Hi, I am Zuriel Shee Da En

turning ideas into real life product is my calling

I always passionate for cutting-edge innovative technology and enthusiastic to be involved in research, design, and development of projects. I always coming up with creative ideas and designs that aimed at solving real-world problems, particularly in the field of sustainable green technology.

Academia & Reseach

This section displays the collection of my research projects and assignments completed during my academic study at the Multimedia University (MMU) in Malaysia, which involved pursuing a Bachelor's degree in Mechanical Engineering and a Master's degree in Engineering Science, majoring in Biomedical Engineering.

PROTOTYPE AUTOMATED WHITEBOARD ERASER

An industrial design project was initialized to produce an automated whiteboard eraser aimed at solving the problem of repeatedly manual erasing whiteboard chores while provide an efficiency way in completely erasing marker stains on whiteboard in a short time. This project involved the knowledge of engineering research, design and development, 3D modeling drawing, FEM simulation analysis, and CAD/CAM knowledge. A prototype design of an automated whiteboard has produced and provide various of analysis and performance assessment in details report.

HYDROKINETIC ENERGY IN OPEN CHANNEL RESEARCH

I have conducted a research in CAMGT lab that aimed to explore the availability of water flow energy in urban drainage systems that could be harness to be utilize as alternative energy. The purpose of this study was to assess the feasibility and potential of utilizing water flow energy in urban drainage systems to generate small-scale hydropower which is micro- to pico-scale hydropower as a sustainable and eco-friendly energy source for smart city development. The project involved conducting experiments to measure the water flow energy in an artificial open channel in our laboratory. Three different turbines were designed and fabricated to test and measure the energy which are Axial fan turbine, Archimedes turbine, and Savonius turbine, all attached to a well-designed dynamometer for energy harnessing. In addition, a numerical study was conducted to investigate the performance of these turbines.

MASTER IN BIOENGINEERING RESEARCH ON BRAIN PROTEIN MANIPULATION

In my Master's in Engineering Science majoring in Biomedical Engineering at the Multimedia University (MMU), on which the research was support and funded by MOHE and MMU scholarship under the graduate research assistant (GRA) contract. In this research project, I have conducted a research aimed at discovering therapeutic treatment for Alzheimer's disease by manipulating brain proteins in a microfluidic lab-on-chip device. The technique used to manipulate the proteins was called dielectrophoresis, which involves manipulating dielectric particles under a non-uniform electric field. The research project was divided into three major areas: (1) Tau protein characterization study, (2) Microfluidic study and fabrication, and (3) Dielectrophoresis manipulation experiment. We successfully characterized the Alzheimer's disease-causing protein -Tau protein, and designed and developed a microfluidic device for the manipulating Tau protein. We have successfully manipulated the Tau protein in the microfluidic platform and were able to separate it from a mixture of yeast cells. This research has significant potential to provide a non-invasive therapeutic treatment opportunity by manipulating Tau protein to inhibit and eliminate the clumps and plaques caused by Tau protein, which are neurotoxic to the brain and responsible for neurodegeneration in Alzheimer’s disease.

RESEARCH INVENTION & COMPETITIONS

Through out my master research study, I have participated in several research innovation competitions that have brought me bronze and silver medals for my technology invention. From the research knowledge that I have gained, I extended it and apply the technology into a useful product. By adopting the technique of dielectrophoresis, I have developed a prototype device that is capable to selectively separate and collect micro to nano-sized bioparticle. The novelty and potential of this device for instance, can be greatly use to separate white blood cells and red blood cells from a blood sample. This device is like a pipette that can withdraw and carry small amount of liquid but with a more complex and advance feature that is - it capable to selective carry a specific targeted bioparticle from a mixture of multiple bioparticles in a liquid sample. To put in analogy, you ordered a boba tea with add-on jelly in the drinks, with this "straw" you are able to sip out only jelly or boba at your desire without sip out the other, so it won't become a random case like the usual. Likewise, this device is targeted to realize this ability in the miniature bioparticles realm that brings benefit to the biomedical sector.

Contest & Event

This section showcases my various extracurricular activities and personal projects, ranging from competitions to events that I have organized or participated in. These experiences have allowed me to expand my knowledge and skills outside of the academic realm, while also providing me with opportunities to develop my leadership, teamwork abilities and entrepreneurship skills.

