5 Ways Novice Users Can Learn Computer Science Without Fear

I had a fruitful discussion with one of the academic personnel last month on the evolution of the type of students that higher institutions may encounter. She told me that students nowadays are prone to be so dependent to their teachers or instructors on the steps that they should take to complete their tasks, projects or assignments. Even to the extent that sometimes, we had to teach them on how to Google. This is somewhat dragging the instructional process whence the search engine itself is getting smarter and smarter by its ability to predict the user’s pattern of search items.

Corresponding to her concern, I told her that through the new curricula that we are having at school right now (in Malaysia), I can see that the pattern will change in about another 5 to 10 years. This is because the syllabus was getting tougher, students hardly scored in their exams, yet their survivability to find solutions to the problems  are more dynamic and creative than current generations. I said to her, wait for another 10 years. You’ll get to meet students that already equipped with Google language and most of computer interfaces because they were born with those machines surrounding them.

Apart from that, raising the millennial kids that having been watching me working with computers and machine languages ever since they were small had made me concluded the following 5 ways for novice users to learn computer science without fear:


  1. Knowledge in computer science is reusable. It is recyclable. So, if you have found a problem and not knowing on how to solve it, yes, you’ve guessed it right. Googling for solutions is not wrong. Chances are there are already about thousands other people that have faced the same problem as you do and care to share it online. The only thing that you need to know is on how to select the right path.
  2. Ask for help. Computer literacy is growing. There is always certainly someone else that knows on how to help you find a solution to your computer problems. So never shame to ask. Different questions might lead to different solutions. It is like our way of living. Different family had different members with different types of houses, decorations, food, and activities. So does this knowledge of computer science. There is always not a single solution to a repeating problem. Never afraid to improvised because computer evolves like people do.
  3. Study the history of computer. People say, you would not love someone until you get to know him/ her. Love grows by learning a person’s personality or background. Once you have found the similarity between the two of you, you might want to move forward with more than just an encounter. Perhaps good friends or mutual friendship would yield good outcome for you in the future. The same analogy goes to studying the computer. If you face a new subject, find its origin of development. From where it begins and how it has ended up in your plate in such a form. Then, you will know on how to act from there upon.
  4. A computer is an artificial presentation to a human’s brain. It means that, to understand a computer is to understand on how your brain works. If you wonder why at some point of your life you make different kind of decisions, the same thing goes to a computer. On a rainy day, you might want to use an umbrella to walk by the road side. In an extreme cold weather, you might want to turn up the temperature of your heater so that your body would feel warmer and at ease. The same thing goes to the computer. It works logically in accordance to mathematical formulas. There are instructions to follow and output to yield. There are decisions to make when met with crossroads. There are times to start up fresh, and time to sleep. Brain also undergoes aging. So does the computer. So work from this fact, then you know on how to handle the learning process of computer science.
  5. A computer has no emotions. So, apart from all other logic knowledge that you may think a computer can do, never expect a computer to weep and cry like we do. At times like this, the only thing that we should do is to have human connections. Lean over to someone that you fond of, like parents, best friends, siblings and alike on psychological supports and emotional strengths. As long as we could understand this demand, always remember that computer never feels what we feel in our hearts.

So, that’s it. Certainly there are other 1001 ways that you could motivate yourself to learn computer science without fears. Above all, the most important thing to remember is never let a computer or any machine alike to over rule your intelligence and decision making. These things always rely on us to navigate them for the right processes and not the other way around.

Celebrate the good and positive things in the future generations of this millennium that were born with computers and machines around them.

The Attraction of Malaysian TVET

First of all, congratulations to YB Nurul Izzah Anwar for the appointment as the Head of TVET Committees in Malaysia. This is in conjunction with the press statement made by the Minister of Education of Malaysia on 21st June 2018, YB Dr. Maszlee Malik. TVET stands for Technical and Vocational Education and Training. Prior to this announcement, TVET is always referred to the agenda under the Ministry of Human Resources of Malaysia whilst the implementation of its training and education curricula had been carried out by various ministries including Ministry of Education, Ministry of Youth and Sports, Ministry of Agriculture, Ministry of Higher Education, Ministry of Rural Development, and Ministry of Tourism and Culture.

Apart from the political arrangements and the domestic issues on this matter, I would like to make a brief comparison on the ministerial and administration agencies that had made this movement practical in other countries. This post is intended to be deliberated from the viewpoints of intellectuality and feasibility of this policy that had already been delivered by various countries in the world and occasionally share their political, economic, and social growth conferences between each other.

