“Long was a very enthusiastic and self-organized project manager of hackUST. During the event, he coordinated well with all the parties under time pressure and in a professional, non-conflict manner. He's a pleasure to work with and has great leadership potential!”
About
Let's meet and talk about life, the universe and everything else over some tea.
Experience
Education
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The Hong Kong University of Science and Technology
Activities and Societies: ROV HKUST Robotics Team
Stanford Graduate School of Business, Go-To-Market course. Fully sponsored by the Cyberport University Partnership Programme
Final Year Project: Decentralized crowd-curated discussion platform using Stanford’s IPFS - a distributed filesystem build upon content addressed storage, DHTs and peer-to-peer networks -
Activities and Societies: Schülerstudenten
Part-time university student during high school.
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Licenses & Certifications
Volunteer Experience
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Helper
Institution of Engineering and Technology (IET)
Education
Community work, teaching assistant for science, technology, engineering, and math (STEM), and building props.
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Speaker
Startup Weekend
- less than a year
Science and Technology
Spoke about product development experiences at StartupWeekend HKU. Shared experience of cheap conceptual "pretotypes" in our past startup Plain Exchange and how we quickly iterated our service design, transacting $30,000 in a 2-week-long pilot.
Slides can be found here: https://goo.gl/z5BO8s
Publications
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Investigating the feasibility of implementing energy storage schemes in Hong Kong
As renewable energy is affected by a number of environmental variables, the output is uncontrollable. In order to implement future renewable energy projects in Hong Kong, large-scaled energy storage systems have to be implemented to increase dependence on these renewable energy while providing dependable energy for Hong Kong using non-renewable ones.
Hong Kong has many constraints on implementing energy storage. Due to its limited size, the projects have to be as space-efficient as…As renewable energy is affected by a number of environmental variables, the output is uncontrollable. In order to implement future renewable energy projects in Hong Kong, large-scaled energy storage systems have to be implemented to increase dependence on these renewable energy while providing dependable energy for Hong Kong using non-renewable ones.
Hong Kong has many constraints on implementing energy storage. Due to its limited size, the projects have to be as space-efficient as possible, since land is at a premium. Also, given the highly developed nature of a lot of Hong Kong’s available land, alternative storage options, such as underground or offshore, have to be considered.
Focusing on mechanical energy storage technologies, such as pumped hydroelectric storage, flywheel storage, or Hydrogen storage, possible applications and sites in Hong Kong can be determined by analyzing both the construction feasibility and how it would affect the surrounding environment. By identifying the possible issues that could arise, such as ecological harm or public nuisance, further considerations can be implemented to account of those.
Among others, feasible solutions include retrofitting existing water reservoirs with pumped storage configurations which allows for large construction savings, faster implementation, and reduced disruption to the surroundings, repurposing the abandoned iron mine in Ma On Shan as a storage location for compressed air energy storage, or implementing an underground Hydrogen storage system under Lamma Island. In total, these approaches will allow for a total estimated 3,152 MWh of energy storage at a total estimated cost of HK$ 5.5 billion.Other authorsSee publication
Projects
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Hackathon@HKUST (hackUST) 2015
Hackathon@HKUST (hackUST) is a 24 hour coding event, where university students from all over Hong Kong can come together and make ideas into reality. Whether you're a coder, designer or entrepreneur, people of skill levels and fields are welcome. During the course of developing your prototype, there will be mentors, entrepreneurs, and industry experts who are going to help the teams out. Of course, we will provide you with free flow of snacks, pizza, coffee, tea, and other refreshments…
Hackathon@HKUST (hackUST) is a 24 hour coding event, where university students from all over Hong Kong can come together and make ideas into reality. Whether you're a coder, designer or entrepreneur, people of skill levels and fields are welcome. During the course of developing your prototype, there will be mentors, entrepreneurs, and industry experts who are going to help the teams out. Of course, we will provide you with free flow of snacks, pizza, coffee, tea, and other refreshments.
hackUST 2015 is the second event of its kind to be organized at a university in Hong Kong, following the success of Hackathon@HKUST 2014.Other creatorsSee project
Honors & Awards
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100,000 HKD Government Grant
Hong Kong Cyberport Management Company Limited
Cyberport University Partnership Program in Partnership with The Hong Kong University of Science and Technology and Stanford Graduate School of Business
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Winner of AngelHack Hong Kong
AngelHack
Created an off-the-grid mesh network for messaging in places with no internet, learned WifiP2P networking in 24h.
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Asia Champion - Explorer Class
The IET/MATE Hong Kong Underwater Robot Challenge 2015
The MATE competition challenges university students from all over the world to design and build ROVs to tackle missions modeled after scenarios from the ocean workplace. In this year, students have to engineer an underwater robot suitable for an arctic setting to perform iceberg risk management, pipeline inspection and marine engineering task.
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Asia Champion - Explorer Class
The IET/MATE Hong Kong Underwater Robot Challenge 2014
The MATE competition challenges university students from all over the world to design and build ROVs to tackle missions modeled after scenarios from the ocean workplace. In this year, students have to engineer an underwater robot to explore, measure and identify shipwrecks.
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3rd Place Overall in the Field Robot World Championship
Field Robot Event in Venlo, Netherlands
Field Robot Event is the annual Field Robot world championship for autonomous agricultural robots. Participating as the only high school team among university teams from all around the world, we were awarded with 4 trophies:
- Basic Navigation Task: 3rd Place
- Advance Navigation Task: 2nd Place
- Freestyle Task: 3rd Place
- Overall: 2nd Runner Up -
1st Place - SAP "Explore IT"
SAP Markdorf, Germany
Designed and implemented an IoT product idea of linking home appliances with the web, allowing M2M interaction with devices such as the Microsoft Kinect. The focus of the competition was project management, presentation, and teamwork.
Languages
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German
Native or bilingual proficiency
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Vietnamese
Native or bilingual proficiency
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English
Native or bilingual proficiency
Organizations
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Kairos Society Hong Kong
Kairos Fellow
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