SOAP BOX GRAVITY CAR
CHALLENGE

I have participated in a soap box gravity car challenge as a recruitment activity for the MMU Grüne Welt team, which this team has represented MMU in the Shell Eco Marathon, a global automotive energy efficiency competition organized by Shell. In this soap box gravity car challenge, our team has to build a gravity car with strict constraint set by the judges and build it from scratch within the time period given. Our soap box team achieved 2nd runner up, which was the third-fastest in the race. As a result, our team members were selected to join the MMU Grüne Welt team, and assigned to work on developing a new prototype fuel-saving vehicle. I was involved in the design and development of a new type of vehicle chassis that could be assembled and dismantled for easy transportation purposes while having light weight and robust durable structure for our new version of eco racing car.

TECHSTARS STARTUP WEEKEND

Startup Weekend, powered by Techstars, is a 3-days bootcamp where participants can brainstorm business ideas, test them out, and compete with other groups in pitching their business ideas to win seed funds to kickstart their businesses. During the event, I presented my business idea, which was called "Flybuy". Flybuy is a cross-border shopping e-commerce platform that allows users to shop for or request specific desire items from overseas and have them delivered to their doorstep by inbound travelers, without the need for users to fly overseas themselves. Our team has been advised and encouraged by mentors come from tourism sectors, google, and IT experts.

GLOBAL ENTREPRENEURSHIP WEEK

I have took part in the Global Entrepreneurship Week organized by MMU and presented a crowdfunding platform idea that focused on providing financial assistance and charity to the marginalized and unfortunate individuals. The platform was designed to be a one-stop channel for donors to donate to verified cases featured in news media, with reliable information obtained through partnerships with several news media companies. This platform would direct donors from the individual case article straight to the charity crowdfunding platform, with verification of the case to minimize fraud. Donors would also receive updates on the recipients' status of improvement. The platform aimed to create an efficient and transparent process for charitable giving and to support those in need.

HULT PRIZE INTERNATIONAL

The Hult Prize is an annual, year-long competition that crowd-sources ideas from university level students after challenging them to solve a pressing social issue around topics such as food security, water access, energy, and education. As a team leader, I have proposed and presented an innovative hydrokinetic devices that is incorporated into concrete drainage system to harness the water flow energy from urban drainage or water channel to convert it into electricity and supply to the surrounding household area or cities area. This invention offering an alternative way of renewable energy production for urban area as well as providing an innovative technology for smart city development. Our team have won against hundreds of idea entries and emerged as champion in the MMU final competition and went on to represent MMU at the Hult Prize Southeast Asia regional final in Kuala Lumpur.

TEDx MMU MELAKA

As an executive director in the committee team, I played a key role in organizing the first TEDx event in Malacca city. Through series of interview and assessment, our committee finally obtained approval to host TEDx in our campus with strict licensing and supervision from the America TEDx organization. I am responsible in leading the team to plan the event, liaise with authorities, create the itinerary and activities flow, and oversee every aspect of the event on the day itself. Throughout the planning, we have encountered many challenges, such as speakers selection and invitation, sponsorship, booking of venue, negotiation and approval from authority, with the time are running. Thanks to the good coordination with the committee and execution, the event was a great success featuring total of 9 speakers from local and overseas with over hundreds of audiences. The event was themed "Reset - Exploring Horizons". The speakers and details of the event were recorded by the official TED organization and can be found at this link: https://www.ted.com/tedx/events/22570. Overall, this event has expanded my leadership skill in organizing a team and coordinate each member and trained to be resourcefulness in every execution.

CLIMATE LAUNCHPAD

Climate Launchpad is the world’s largest green business ideas competition with 3 months long bootcamp that seeks to uncover innovative green business ideas that address climate change. As part of EIT Climate-KIC's entrepreneurship program, ClimateLaunchpad provides a platform for these ideas to be showcased. In 2018, this initiative has arrived in Malaysia, where it aims to nurture and collaborate with new green tech businesses. I was fortunate enough to be selected as one of the 20 businesses out of numerous applicants in Malaysia to participate in a 3-month business bootcamp training and competition. Throughout this training, I gained valuable insights into business execution, as well as exposure to many clean-tech businesses and the opportunity to network with other entrepreneurs, investors, and government agencies. This experience proved to be incredibly beneficial for the development of my entrepreneur and business skills.