Prior to this post, I had already made a post on the TVET and Its Landscape in Malaysia annotating the different functions and roles between the major ministries that are participating in this movement. I have also briefly quoting major skills qualification frameworks within the ASEAN countries in another blog post. Please feel free to revisit those posts if you are kind of lost on why I am highlighting this issue for this entry.

Every movement, policy and decision made are usually based on tremendous study and research within the specific thematic work and previous work deliverables. The decision of putting the skills qualification administration and management under the Ministry of Human Resources (MoHR) Malaysia had also its share on its inception. Perhaps, in analogy we can take from the viewpoint of a production-based company or organisation. Every organisation has its human resources department. This department is responsible to ensure that its employees are keep updated with the latest technology and skills equipment so that the quality of work and the quantity of production can match the demand from the clients. The employees, in this case, are in reference to those working in the production line with the positions of operators, and even up to the supervisory level. Hence, the rationale on why the movement of TVET in Malaysia was originally foreseen by the MoHR.

As time passes by, these employees demanded that they should also be given the opportunities to further their studies to a higher level qualification. From skills-based to academic endeavour. These workers requested that the academic-based agencies should recognise their abilities in the skills that they have displayed and contributed so that they would also be qualified for a higher degree programmes from prestigious higher learning institutions. This had triggered the mismatch between the skills qualification certification with the admission requirements by the universities decision makers.

Ministerial Comparisons
Figure 1. The Ministerial Comparison of TVET Administration Between Malaysia with the Rest of the World.

The above figure is showing the Ministerial Comparison of TVET Administration Between Malaysia with the Rest of the World including the ASEAN countries and major developed countries. The choices of administering ministries are from both of Ministry of Education and Ministry of Labour (which is also similar to MoHR). Each has her own reason on why such specific agency was chosen over another. There are also countries that have distinct agencies that manage and administer TVET movement without much dependent on their main ministries.

From the diagram, it is learned that most countries believe that it is best that TVET is under the administration of Ministry of Education. Only third countries like Cambodia, Laos, Myanmar, Vietnam and including Malaysia had decided that MoHR is much suitable [1]. As an additional information, European Countries have their own governing agency that manages the TVET movement which is known as CEDEFOP (stands for European Centre for the Development of Vocational Training). Among participating countries under the administration of CEDEFOP include Austria, Belgium, Bulgaria, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, and United Kingdom [2]. On the other hand, countries like Japan which is very much well-known for its high-skilled workers and disciplined people had also decided that its best for TVET to be foreseen by their Ministry of Education, Culture, Sports, Science and Technology [3].

Personally, I am looking forward to the positive changes that might be brought upon by the Government of Malaysia on issues pertaining TVET and its relevancy, qualifications and prospects either locally or internationally. Each action has its strengths and weaknesses. Might as well that we study the background and history of a policy made to project a better outcome and lower the setbacks that we have encountered in the past.

All the best for all TVET practitioners.


[1] ILO, URL: http://www.ilo.org/wcmsp5/groups/public/—asia/—ro-bangkok/—sro-bangkok/documents/publication/wcms_310231.pdf

[2] CEDEFOP, URL: http://www.cedefop.europa.eu/en/publications-and-resources


Other Sources:

[1] ASQA

[2] City & Guilds

[3] SQA

[4] BMBF

[5] US Skills Training

[6] MQA

[7] DSD, MoHR

TVET and Its Landscape in Malaysia

TVET and the Landscape of Skills Training in Malaysia

Someone asked me, “Do you know about TVET?”

I said, “Yes, I do.”

Then he further enquired, “Can you help me to give briefing about this thing?”

I was skeptical. TVET in Malaysia involves at least 7 ministries with different and diverse purpose, objectives, certification and recognition.

Then I asked him in return, “In what way that you wanted the briefing be?”

“Are you authorized to talk about it?”

He said, “Yes. I was given the authority to talk about it and I am going to talk about TVET in Polytechnics in Malaysia.”

I nodded. Understood. He was just asking about one tenth (1/10) only of the real scenario and landscape of Technical and Vocational Education and Training (TVET) in Malaysia.

