IEEE’s Donation Drive for the Free Education Workshop for Orphans

“Education is the most powerful weapon which you can use it to change the world”, quipped Nelson Mandela. This quote was the source of inspiration behind the initiation of IEEE’s Donation Drive for the Free Education Workshop for Orphans.

I still remember, during the vacation following the first semester of my university life, I was appointed to take charge of the “One Semester One Event”. Basically, it is one of the job scopes of Team X which requires us to hold an impactful event every semester. When I was appointed as the person in charge, the first two words that came across my mind are “SCIENCE, EDUCATION”.

Since the past few decades, science and technology have played an important role in thrusting the world forward and building a better lifestyle for mankind. Thus, having more talented scientists and engineers are crucial in continuing this trend for a better tomorrow for mankind.

However, in Malaysia, the number of future scientists and engineers might not fulfill the demand of society as number of students enrolled in STEM courses after PT3 are dwindling year by year.

This scenario is distressing and might be due to the wrong approach used by schools in teaching science. Over obsession with As makes students study science subjects by just memorizing facts and this makes science so monotonous for many youngsters.

Thus, this event is carried out with the objective to not just spur the interest of learning science and technology among the new generation, but also to guide them towards a more fascinating method of learning. This event was conducted in two stages. The first stage was to raise funds in USM Engineering Campus while the second was to conduct a free workshop in an orphanage.

 

Personally, the hardest portion of this event was the first stage, fundraising. As everyone knows, most undergraduates depend on loan to sustain their living expenses. Thus, it is really a challenge for me and my team to raise sufficient funds for this event. However, we tried as many ways as possible to acquire the funds. First is by positioning donation boxes at offices of all schools in USM Engineering Campus. Second is by doing lecture bash and third is by spreading news via Facebook.

As you might expect, lecture bash is the best approach to get the most amount of fund and yes, you indeed need a “thick face” for this. Before doing the lecture bash, I was distressed for a few days thinking “What if people behind cannot hear me?”, “What if the microphone suddenly malfunction? I have to shout if this is the case.” and so on. However, on that day, I suddenly felt relaxed after I spoke the first sentence. Then I just kept promoting the event and persuaded people to donate. It’s true that for anything when there is no pain, there is no gain. If I was not able to overcome my fear to speak in front of public, there may be others who can do it for me. But I will never feel as accomplished if I did not try to do on my own.

As a result of all the endeavors embarked by me and my team, we raised enough money to conduct one workshop. Also, we would like to thank the sponsor from IEEE CAS (Circuit and System) Malaysia Chapter to make this event even greater.

The workshop was held two weeks after the fundraising. Orphanage chosen for this workshop was Rumah Permata Kasih which is located at Prai, Penang. Thirteen IEEE USM SB members, including me had joined this workshop as facilitators while there were twenty orphans age between 8 to 9 years old as participants. The workshop was being conducted in two parts, one was basic electronic and the other was basic science.

 

During the basic electronic part, participants were first being briefed about the evolution of electronic, for example the size of modern electronic gadgets is becoming smaller compared to the traditional gadgets, by Atikah Hayroman, who is the assistant leader for this event.

Then, participants were provided basic electronic components like breadboard, LEDs, battery, resistors and so on. With these components, participants were being taught about the basic concept of current flow by using water flow analogy.

 

At the same time, they were also guided by facilitators on how to assemble a simple circuit which lights an LED up. Look at how patience our facilitators are. Other than just building a simple circuit, participants were also taught about the effects of increasing load or resistance to the circuit and assemble them one by one. After the hands-on, components were given to them as souvenirs and further circuit study. Who knows maybe the next Nikola Tesla was among them?

 

During the basic science part, up to seven interesting experiments had been carried out. They were Colour Changing Milk, Anti-Gravity Water, Reverse Arrow Illusion, Hologram Projector, Density Tower, Kaleidoscope and Fire on Hand (just demonstration). Each of these experiments has some basic science concept behind. Can’t wait to carry out on your own, right?

 

Participants were segregated into 5 groups. Before every experiment started, participants were briefed about the basic science concept involved in the experiment. For example, when doing the anti-gravity water experiment, the concept of pressure was first explained to participants. After the experiment was carried out by the participants, they were required to explain why the water retained in the cup group by group. By this way, participants learnt how to apply what they have learnt in real life. Of course, there was no punishment for wrong answer, but only rewards for correct or creative explanation.