UNIVERSITY STARTUP CHALLENGE

I have participated in the MMU Startup Scheme and was fortunate enough to be selected to receive a startup grant from the MMU Entrepreneurship Development Centre (EDC) for my startup. The startup aims to provide clean renewable energy in the form of converting rainwater into electricity through microhydro technology. During the incubation period, I underwent various training programs and activities such as the startup bootcamp organized by EDC, joined the makers workshop by MRANTI, and attended business training by Youth Ventures. In the final stage of the program, I have participated in the MMU University Startup Challenge, where my startup was showcased alongside others startup groups at KL Gateway Mall in conjunction with the ASEAN Electric Vehicle Expo. I am humble that my startup was fortunate enough to win third place among all the other selected startup groups. This journey was truly amazing and undoubtedly broadened my horizon, skills, courage, confidence and making friends and comrades in this startup scene.

SOLARVEST INNOVATION LAB

I am truly honoured to have this opportunity to join the second cohort of Solarvest Innovation Lab and was fortunate to be selected as one of the only five final recipients to receive their mentorship and fund for my business idea. Solarvest Innovation Lab (SIL) was established to foster innovation and entrepreneurship in Malaysia, with a particular emphasis on green technology (greentech), financial technology (fintech), and renewable energy. SIL's primary objective is to attract aspiring entrepreneurs with groundbreaking ideas and provide them with the necessary mentorship, coaching, business connections, and financial backing to expedite the commercialization of their ventures. For this programme, I have brought my business project on renewable energy in microhydro technology to pitch to the panel of judges, investors, and technology experts. It was such an insightful and encouraging feedback received from the panelists and had such a pleasant networking session with industry players, investors, government agencies, and amazing startup peers. I am truly grateful and thrilled to receive this grant and the much-anticipated mentorship for my business project, it is truly a valuable programme that accelerate my business in the renewable energy sector.

Work Experiences & Passion Projects

This section highlights my work experiences, which include engineering career and personal projects. It showcases my continuous learning and the ability to adapt to new challenges and situations, as well as expand my capacity to apply my knowledge and skills in real-world contexts. It also demonstrates my spirit and commitment to seeking out and engaging in opportunities to expand my skillsetS and expose to new challenges.

TECHNICAL ENGINEER @ PLUS SOLAR

I had the opportunity to work at Plus Solor Systems Sdn Bhd, which is an EPCC (Engineering, Procurement, Construction, and Commission) company that specializes in renewable energy, specifically solar energy projects. The company has since expanded and renamed to Plus Xnergy Holding Sdn Bhd. I am grateful to be recruited and be part of a meaningful mission to bring a transition of next energy revolution in Malaysia.

I consider myself fortunate to have had the opportunity to explore two distinct internship roles at Plus Solar, where I worked as both a business development engineer and a technical engineer intern. In the business development department, I was able to learn and support various activities such as tendering processes, site visits and survey, produce project proposal, client meetings, and closing sales. These experiences significantly enhanced my business skillset. Meanwhile, in the technical engineering department, I acquired technical knowledge about technical drawings, performing PV system design, calculation on system circuit configuration and sizing, and have produced megawatts photovoltaic solar system design for few client's company factory. Additionally, I had the chance to support and conduct field works such as site management, site visits, site surveys, and project progress inspections. This internship provided me with a valuable learning experience that I will always be grateful for and never forget.

I would like to highlight and give credit to the amazing company colleagues and culture that definitely have shaped me of here I am today. That same align of values, energy and creativity, empowerment culture that I experienced at Plus Solar have definitely influence and inspired me to continue becoming such character in my leadership development. Grateful for such lovely and supportive colleagues who taught me so much and learn together. It is truly humbling to receive feedback from the letters and comments acknowledging my positive attitude and energy that had inspire and motivated everyone in the workplace which I had not fully realized of such trait in myself. Because of this acknowledgement, I will always cherish this gift and strive to continue inspiring and influencing others wherever I go.

Microhydro Device R&D FOR RENEWABLE ENERGY

We have observed that Malaysia experiences frequent and abundant rainfall throughout the year. Unfortunately, rainwater often goes to waste, simply draining away. Concurrently, high-rise buildings face the challenge of high electricity bills due to significant energy consumption, which is unsustainable in the long term. With increasing electricity demand and continuous urban development, it is imperative to identify alternative energy sources that are both green and sustainable.In response to this problem, we brainstormed the idea of harnessing rainwater energy and converting it into electricity. High-rise buildings typically have rainwater downpipes that channel rainwater from rooftops to the ground. Our concept involves developing a microhydro device that can be attached to each rainwater downpipe in a modular system. This device will harness the energy of falling rainwater, convert it into electricity, and either supply it back to the building, store it in batteries, or offset the building's monthly electricity bills.

