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The connections between talented people and employers are broken. We're here to fix that - and create a better future of work for everyone. So whether you're a learner or employer, get to know the #1 global leader in tech training and talent solutions.

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Tech Talent & Training Solutions | General Assembly

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Break into a tech career with best-in-class tech bootcamps. Or build your company's tech talent pipeline with tech talent and training solutions.

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Yi Qian Goh - SGUP_Jun2021B13 - Trailblazer Profile

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Currently pursuing the Salesforce Career Kickstarter Programme, which is specially curated by the team in Salesforce in collaboration with Nanyang Technological

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Singapore University of Technology and Design

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SUTD advances knowledge and nurtures technically-grounded leaders and innovators, with a focus on design, through multi-disciplinary education in engineering and architecture and research.

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Goh Yi Qian - Salesforce-NTU Career Kickstarter - Salesforce | LinkedIn

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View Goh Yi Qian's profile on LinkedIn, the world's largest professional community. Goh has 5 jobs listed on their profile. See the complete profile on LinkedIn and discover Goh's connections and jobs at similar companies.

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Project Manager @ People's Association 2019 - 2020

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Project Manager @ People's Association 2019 - 2020

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An Isomer site of the Singapore Government

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Architectural Executive @DP Architects 2017 - 2019

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Architectural Executive @DP Architects 2017 - 2019

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DP Architects is a Singaporean multinational architectural industrial design firm and one of the largest architectural practices in the world.

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Architectural Assistant @Aamer Architects 2015

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Architectural Assistant @Aamer Architects 2015

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Singapore-Based Architecture Firm - House Design | Aamer Architects

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With years of experience in house design, Aamer Architects is one of the most esteemed architecture firms in Singapore specialised in designing and building private houses, and commercial projects.

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Architectural Designer @ Spark Architects 2017

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Architectural Designer @ Spark Architects 2017

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Design practice focused on innovation and thought leadership. Singapore, Shanghai, London

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Trained as an architect, with working experience in project management. I am now pivoting my career to a full-stack designer & developer, venturing into the exciting world of digital product design. Building my experience in conducting User Research, Prototyping, Wireframing, A/B testing and becoming proficient in HTML, CSS, JavaScript, Python, jQuery, React, Node.js and other Backend frameworks.

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Trained as an architect, with working experience in project management. I am now pivoting my career to a full-stack designer & developer, venturing into the exciting world of digital product design. Building my experience in conducting User Research, Prototyping, Wireframing, A/B testing and becoming proficient in HTML, CSS, JavaScript, Python, jQuery, React, Node.js and other Backend frameworks.

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A subscription based meal-planning services to allow users to achieve a healthy lifestyle by customizing their own meal and monitor their daily or monthly calorie intake.

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Design and schedule your meal and exercise plans. Monetise your creations via in-app sharing with the diylifestyle communities.

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Document the journey of the pioneer batch of sutd mountaineering club.

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A web application that allow user to buy and sell cryptocurrencies. Public user can visit the web to check the latest cryptocurrencies prices and read about the latest user blog on cryptocurrencies. Registered user can access their trading account and wallet or post new blogpost on cryptocurrencies news.

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F&B Logo + Menu Design 2017 Freelance Work

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F&B Logo + Menu Design 2017 Freelance Work

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Situated At The Heart Of The Singapore Central Business District At 33-35 Pekin Street, Hokkai Villa Is Cozy Place In Stylish Contemporary Interiors. Dining Is No Longer Just About Food, But A Complete Cultural Experience.

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Home

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In the last few years, Mr Samuel Chin has heard people ask the same questions about his school, the Singapore University of Technology and Design, or SUTD.

What is it? Is it a new university? Where is it located?

So the 23-year-old third-year student and seven male undergraduates decided to fly their school flag, way up high.

Last month, they reached a 6,056m virgin peak - one that no human has ever set foot on - in the Indian Himalayas.

If approval is granted, the mountain at Karcha Nala, a valley in the state of Himachal Pradesh, will be called Mount SUTD. They are also getting permission to name the mountain pass and the base camp after the university.