I still remember that when asked for explanation about why reverse arrow illusion happens, one of them answered that light turn around the glass then only we see them. That was a great one! Even though it was not the correct answer, but his courage to speak out his idea was applaudable.

 

This was the guy!

Participants engaged a lot in both workshops. I like the moment when they were amazed by the fascinating effect of all the experiments. They were like “Wow, how can this happen?” They kept asking how and why. Of course, they were not given answer immediately but guided by facilitators towards the answer.

Both workshops were conducted full of joy and happiness from facilitators as well as participants. I would like to take this opportunity to thank all facilitators and also my team members who had given full commitment for this event. Without you all, this event will not be a success.

Wrapping things up, I felt really grateful as being an undergraduate, I was not just staying inside my hostel and focusing on my studies, but was also able to serve society. I hope that more undergraduates, regardless of what course they are pursuing, contribute to the society, especially in the education.

Edited by
Jerard John

IEEE SS12 MALAYSIA 2017

“Wow, why didn’t I think of that?’’ We have all gone through such Aha! moments when we saw how simple ideas such as car pooling and cash back reward platforms turned into great innovations. Being regretful for not being a part of an idea is not the solution. And boy, do we have brilliant students who have decided to be a part of this ecosystem by showcasing their final year project.

Hence, SS12 competition was introduced to Malaysia this year. SS12 was the world’s first ever accessibility-themed hackathon and makeathon originated from California 10 years ago that aims to develop empowering projects for the community through competitions. In Malaysia, SS12 is managed by startupcampus.asia in collaboration with IEEE USM Student Branch to foster a culture of innovation among university students and professionals by providing an inspiring platform for the community to highlight their creative ideas.

IEEE SS12 Malaysia 2017:

Malaysia’s first ever SS12 competition was recently held at @CAT Penang on the 2nd of August 2017. IEEE SS12 Malaysia 2017 has successfully gathered participants from 7 universities across Malaysia to present their projects and compete. The participating universities include Universiti Sains Malaysia Engineering Campus (USMKKJ), Universiti Kuala Lumpur (UniKL), Universiti Putra Malaysia (UPM), Universiti Teknologi PETRONAS (UTP), Universiti Malaysia Perlis (UniMAP), Universiti Malaysia Terengganu (UMT) and Universiti Teknologi MARA (UiTM).

In this competition, every participant was given 6 minutes for their projects presentations and demonstration, 2 minutes for Questions & Answer session. It was then judged by industry representatives from National Instruments, Vitrox, Myreka and @CAT based on four key criteria, which are innovation, practicality, complexity and working design. The judgement will be conceptual selection, whether it is relevant to the final year project abstract and useful, creativity, originality of the idea and technology, plus scalability.

Unlike usual design/final year project competition which marks the ending point for winner after the competition ends, IEEE SS12 Malaysia 2017 provides the winners with opportunity to continue their journey by funding them to compete in SS12 Asia Stage, which takes place in India this year. The organisers believe by providing the winner with the opportunity of competing in SS12 international stage, they will be able to gain oversea exposure, exchange of innovative ideas and broaden their worldview subsequent helped them to improve further and trigger real innovation.

Winning Teams:

Champion: Artificial Eye by Yap Yee Yang and Ng Mun Kit

Artificial eye was a low-cost wearable blind assistance system which is expected to be capable of solving issues encountered by the visually impaired and blind, thereby improving their lives. This team will be representing Malaysia to compete in India for SS12 Continental Level with an all-expenses paid trip up to RM3000!

First Runner Up: Enhancing the Handwriting Instruction through Interactive Learning with Augmented Reality for Preschool Children by Nor Farzana Syaza Jeffri

This project is an augmented reality application with an interactive physical book that will appeal to the three learning modalities to enhance the preschool handwriting instruction.

Second Runner Up: Development of Control Algorithm for Spot Cooling by Andy Tan Wei Keat and Chan Hao Jie

This project’s aim is to develop a Control Algorithm for a Spot Cooling system and helps to detect and track a non-human decoy.

Creativity and innovation are both essential elements in today’s dynamic environment. It is often said that creativity is the seed of innovation and university students have always possessed unlimited creativity and ideas just waiting to be inspired and nurtured.