TVET Landscape Malaysia

Basically, TVET involves the following ministries:

  1. Ministry of Human Resources (Kementerian Sumber Manusia) which coordinates the TVET and Skills Qualification for Occupational Framework in Malaysia, specifically for the skills training at the institutions under this ministry which is administered by Manpower Department (Jabatan Tenaga manusia) including: Institut Latihan Perindustrian (ILP) – 23 centres, Advanced Technology Training Centre (ADTEC) – 8 centres, Japan-Malaysian Technical Institute (JMTI) – 1 centre and Centre for Instructors and Advanced Skills Training (CIAST) – 1 centre.

Simultaneously, this ministry also administers the accreditation, certification, recognition and qualification of the skills training centres and skilled workforce including the issuance of certification for accredited centers and skilled personnel. For such a purpose the main agency that delivers this is the Department of Skills Development (Jabatan Pembangunan Kemahiran). The certificate issued by this agency is known as Malaysian Skills Certificate (Sijil Kemahiran Malaysia), Malaysian Skills Diploma (Diploma Kemahiran Malaysia), and Malaysia Skills Advanced Diploma (Diploma Lanjutan Kemahiran Malaysia).

2. Ministry of Higher Education (Kementerian Pendidikan Tinggi). This ministry coordinates the higher learning institutions specifically those that deliver the modules for TVET which include Polytechnics and Community Colleges. There are about 36 polytechnics and 94 community colleges all over Malaysia. These centres are administered by Department of Higher Learning (Jabatan Pengajian Tinggi).

However, there is no specific single accreditation or certification body that administers the issuance of the certificates for polytechnics and community colleges. Each will issue its own certificate to the students whilst the authorization for training implementation is solely delivered under the approval of its governing agency i.e. JPT.

(For an additional note, Ministry of Higher Education puts more efforts and deliberation on the accreditation of higher learning institutions especially for the level of education that leads to the conferment of the degrees for Bachelor, Master, and Doctorate which is managed by Malaysian Qualifications Agency (MQA)).

3. Ministry of Youth and Sports (Kementerian Belia dan Sukan). The training centres under the supervision of this ministry include: Institut Kemahiran Belia Negara (IKBN) – 13 centres, Institut Kemahiran Tinggi Belia Negara (IKTBN) – 8 centres, and Akademi Kemahiran Belia Golf (AKBG) – 1 centre. This ministry solely follows the regulations and procedures of accreditation set by JPK, KSM (as mentioned in No. 1 above) for the issuance of their SKM, DKM, and DLKM besides their in-house certification procedures and graduation requirements.

4. Ministry of Education (Kementerian Pelajaran Malaysia). The training centres under this ministry that observe the implementation of TVET include: Kolej Vokasional (KV) – 77 centres and more than 60 secondary schools that offer classes for the skills modules which is known as Program Asas Vokasional (PAV). This ministry follows both the regulations and procedures of accreditation set by JPK, KSM (as mentioned in No. 1 above) and the procedures by the ministry itself under the supervision of Division of Technical and Vocational Education (Bahagian Pendidikan Teknik dan Vokasional).

As a matter of fact, as a graduation fulfilment for the trainees that undergo the programmes under this ministry, they are qualified to be awarded with double skills certificates which include either the combination of or one of the following: Sijil Kemahiran Malaysia (SKM) / Sijil Vokasional Malaysia (SVM), Diploma Kemahiran Malaysia (DKM) / Diploma Vokasional Malaysia (DVM), and Diploma Lanjutan Kemahiran Malaysia (DLKM) / Diploma Lanjutan Vokasional Malaysia (DLVM).

5. Ministry of Agriculture (Kementerian Pertanian). The training centres under this ministry that observe the implementation of TVET and skills training are managed by National Agriculture Training Council (NATC) which include: Institut Pertanian – 7 centres, Institut Perikanan – 3 centres, and Institut Veterinar – 2 centres. This ministry does not issue its own certification procedure rather than following the rules and regulations set by JPK, KSM (as mentioned in No. 1 above). Whilst, the accreditation and authorization for training implementation is solely delivered under the approval of its governing agency i.e. NATC.

6. Ministry of Rural and Regional Development (Kementerian Kemajuan Luar Bandar dan Wilayah). This ministry observe the TVET implementation. However, currently it is issuing its certification for its trainees under its own regulations and procedures and yet to coordinate with the rest of TVET institutions as mentioned in items No. 1 -5. The training centres under this ministry is managed by Majlis Amanah Rakyat (MARA) which include: Kolej Kemahiran Tinggi MARA (KKTM) – 10 centres, Institut Kemahiran MARA (IKM) – 14 centres, MARA-Japan Industrial Institute (MJII) – 1 centre and GiatMARA (various numbers).