Turning this idea into reality required extensive conceptual design, brainstorming, and engineering calculations and measurements. It was a complex process involving numerous engineering constraints and challenges. Through our innovative approach and engineering knowledge, we have developed an innovative prototype product that is unlike other. This prototype incorporates several technological features, including microhydro technology design, unique turbine optimization, and a optimized 3-phase permanent magnet generator coil winding. We progressed from initial design and fabrication to iterative improvements and pilot testing, ultimately resulting in a final prototype product.

Through this innovative product, we have had the opportunity to participate in various innovation competitions and exhibitions, where we have been fortunate to receive numerous recognitions, funding, offers, and support from different institutions and agencies. We are deeply grateful for the journey, from the challenging beginnings up until the recognition and awards we have earned. The hard work has truly paid off. We are truly appreciate to all the companies, agencies, and institutions that have supported us and provided us with trust and guidance along the way. Through this commercialisation journey, the experiences and knowledge gained in project management, leadership, liaison, execution, and engineering have been truly extraordinary. All I can say is this journey required immense courage and resilience, and these two are the most valuable qualities I have developed along the way.

SIRIM INDUSTRIAL RESEARCH MEETING

SIRIM Berhad, formerly known as the Standard and Industrial Research Institute of Malaysia, is a corporate organization owned wholly by the Malaysian Government, under the Ministry of Trade and Industry. Through networking and a valuable referral, I had the opportunity to meet with officers from SIRIM Industrial Research Department to discuss our R&D product. During this consultation, we sought advice on patents, commercialization strategies, collaboration opportunities, funding, and pilot testing. We are honored by the interest and support from SIRIM's Industrial Research Department. Being invited to SIRIM's headquarters to meet with their officers allowed us to exchange ideas and receive expert advice. We explored possible collaborations and gained access to their professional services, which are crucial in expediting our commercialization journey. It has been a very pleasant and appreciate meeting and discussion with the industrial experts.

UNIVERSITY LAB TUTOR

In my academia career I have assisting in tutorials teaching and handle laboratory experiment teaching as an assistant tutor in MMU. I have assisted several lecturers in conducting tutorials and laboratory experiment sessions such as the subject ERT 3056 Introduction to Computer Integrated Manufacturing (CIM) and EME 2066 Measurement and Instrumentation. As the pandemic began, most of the physical learning have to be moved online, I have helped and provided ideas and method in transition the physical learning to online learning using tools such as Google Classroom, Google Meet and brainstorm our teaching methods for online learning. I have facilitated online tutorial sessions assisted with pre-recording our demonstration videos in labs and engaging students in class with interaction and Q&A activities. As an assistant tutor, I also prepared the class with teaching materials, demonstration of calculations and explanation, marking assignments, giving quizzers and exams. Overall it has been a rewarding journey and relearning for myself. It was fulfilling as I was able to contribute to use what I have learned, the tips and experience I gained during my study years back then to teach and pass down to the students.

TERMITE INFESTED HOUSE MAKEOVER

After graduating, I chose to spend my free time helping my uncles renovate our grandparents' old house. Over the years, the house had suffered damage from floods and termite infestations, but it held a lot of sentimental value and memories for us. My uncles decided to renovate it and turn it into an artisan house with an industrial loft barn design. I was thrilled to be a part of this project and was grateful for the opportunity to use my knowledge that I have learned in mechanical engineering to help with the design drawing, construction discussions, and steel and wood works. For this project, I started to learn how to use architect software -SketchUp to draw the 3D design of the house. I also not wasted the chance to learn the construction skills from the builders, as well as followed my uncles to hardware store and construction store to do procurement to understand the prices and market of the construction materials and various tools and techniques. Everyday we have new job that brings us new fun to do. We're excited to see the final result of the renovation, it's so fulfilling to have taken part of it from the beginning to completion that we may fully enjoy the fruit of our labour.

COMPOSITE CEMENT PILLAR FOR SEISMIC SIMULATION TEST

Currently, conventional cement faces a challenge with poor adhesion to rebar, which can cause issues with blending and structural integrity. To address this, research has been initiated to develop a new type of composite cement with enhanced adhesive properties to rebar. As part of this research, I have been involved in designing concrete pillars for seismic testing. This investigation aims to evaluate the strength and adhesive properties of the new composite cement, particularly its effectiveness in bonding to rebar, thereby enhancing construction technology and improving structural durability. By conducting a seismic test, we can understand more in-depth into the adhesion of the composite cement to the rebar and even the overall concrete pillar structure rigidity. These testing parameters are crucial to validate an effective composite cement adhesiveness and toughness under high stress and harsh environment.