Climbers of virgin peaks can name them and register the names with the local authorities. They are believed to be the first students here to achieve such a feat, although Singapore has made its mark elsewhere in the world through such expeditions before.

In 2005, three mountains in Central Asia were christened Temasek, Singapura and Ong Teng Cheong after prominent climber David Lim and three Singaporean mountaineers scaled the peaks.

Mr Chin, who founded SUTD's mountaineering club with fellow student Raymond Te, said it was a challenge for the team as they had no experience climbing mountains before joining the club.

They started training hard in January to shape up for the expedition, with the help of Mr Edwin Siew, 44, one of the first two Singapore climbers to reach Mount Everest's summit in 1998.

On top of gym sessions and runs every week, they spent two to three hours every Saturday hiking up Bukit Timah Hill, each carrying a load of 18kg.

They also climbed two peaks earlier to train up. The first in January was to DaFeng, which is among the Siguniang Mountains in China's Sichuan province, and the second was in May to India's Friendship Peak in Himachal Pradesh.

For Mr Chin, the desire to scale a mountain came after a trekking trip in Nepal a few years ago. "I saw so many peaks and I thought I would want to climb one."

Mr Te, 24, said he wanted to do "something adventurous" after going through commando training during national service.

The 10-hour climb was not easy, especially when each person was wearing about 10kg of clothing and gear and carrying nearly 10kg of equipment and food.

The journey also involved crossing a ridge and two rocky slopes before ascending the mountain.

They ploughed through layers of snow with ice axes and held onto a safety rope in case they needed to arrest each other's fall.

"The bad weather came on the way down as it snowed. We were engulfed in the clouds, and all we saw was white," said Mr Chin. "So we just had to keep walking and walk fast."

Mr Siew, who heads an adventure consultancy and training firm, said other young Singaporeans have climbed well-known peaks in Nepal and the Alps in Europe. "One of the biggest challenges in climbing a virgin peak is the uncertainty, because no one has done it before," he said.

SUTD provost Chong Tow Chong said: "We commend them for their passion and risk-taking in making SUTD the first university to have a mountain named after us."

So the next time Mr Chin is asked about his school, his reply will likely be different. "It is the university which has a mountain named after it," he said.
ateng@sph.com.sg

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SUTD's name scales new heights as students climb virgin Himalayan mountain

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In the last few years, Mr Samuel Chin has heard people ask the same questions about his school, the Singapore University of Technology and Design, or SUTD. What is it? Is it a new university? Where is it located? So the 23-year-old third-year student and seven male undergraduates decided to fly their school flag, way up high.

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SUTD Singapore University of Technology and Design

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Join over 16 million developers in solving code challenges on HackerRank, one of the best ways to prepare for programming interviews.

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Redhill: Multi-dimensional Narratives  2014

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Redhill: Multi-dimensional Narratives  2014

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Approximately 44 weeks to complete.

Yi Qian Goh's account is verified. Coursera certifies their successful completion of IBM IBM Data Science Specialization.

Course Certificates Completed

Python for Data Science, AI & Development

Applied Data Science Capstone

Machine Learning with Python

Tools for Data Science

Data Science Methodology

What is Data Science?

Data Visualization with Python

Databases and SQL for Data Science with Python

Data Analysis with Python

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Completion Certificate for IBM Data Science

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Approximately 44 weeks to complete. Yi Qian Goh's account is verified. Coursera certifies their successful completion of IBM IBM Data Science Specialization. Course Certificates Completed Python for Data Science, AI & Development Applied Data Science Capstone Machine Learning with Python Tools for Data Science Data Science Methodology What is Data Science?

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Heritage Buildings & Digital Tectonic is an SUTD / IDC research project in collaboration with ASD History, Theory and Culture, investigating the impact of mass sensing, parallel processing and additive manufacturing technologies in the context of conservation of architectural artefacts of cultural value. The project explores the opportunity for an integrated workflow of artefact reproduction from data acquisition using 3D scanning equipment, processing large volumes of generated highly complex geometrically raw information and the production of large scale physical prototypes using conventional 3D printing systems. Our goals are classified as:

Education: Create a contemporary approach and a new learning experience for history and theory of architecture via both literature study but also hands-on on-site empirical acquisition of information via digital technologies and (re)production of artefacts as an active form of learning.