7. Ministry of Tourism and Culture (Kementerian Pelancongan dan Kebudayaan). This ministry, like KBS (item No. 3) and MOA (item No. 5), does not issue its own training certification procedure rather than following the rules and regulations set by JPK, KSM (as mentioned in No. 1 above). However, they do have the control on the issuance on the licensing and accreditation of their training centres and tourism agencies. The training centres under this ministry is known as Institut Latihan Pelancongan (Tourism Training Institute, ILP) which the number is not made public.

The subject matter of TVET and its development is indeed a universal subject in this country besides the requirements in the mainstream of education system and higher learning institutions. Nobody can claim that they own this particular subject matter more than another parties because each carries its own distinct functions, roles and responsibilities. Hence, it is wise to regard TVET as a national subject among the public, parents, and business matter interests.


  1. Malaysia – National Skills Development Act (NASDA) 2006, (Act 652), DSD.
  2. Pelan Pembangunan Pendidikan Malaysia (Pendidikan Tinggi), MOHE.
  3. ANSSR – Enhancing the Quality and Relevance of TVET for Current and Future Industry Needs, APEC.
  4. Qualification and Skills Mismatch – Concept and Measurement, ILO.
  5. Assessment of the Readiness of ASEAN Member States for Implementation of the Commitment to the Free Flow of Skilled Labour Within the ASEAN Economic Community (2015), ILO.
  6. International Labour Standard on Vocational Guidance and Training, ILO.

Data and Event Prediction

Someone emailed me asking about the results of flood data and the prediction of the disaster event after reading my published proceeding. He was asking me either that prediction formula can be utilized for his work in calculating the flood event in his country particularly around some specific location in the Africa continent. I was skeptical to answer not knowing of his nature of work and academic background. However, I did found out that he was doing some research for his advanced degree and he has a qualification in some sort of Satellite Engineering. Interesting!

I have advised him to do the following things:

  1. Collect data of hydrology/ water/ flood/ drainage from the agency or authority that manages the flood disaster management. (Or related samplings to the scope of your study).
  2. Collect data from global sources such as NASA rainfall, cloud movements, and other equivalent international data portals.
  3. Collect data from any other department or agency that may have direct or indirect roles in flood events such as meteorology, geospatial mapping, welfare, etc.

Because he was also interested in the scope of study of Big Data, so I have told him that by obtaining those data, it was indeed had contributed to the abundance of his data sets.

Days later, he replied to my email telling me that he had got the data as what I have suggested. Then he repeated his question, “Can I use the prediction formula like you have suggested in the paper this time?”

Nope. He still didn’t get the gist of big data and event prediction method that I have suggested in my paper.

The truth is, when you got your data sets and you wanted to make a prediction on the probability of the event to occur, it is advisable for you to follow the statistical hypothesis and the steps of deducing or inducing your statement(s) before coming to conclusion on either an event is feasible to return and recur. The prediction should be per case matter.

big data and method of predictions.png

By the generic steps, I mean you should undergo the process of data collection and the method of finding the conclusion out of the available data by means of proving on either your objectives are working or not. This is as illustrated in the above diagram: Big data and event prediction via hypothesis testing. This is one of the many approaches that you can use when you are dealing with your big data, you got your problems and you have the objectives of the project that you are aiming. But you were unsure of the direction that you should navigate from this point.

From the above diagram, it is clearly shown that you cannot avoid the tedious steps of research methods which include the following listing:

  1. Identify your research objectives,
  2. State your problem statements,
  3. Identify your hypotheses statements, which eventually will lead you to identify your research problem and decide on the structure of your research design,
  4. Draw your scope of research,
  5. Do data collection, which eventually you need to process on the behavior and properties of the data by using the approach of statistical analysis and hypothesis testing. At the end of this process, if the data is tested normal, you could formulate the prediction formula for the event to occur, and lastly
  6. Make the conclusion out of the above-mentioned steps.

When identifying the hypotheses statements, it is wise if you could: (1) write the list of contributing factors of your thematic problem, (2) the major problem to study and (3) the consequences that might repeatedly incur if the problem is not solved.