Hence, IEEE SS12 Malaysia 2017 aims to inspire these students and young professionals to create a lasting impact on society, through innovation in their respective fields of profession. This aligns with the theme of SS12 2017: Enhancing the quality of life through innovation.

IEEE SS12 Malaysia 2017 was initiated by Simeon Yeoh Hong Boon, founder of startupcampus.asia and co-founder of IEEE USM Student Branch, with the intention of fostering the seeds of innovation among university students and professionals in Malaysia. Simeon Yeoh envisions to revolutionize the education system through usage of creative technology and implementation of entrepreneurial spirit. He seeks to implement entrepreneurship concepts into students’ projects, no matter the scale. Simeon Yeoh views an innovative mind as a form of competency, akin to other traits such as leadership or work ethics. This prepares university students to be more competitive, and always ready for a challenge. He also wishes to inspire more university students to innovate and create products or solutions that can be commercialized in the market, ultimately developing their products into something great such as startups!

IEEE SS12 Malaysia 2017 was initiated by Simeon Yeoh Hong Boon, founder of startupcampus.asia and co-founder of IEEE USM Student Branch, with the intention of fostering the seeds of innovation among university students and professionals in Malaysia. Simeon Yeoh envisions to revolutionize the education system through usage of creative technology and implementation of entrepreneurial spirit. He seeks to implement entrepreneurship concepts into students’ projects, no matter the scale. Simeon Yeoh views an innovative mind as a form of competency, akin to other traits such as leadership or work ethics. This prepares university students to be more competitive, and always ready for a challenge. He also wishes to inspire more university students to innovate and create products or solutions that can be commercialized in the market, ultimately developing their products into something great such as startups!

JUDGES

Lim Seng Yew joined Vitrox in year 2009. Prior to this, he worked in multi national companies for 12 years, such as Dell, Altera & Agilent. He has involved in R&D for past 17 years specialized in software programming in engineering field. He is one of the co-inventors in a US patent with title “Functional Failure Analysis Techniques for FPGA” in 2002. He possesses a Computer Science Bachelor Degree from UKM and a Computer Science Postgraduate Degree from USM. His expertise is in solution development, AI & machine learning. He likes to play ping pong & swimming at his leisure.

Chan Cheng Yee joined NI Malaysia Sdn Bhd in the year 2011. Prior to this, he worked in multi-national companies for 17 years, such as Sony, Intel, and Benchmark Electronics. He was one of the pioneer team members of Intel Board Design Center specializing in Intel Desktop Board software. He possesses a Bachelor Degree in Electrical and Electronics Engineering from University of Lincoln. Cheng Yee is passionate about STEM and he is the LEGO Robotics mentor for SMK Simpang Empat. He is also an amateur radio operator and he will go on air whenever he is free.”

Percy started his immerse interest in electronics at an early age of 10. At 12, he was admitted to National university of Singapore under a special arrangement to pursue his interest in engineering. In 1997, his design of a computer guided Catheter guide wire simulation device, earned him his 1st patent with the US patent office. In 2003, Percy graduated with an honors degree in Bachelor of Science (Computer Engineering) from Drexel University in the US. During his time with Drexel, he involved in the Spiral project involving design of High performance computer design using FPGAs. In 2005, he furthered his tertiary education and received his Master of Science specializing in VLSI system design from Westminster University in London

Mr. Lau Ting En is one of the founding member of Myreka Technologies. He started out as an embedded engineer developing and implementing Digital Signal Processing algorithm. Throughout the 10 years  in Myreka Technologies he took on different role as embedded system architect and project manager. Today he is leading the R&D department of Myreka Technologies as Head of Department.

COMMITTEES

IEEE SS12 Malaysia 2017 will not be made possible without the strong support by the project director, Tan Ting Feng and his managing team, IEEE Malaysia Section and IEEE Young Professional Malaysia.

IEEE SS12 Malaysia 2017 is a nationwide innovation competition, providing the golden opportunity for students to compete locally and even globally, encouraging them to work on their ideas in order to make them a reality! Bridging innovation with the qualities of entrepreneurship is the ultimate goal for both IEEE USM Student Branch and startupcampus.asia.

‘Nothing great was ever achieved without enthusiasm.’ by Ralph Waldo Emerson (American Philosopher)

Do you want to make a difference through your own project? Come approach us and we looking forward to host you in IEEE SS12 Malaysia 2018!