Practice: Mitigate obstacles in traditional conservation methodology by the integration of precision data measurement (3D scanning), virtual restoration (3D modeling) and reconstruction (3D printing).

Research: Advancement of the state of the art practice of historical building conservation via development of new computer aided design methods with focus on the state of geometry and material but also the craft/fabrication processes.

Undrawable architecture is a term we coined to denote processes of tacit tectonic knowledge passed along generations which was never formalized and/or products of artisan craft work of phenomenal complexity that were manually (re)produced but never rationalized.

While today it is possible to geometrically model historical artefacts using computer aided design methods it is foreseeable how impractical an enterprise as such may be. Conventional digital tools adhere to a reductionist paradigm: we use computer models as accurate yet coarse but nevertheless effective abstractions of reality. We work analytically using Cartesian constructs but we are aware that we can only physically construct approximations thereof.

However when confronted with artefacts governed by radically different regimes of thought and modes of production we may naturally raise questions on the efficacy of (pre)rational methods: it is perhaps no longer only a question of feasibility, that is whether or not we can effectively reverse engineer craft work, but also one of whether it fundamentally makes sense to do so.

We approach digital conservation from a data oriented perspective, operating on large sets of raw information produced and processed by scanning, computing and prototyping technologies. The decision for taking a materialist approach, that is a paradigm where the more true data the merrier, offers us an opportunity to examine an alternative mode of digital praxis where focus is shifted away from expressing and retaining well-defined explicit relational design states of geometry to an arena of big data and flows.

If nothing else, raw-data digital design and fabrication technologies offers an opportunity to defer rationalization, which implies interpretation, and perhaps make the best use of the a methodology that bridges from digital sensing, that is 3D scanning, to digital manufacturing, that is 3D printing, which are both equally oblivious to the apparent complexity of form.

The challenges identified through a case study of an ongoing completed historical conservation program for the Yueh Hai Ching Temple in Singapore, highlight the opportunities for future research in the areas of high-performance materials for digital fabrication, information rich scanning systems acquiring data beyond geometric features, decomposition, manufacturing and assembly strategies for large scale fabrication, information systems for storage and processing of high-volume heterogeneous databases.

Architectural artefacts span a wide range of scales, from hundreds of meters to fractions of a millimetre. Unfortunately, there exists no technology capable of addressing the entire range without shortcomings. We thus defined multiple levels of resolution for data acquisition: Building Scale: using long-range terrestrial light detection and ranging technology, generating registered point-clouds, and Component Scale: using near-range structured light equipment generating photo texture mapped meshes.

We investigated the feasibility of 3D printing for real scale artefact reproduction. The granite dragon carving mounted on the wall of the Yueh Hai Ching temple during its restoration program in 1996 was removed in order to restore the wall to its original ceramic shards ornamentation. This provided the research team the opportunity to carry out trial experiments without the need to take precautionary measures necessary with historic artefacts. Geometrically the wall is highly complex featuring deeply concave and undercut surfaces with impressive fine details given its extremely hard material

Our attempts to operate on massive data sets using architectural computer aided design software was utterly unsuccessful because they were not designed for such purposes in terms of both memory management and available editing tools. Instead we used a range of speciality commercial, open source and in-house developed tools. At the point of publication we are the alpha stages in the development of "Digital Heritage", an extension of a commercial CAD application to mitigate the aforementioned obstacles and enable architectural historians and domain experts to access the data under a familiar computing environment. We are able to load very large sets by employing view optimizations, we offer selection filters to clean up point clouds, prototyping tools for producing 3D printing ready files and exporting methods for storing data in optimized format for offline and online applications.

Digital Heritage also includes a web application viewer, using experimental graphics acceleration technology and dynamically loads point cloud and meshes via progressive streaming of compressed geometry. Click below to load the demo.