Simultaneously, during the process of statistical analysis and hypothesis testing, it is of advisable if you could test its normality so that the data and the problem that you are dealing with are feasible and that you could conclude on either to accept or to reject the null hypothesis that you have drawn. Consequently, whichever the hypothesis that you have accepted, the data should also be feasible to be tested upon its correlation and regression. This is to determine that the strengths and weaknesses of the relationship for your chosen parameters and domain are within the scope of study and formulating the prediction equation would be much significant.

The approach is in fact works for both the social sciences and physical engineering. Though you might come up with different kind of approaches of manipulating the big data to formulate the event prediction, be it by using the machine learning, artificial intelligent, or any other semantic of sciences, nothing beat to the preciseness of testing the normality of the event by distribution curve and its statistical properties and behavior.


Navidi, William Cyrus. Statistics for engineers and scientists. Vol. 2. New York: McGraw-Hill, 2006.

Sekaran, Uma, and Roger Bougie. Research methods for business: A skill building approach. John Wiley & Sons, 2016.

The Differences of Certificate, Diploma, Bachelor, Master and Doctor of Philosophy in Engineering

Basically, in learning experience I like to refer its growth in terms of the knowledge, skills and attitude (KSA) that were gained during the process. The three parameters are qualitative in nature and normally the measurement would involve some pre-defined scales or ratios.

As a matter of fact, I came to conclusion that the certification of a person after studying and experiencing the different levels of academic and skills qualifications would achieve some amount of skills and knowledge as the following diagram would suggest:


Generally, the knowledge should be proportionate with the skills. The more skills obtained, the more knowledge is gained. However, as a formal education might suggest, sometimes this skills wouldn’t be developed sufficiently when the degree-certification orientation is highlighted. Hence suggesting that people who are learning for the level of Certificate would be exposed to more skills-content-based learning modules in comparison to the level of a Doctor of Philosophy which enhanced more on the knowledge behind the gist of the study instead of the skills.

In addition, I believe that ideally, attitude should be in exponent to the skills and knowledge. The more skilful a person is the more knowledge he should sought. Though practically this is hard to find in our society. The best attitude is when there is a balanced amount of knowledge and skills in a person and perhaps can be found from a person who had experienced the learning concepts from the certificate level to the doctorate degree.

As a reference, the above diagram is adapted from the diagram of Malaysian Occupational and Skills Qualification Framework (MOSQF) that was introduced by the Department of Skills Development, Ministry of Human Resources Malaysia as the following figure is showing:

source: National Occupational Skills Standards (NOSS), Department of Skills Development (JPK), Ministry of Human Resources Malaysia.

Hour of Code and Computer Coding for Kids Campaign 2017

It started last year (2016) when I thought I wanted to set up a trial on an hour of coding for my friends’ kids and neighbours. This is when I discovered that code.org is organising  “Hour Of Code” campaign since 4 years ago. I did the “Hour of Code” sessions in small scale for my friends’ kids in the area of Kota Bharu, Kelantan, Malaysia and Putrajaya, Malaysia. Simultaneously, I did shared the news on the social media that has left people wondering, what was I doing with such an activity. What is coding? They have wondered.

This year, out of requests, I have conducted three more sessions of Computer Coding for Kids which were conducted in the month of December in conjunction of the global “Hour of Code” campaign. The Computer Coding for Kids that I have conducted this year are as the following details:

  • December 5th, 2017 in Kota Bharu, Kelantan, Malaysia.
  • December 8th, 2017 in Putrajaya, Malaysia.
  • December 28th, 2017 in Johor Bahru, Johor, Malaysia.

I have received tremendous responses and positive feedbacks on the interests that parents have shown on sending their children to these sessions. I was enjoying myself too meeting these enthusiastic coders and computer savvy children. As a matter of fact, I have divided the children into 2 main categories, i.e. Category of 6-9 years old and Category of 10-13 years old. However, coding has no age limit and there were a number of children that were not bounded to these age categories that I have accepted for the sessions.

As a result, the children from the Category of 6-9 years old had followed the modules and activities from selected section code of the code.org and hourofcode.com web portals. Where as, the children from the Category of 10-13 years old had followed the modules of Basic Scratch programming with the task given to them was to set a game named “FishBall” (Vorderman, 2015). The children had successfully completed the task and to my surprise, it was done in less than 2 hours.