MOBILE FORKLIFT DESIGN

For DIY and home use, I have designed a compact mobile forklift specifically tailored for lifting heavy furniture and objects in both household and industrial environments. Unlike conventional forklifts, which are vehicle-like and unsuitable for household use, my design features a motorized cable system that allows ample strength for lifting heavy object and with just manual pushing and pulling for compact and easy maneuverability. This design includes detailed drawings and measurements to ensure accuracy dimension and the appropriate quantity of materials needed for DIY construction.
This compact forklift is suitable for household usage such as lifting household heavy object like fridge, washing machine, wardrobe, and can be easily mobilize to any location or loaded to vehicle.

Volunteer Work

This section elaborates on my active participation in various social work initiatives where I have been able to utilize my skills, knowledge and expertise to give back to the community in a meaningful way, contributing towards the betterment of society and making a positive impact in people's lives.

PLUS SOLAR CSR @ ORPHANAGE

During my internship at Plus Solar, I have the opportunity to participate in the company's corporate social responsibility (CSR) programme. The programme planned to install free photovoltaic system at an orphanage in Ipoh, as well as donate computers and printers to them. Other activities also include cleaning the premises, counseling the teenagers, sport and game activity, and giving some DIY play kit for the kids and preparing delicious catering meals to enjoy. It was a meaningful event, and I was grateful to be a part of it and assisted in the logistics, and teaching the kids to assemble the DIY play kit. To conclude, I would like to share a quote from the appreciation gift lovely prepared by our CFO Mr. Paul's wife, which read 'you have M.A.D' - which means 'you have make a difference'. This serves as a reminder that we can always contribute and make a positive impact, no matter how big or small our efforts may seem. So, let's always M.A.D.

+SOLAR ACADEMY CONFERENCE

Plus Solar has established +SOLAR Academy, as a CSR arm holding the vision of ‘Driving the world towards clean and sustainable energy for a better future’, it aimed to reach out to the community and make a difference to the society. The first +SOLAR National Conference event was held in Asia Pacific University of Technology & Innovation (APU) in 2018. The conference aimed to raise awareness about important issues within the energy industry, and the crucial role that renewable energy plays in the growth of our economy. I consider myself fortunate to have involved and took part to help out in this event and network with some influential experts in the renewable energy sectors. This event successfully brought together many brilliant young minds to discuss and explore the potential of renewable energy.

FLOOD RECOVERY MISSION

In December 2021, Malaysia was hit by heavy rain season caused by the monsoon season, resulting in devastating flash floods in many regions including the Shah Alam area in Selangor. I have received a call for volunteer to help out in flood relief mission along with fellow church members to Taman Sri Muda, Shah Alam. We rapidly coordinated and gathered necessary resources, such as clean water, food, life jackets, and cleaning tools, donated by many people, to bring to the disaster area the following day. The disaster scene was nothing but truly dire and desperate, with many overwhelming situations that are difficult to put into words. However, amidst the chaos and dire situations, we also witnessed the moment of humanity and the spirit of people coming together to help each other. A week later, I returned to Taman Sri Muda to help out again, but this time I joined with an NGO called 7979 Holistic Care Relief Network to provide cleaning services to affected houses. We went from house to house cleaning and assisting elderly and disabled people. Through these experiences have led me to discover my interest for social work, and I am committed to help whenever I have the chance.

GENERAL ELECTION POLLING AGENT

During the 15th General Election in Malaysia on November 19, 2022, I volunteered as a PACABA (Polling Agent, Counting Agent, Barung Agent) to contribute a little effort to be in part in this Malaysia 15th General Election process. It was an eye-opening experience to learn how the election system works first hand to be involved personally, as I underwent PACABA training and witnessed the election rally activities, and duty on the election day itself. Being an agent for the election task was not an easy job, as I learned the importance of having a serious and responsible attitude towards the task at hand to be accountable to the voters, the nation, defending the voters right and abiding to the constitutional laws. I am grateful for the opportunity to witness and participate in the general election process to endorse and contributed for a fair and clean nation for a better future.

Awards & Community

Here provided a glimpse into my personal development journey through a collection of photos showcasing my participation in various events and organizations as member, delegate, representative, recipient of awards, as well as my involvement in the community that I have actively participated.

THANK YOU!

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