Stylianos Dritsas
Design & Computation
Assistant Professor, ASD
dritsas@sutd.edu.sg

Kang Shua Yeo
History, Theory & Culture
Assistant Professor, ASD
yeokangshua@sutd.edu.sg

Song Pei Yeo
Undergraduate Student
Research Assistant

Yi Qian Goh
Undergraduate Student
Research Assistant

Project Gallery
Dritsas, S. and Yeo, KS., 2013, Heritage Buildings and Digital Tectonic, Architecture Design (AD), X. De Kestelier & B. Peters (eds) Issue: March 2013, Wiley & Sons Publishing, London, UK.

Dritsas, S. and Yeo, KS., 2013, Undrawable Architecture: Digital Workflows for the Conservation of Heritage Buildings and the Discovery of Digital Tectonic, In the proceedings of the Association for Computer-Aided Architectural Design Research in Asia, Open Systems, CAADRIA Conference, Singapore.

Yeo, KS., Dritsas, S. and Wee, ST., 2012, Ideals versus Reality: A Fine Balancing Act in the Decision Making Process of Architectural Conservation, In the proceedings of the International Conference on East Asian Architectural Culture, Convergence and Divergence: Contemporary Challenges in East Asian Architectural Studies, EAAC Conference, Hong Kong, China.

The researchers acknowledge the SUTD-MIT International Design Centre for funding this project, Ngee Ann Kongsi for the permission to acquire data from their temple, GPS Lands (Singapore) Pte Ltd for kindly offering technical assistance with LIDAR technology and Mr. Chan Chee Wai, Resident Technical Officer, for assisting the on-site data acquisition.

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Heritage Buildings & Digital Tectonic is an SUTD / IDC research project in collaboration with ASD History, Theory and Culture, investigating the impact of mass sensing, parallel processing and additive manufacturing technologies in the context of conservation of architectural artefacts of cultural value.

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Scrollytelling - One Page Web Experience 2021

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Scrollytelling - One Page Web Experience 2021

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Lynda.com is now LinkedIn Learning

All of Lynda.com's courses and expert instructors are now on LinkedIn Learning. See all topics

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Scrollytelling: Creating a One-Page Web Experience

By: Bill Shander

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What is scrollytelling? What can you do with it, and what are some alternatives? In this course, instructor Bill Shander answers these questions and more. Bill begins with a definition and example of scrollytelling, then gives you examples of its benefits for user engagement and narrative experience. He presents some alternative ways to tell stories on your website and offers some pros and cons for each. Bill goes over the technical components of what makes a scrollytelling experience and goes over some options for technologies you can use to create such experiences. He walks you through the complete process of turning your idea into a scrollytelling masterpiece using one particular approach, then concludes with useful advice on cleaning it up to deliver the best possible experience to your users.

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All of Lynda.com's courses and expert instructors are now on LinkedIn Learning. See all topics Certificate recipient Details Skills covered By: Bill Shander Course What is scrollytelling? What can you do with it, and what are some alternatives? In this course, instructor Bill Shander answers these questions and more.

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Lynda.com is now LinkedIn Learning

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MERN Essential Training

By: Emmanuel Henri

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Curious about how MongoDB, Express, React, and Node.js, or MERN, work together, and how to build a full-stack application with the MERN stack? In this course, instructor Emmanuel Henri shows you how. Using practical examples, he shines a spotlight on each step of the process. Learn how to set up your initial Node.js and Express server; set up your Mongo database; define the needed endpoints; create a React front end; and add a form to present data to users.

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All of Lynda.com's courses and expert instructors are now on LinkedIn Learning. See all topics Certificate recipient Details Skills covered By: Emmanuel Henri Course Curious about how MongoDB, Express, React, and Node.js, or MERN, work together, and how to build a full-stack application with the MERN stack?

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Learning npm the Node Package Manager

By: Emmanuel Henri

Course

Imagine being able to share and reuse code from common JavaScript libraries like Grunt, Gulp, and Underscore, in addition to custom code. With the node package manager (npm), reusing code is a snap, making it an indispensable part of every developer's toolbox. In this course, Emmanuel Henri shows how to install npm on macOS, Windows, and Linux, and use npm commands and packages to track project dependencies and control installations. Plus, learn how to use NPX, the node package runner, and alternatives to npm such as Yarn.