Screen Shot 2017-12-30 at 7.25.34 PM

The following lists are the the links of the games from the children of the 3 sessions and can be run on most web application platform by using desktop computers (it does not work on mobile platforms). Pick one and try to play it. I am pleased to learn that they have grabbed the gists of the lesson and had enjoyed their coding sessions:

  1. Fishball game by Fazz204: https://scratch.mit.edu/projects/190867986/#fullscreen
  2. Fishball game by Invoker27: https://scratch.mit.edu/projects/190867597/#fullscreen
  3. Fishball game by FoxGamerPlays: https://scratch.mit.edu/projects/191914373/#fullscreen
  4. Fishball game by Aimaan651: https://scratch.mit.edu/projects/191918873/#fullscreen
  5. Fishball game by alyanadhirah_: https://scratch.mit.edu/projects/191914888/#fullscreen
  6. Fishball game by CaptTurtle: https://scratch.mit.edu/projects/191916133/#fullscreen
  7. Fishball game by imanezz: https://scratch.mit.edu/projects/191915287/#fullscreen
  8. Fishball game by MLPRONOOOB: https://scratch.mit.edu/projects/191915450/#fullscreen
  9. Fishball game by TAFFY20: https://scratch.mit.edu/projects/191913108/#fullscreen
  10. Fishball game by hirinsgame: https://scratch.mit.edu/projects/191913944/#fullscreen
  11. Fishball game by YT43: https://scratch.mit.edu/projects/191915921/#fullscreen
  12. Fishball game by wawa235: https://scratch.mit.edu/projects/191917519/#fullscreen
  13. Fishball game by muazpro9407: https://scratch.mit.edu/projects/195494279/#fullscreen


  1. Vorderman, C. (2014). Computer Coding for Kids. Dorling Kindersley Ltd., UK.
  2. Vorderman, C. (2015). Coding With Scratch Made Easy. Dorling Kindersley Ltd., UK.

Can I Get Boys Who Code?

You have probably heard about this encouraging curriculum of getting the girls as young as a ‘kindy’ to be involved with the Science, Technology, Engineering and Mathematics or better known as STEM. It is a worldwide educational strategy towards instilling the young girls to appreciate the technical contents of their learning experience and simultaneously to close the gap between the two genders.

Recently, there is another exciting movement for the girls that should be given further incentives which is known as “Girls Who Code“. This movement was originally initiated by Reshma Saujani and currently there are a number of books have been published and about to be published under this motion.


Quite exciting to learn about this. But, it’s irony enough that one day I had someone asking me this instead, “Don’t they have the books on Boys Who Code too?” Which have left me perplexed to answer. The question was not wrong. But there is no exact answer too to satisfy the question. Yup. It’s true that in the field of STEM, girls need more boost than their male counterparts. But, how convinced are we that the boys need less in this case?

With recent number of psychological studies on the learning difficulties among the millennials, challenged by the emergence of intelligent gadgets that becoming parts of our life; perhaps some people saw that both gender types of students need help and encouragement in their learning journey. When a person asked me on why they don’t have the books for the boys on how to code, I was just giving an easy answer out of that, “Normally, the boys got their natural interest in the studies of science and technology. Maybe that’s why we saw them less priority to create this kind of movement. Boys can automatically appreciate the nature contents of the science and technology subjects.” On contrary, I was not sure myself on why do we see them less important in this exercise.

Of course, I am in full support for the Girls Who Code. I even hope that I can practice this in Malaysia too. And even after this movement has started, the implementation on its activities might be promising to the communities of the developed nations, but the Third Countries are still wary of its importance. The traditions and cultural values among these countries are still substantial to them. It’s hard for them to embrace the paradigm shifts.

I have heard one of the teachers who is involved with the STEM educational committees in Malaysia saying that “… It’s really a hard work to practice this kind of curriculum in our country. So much work to be done, yet the pupils are not performing well to the level that they are expecting…” Yes, of course. I can relate that. And the teacher never mentioned it was either the boys or the girls who were having the troubles. Her emphasis was like both genders need help in STEM and not necessarily the girls.

On the other hand, I am really looking forward to the release to all of the 13 book series of the Girls Who Code. It is indeed an exciting movement that I took it here to pen it. Though the movement might be a jargon to the girls in this country, I hope one day the gradual change is for good and both genders will benefit from this kind of movement. Otherwise, the boys can still read the books on Girls Who Code. No limit to that.