it and you may also not use it when you work. So, don't really worry about that.
To answer one final question from you, if you want to be a professional engineer, which field and what job? Any field you can be a professional engineer as long as you are within chemical engineering industry. So, also don't worry about this.
That's my response. I hope you have clearer perspective on what your future will be. Anyway, I have some advice for you. Here they are:
1. Strive to earn a good chemical engineering degree.
2. Empower your softskills - communication and leadership skills.
3. Learn some extra skill (if possible), such as be a good in software like aspen or matlab etc.
4. Register with IEM and BEM as soon as you graduate.
The end. ;)
Note: The image is my visit to a boiler company together with IEM Southern Branch member 2 years ago.
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As an engineer, it is imperative for us to have basic and extra knowledge and facts. It is useful for our communication and personal usage at work and at home. Imagine the faces of your subordinate, friends, superior, family when you tell them these interesting and fun facts.
With that in mind, I would like to share this superb infographic that contains various information that is related to us, engineers. The source of this infographic is from www.bestonlineengineeringdegree.com. Check it out.
If you read this article, chances are you are a chemical engineering student or already graduated as a chemical engineer sometime ago. Congratulations!!!
Being a chemical engineer, there are plenty of job offers from various fields and industry. A chemical engineer can be in the oil and gas, biotechnology, oil and gas, polymer, plantations, educations, services, manufacturing, moulding, computer and others. The list are too long to be listed here.
Nevertheless, a chemical engineer who has additional strength of expertise in something is of higher demand. When I was doing my first degree, I still recall a course called chemical engineering with process control. It was a course offered for chemical engineering students like me. However, I did not take it because at that time I fear I cannot cope with my core chemical engineering studies. One friend of mine has the guts to take the course and he managed to get that Chemical Engineering with Process Control degree. Among the additional subjects covered in that course are advance process control and artificial intelligent. Well, that is already in the past.
Powder Technology Expert
Fig. 1 Powder technology is crucial in various industries
During my final year as a chemical engineering student in Bradford University, I was with my final year design project group member, meeting up with our supervisor, Prof. Dr. N. Harnby. Our final year design project topic was "Alumina from Bouxite". The alumina is processed into fine powders from a chunk of bauxite solids. Prof. Harnby is an expert in Powder Technology. During one of our consultation session, Prof Harnby received a call from a plant somewhere in Scotland and asked for his advice on powder processing problem occurring in the plant. Prof Harnby then provided a general solution in the phone but then said if you require detailed and expert solution, he will do it. He was actually providing his consultancy service on powder technology solution since he is an expert in a such a specific technology.
Corrosion Monitoring Expert
Fig. 2 Example of ER Probe
Few years after that, I was working as a chemical cum project engineer with a local oil and gas servicing company. That time, we were awarded a project to protect an oil company pipeline from corrosion (from upstream to downstream). Luckily, the company I was working for has a very good principal from United States or Canada (I forgot the exact country it was from) who is an expert in corrosion monitoring. Do you know that corrosion is a huge problem in the oil and gas field? It has plenty of structures, pipeline and vessels made my steel that are always attacked by corrosion. The situation in offshore platform is more worse. Due to the importance of corrosion protection and impact to the industry, NACE (National Association of Corrosion Engineers) was formed in 1943 to facilitate information, services, knowledge and standards related to corrosion.
Back to my story above. Our principal company sent a young engineer (younger than me, that time I was 26 years old) to assist the installation of ER Probe. I think the engineer was just about 23 or 24 years old. But he was trained really well to do the presentation, installation and service of the ER Probe on the 48" and 10" pipelines. He taught us well and know all the specific details of on how to install, operate and maintain the ER Probe. He also thought us on how to analyze the ER probe readings and interpret them. Since I was the engineer incharge, I was involve with the costing of the project. I also know the fee of the young engineer which is relatively high and being paid per day for his service. The young engineers fee for 3 days alone has exceeded my monthly salary. That time, I whispered to myself, wow...this is the price we have to pay for an expert. The young engineer just had a diploma in engineering and went for a specific training on various technology on corrosion monitoring and corrosion protection. That is just an example of a story that we can learn if we want to be an expert in certain engineering area.
Chemical Health Risk Assessment (CHRA) Expert
Let me show the 3rd example. You can also be a Chemical Health Risk Assessment (CHRA) expert. For certain countries this is a requirement for any refinery or plant. This is to ensure the workers in the refinery or plant can work safely despite the various hazards in the workplace. A CHRA consultant service is demanded to provide training, consultancy, audit and perhaps more than that. The fee for a CHRA expert is quite high as well. However, before being a CHRA expert or consultant, you need to undergo specific training so that you are have sufficient knowledge and experience and reliable to help the clients.
The Choice is Yours
I have outlined 3 examples of a specific area you can choose to be an expert within your chemical engineering field. There are more of expert areas you can choose from. You can look around, browse the internet or ask your lecturers or experience engineers. Assess the field that you want to be an expert and get the required training.
Figure 1 credited to spacefellowship.com Figure 2 credited to cosasco.com/microcor_wireless_transmitter.php
I’m Zaki. I used to be a project, process and chemical engineer. I'm now employed as a chemical engineering lecturer, but now I'm on my Ph.D study leave. Hope you like reading my blog. I welcome any feedback from you. TQ!
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