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By: Emmanuel Henri Course Imagine being able to share and reuse code from common JavaScript libraries like Grunt, Gulp, and Underscore, in addition to custom code. With the node package manager (npm), reusing code is a snap, making it an indispensable part of every developer's toolbox.

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We've detected that your browser has JavaScript disabled. Some features of Credly require Javascript to be enabled. For the best experience, please enable JavaScript in your browser settings or try using a different browser.

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Credly is a global Open Badge platform that closes the gap between skills and opportunities. We work with academic institutions, corporations, and professional associations to translate learning outcomes into digital credentials that are immediately validated, managed, and shared.

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Completion Certificate for AI For Everyone

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This certificate verifies my successful completion of DeepLearning.AI's "AI For Everyone" on Coursera

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My course completion certificate for “Python + SQL + Tableau: Integrating Python, SQL, and Tableau”

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Completion Certificate for Machine Learning with Python

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This certificate verifies my successful completion of IBM's "Machine Learning with Python" on Coursera

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The Product Management for AI & Data Science Course 2021

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The Product Management for AI & Data Science Course 2021

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Issuu is a digital publishing platform that makes it simple to publish magazines, catalogs, newspapers, books, and more online. Easily share your publications and get them in front of Issuu's millions of monthly readers.

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Visual Elements of User Interface Design

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Visual Elements of User Interface Design

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Completion Certificate for Visual Elements of User Interface Design

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This certificate verifies my successful completion of California Institute of the Arts's "Visual Elements of User Interface Design" on Coursera

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Fundamentals of Visualization with Tableau

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Fundamentals of Visualization with Tableau

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Completion Certificate for Fundamentals of Visualization with Tableau

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This certificate verifies my successful completion of University of California, Davis's "Fundamentals of Visualization with Tableau" on Coursera

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Text description provided by the architects. The Singapore University of Technology and Design (SUTD) library pavilion is located on a sloping lawn on the temporary Dover Campus. Accommodating three mature trees and forming a noise barrier toward the Ayer Raja Expressway in the north, the gridshell structure of the pavilion harnesses the site constraints and activates an outdoor space behind the existing library building. During the day it offers a shaded open-air place to relax, work, and mingle for students and staff of the university. At night it becomes a place for informal gatherings, evening lectures and SUTD community events. Work-desks, mobile bookshelves and wireless Internet transform it into a "third space" between the dormitory and the classroom where intellectual and social exchange occurs in a casual atmosphere.

Building upon a long tradition of catenary structures that use little material to achieve considerable spans, the canopy forms a lightweight timber shell with no columns, beams, or vertical walls. A numeric hanging-chain model was used to determine an efficient double-curvature shape that follows the lines of thrust in compression. Using computational design and computer controlled fabrication allowed the pavilion's complex three-dimensional form to be achieved with readily available materials and a streamlined assembly process at minimal cost. Unlike steel gridshells, it has no complex three-dimensional structural joints - all of its elements were prefabricated from strictly flat plywood and galvanized steel sheets on CNC machines in Singapore. The site work thus comprised an orderly assembly of 3,000 unique plywood and 600 unique sheet-metal tiles based on only one drawing - the numeric map of a three-dimensional puzzle indicating which pieces fit next to which other pieces. ID numbers were engraved in the cutting process on each plywood and cladding element, which remain visible in the finished structure as ornament. First year SUTD students assisted with the pre-assembly of the pieces and the contractor erected the structure on site. The pavilion is designed to be dismantled and recycled after two years.

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Text description provided by the architects. The Singapore University of Technology and Design (SUTD) library pavilion is located on a sloping lawn on the temporary Dover Campus. Accommodating three mature trees and forming a noise barrier toward the Ayer Raja Expressway in the north, the gridshell structure of the pavilion harnesses the site constraints and activates an outdoor space behind the existing library building.