Welcome to the homepage of Micro-Laboratory of Atmospheric Research and Geomatics Engineering (Micro-LARGE)
The Micro-LARGE is a small Lab that is dedicated to the Research, Innovation, Development (RID) in the area of positioning and navigation, geomatics engineering, atmosphere and climate observation and modeling. We use many advanced instruments and techniques, such as Global Positioning System (GPS), Global Navigation Satellite System (GNSS), remote sensing satellites and other instruments.
The Micro-LARGE is a resource-rich Lab that is well equipped to support the innovation work conducted daily by our researchers, with plenty of research fund (PhD scholarship), various datasets from worldwide, the world’s state-of-art hardware instruments, software packages, research facilities, external collaborations, and most importantly novel ideas.
The excellence, impact and quality (EIQ) of research outcomes are our ultimate pursuit, while quantity is our secondary consideration. We, the Micro-LARGE, are striving to the highest level of excellence in teaching, research, and community service. It is our destination goal to research and use the modern Geomatics technologies to improve the living experience of the world’s people.
We train PhD students who truly love to conduct innovative cutting-edge research at a first-class environment. We are active in publishing our research outcomes in the top journals of our community. In the past years, each of my PhD students on average published at least 5 top SCI papers.
The Micro-LARGE is proud to produce 2 PhD graduates over the years who won the “Faculty’s Best PhD Thesis Award”.
o His PhD student Dr. Rui Xu was the Department’s first PhD student to win this Award.
o Dr. Liu is the first supervisor in the Department to train a PhD student to win this Award.
o His PhD student Dr. Zhe Yang was the Department’s 3rd PhD student to win this Award.
o Dr. Liu is the first supervisor in the Department to train 2 PhD students to winning this Award.
o Dr. Liu is also 2nd supervisor in the Faculty (Faculty of FCE has more than 100 academic staff) to train 2 or more PhD students to win this Award.
Hong Kong Research Grants Council (RGC) and the PolyU every year spend a lot of resources and research funds in investing and supporting academic staff and PhD students to conduct world-class cutting-edge research. Over the past 11 years, Dr. Liu has successfully 7 General Research Fund projects from the HK RGC, with a success rate 63.64%, which is almost two times of the average success rate across all the universities in Hong Kong. In addition, Dr. Liu has successfully secured research funds from NSFC, PolyU, and other resources.
The Micro-LARGE Lab has established a large network of international collaborations with scientists from USA, Canada, Australia, Greece, UK and Mainland China. We always look for students (undergraduate, MSc, PhD) and Research Assistant (with a Master degree), Research Associate (with a PhD degree) and Visiting Scholars to join this innovative, dynamic group. Please contact Dr. George Zhizhao Liu: firstname.lastname@example.org for any inquiries.
Every year there are a large number of applicants sending emails to me, but I have to decline many of them. You should NOT approach Dr. Liu for PhD studies if you are:
o Not self-motivated
o Not willing to publish
o Not really loving to conduct research
o Just wanting to enjoy a lax PhD student life in the charismatic Hong Kong
Recently updated (This page was last updated on 24 August 2020)
[August 29, 2016] 2017 Hong Kong PhD Fellowship (Annually available)
[Note to prospective MSc/MPhil/PhD Students, Visiting Students, Postdoc Fellows]
The Micro-LARGE group always (year-round) looks for top excellent, self-motivated students and researchers who are striving for pursuing a post-graduate degree (MSc., MPhil, or PhD) to join the group.
Premium full scholarships will be offered to those successful applicants.
Please always contact Dr. Liu (email@example.com) if you want more information or have questions.
We are more concerned with the following quality of applicants: Academic background, Publication records, Computer language skills (e.g. C++, Matlab, Fortran), English language skills, Inter-person communication skills.
For MSc/MPhil/PhD students to register a degree at PolyU, the minimum English requirement is:
Applicants who have not obtained a degree from an English-teaching university, the minimum English requirement is one of the following:
(1) an IELTS (International English Language Testing System) >=6.5 (writing component >=6.0), or,
(2) a regular TOEFL (Test of English as a Foreign Language) score of >=575, or,
(3) a computer-based TOEFL (after 1998) score of >=232, or,
(4) an internet-based TOEFL score of >=90, or,
(5) other acceptable English test results, such as GRE (Graduate Record Examination) or GMAT (Graduate Management Admission Test).
All English language test scores (TOEFL, IELTS or others) are considered valid for five years after the date of the test.
For the Visiting Students and Postdoc Fellows, it is ideal to meet the PolyU’s minimum English requirement.
Geomatics, an incredibly critical technology in this information era!
In this world, scientists, engineers, researchers, and actually many people are working hard every day to try to answer the following 6 most fundamental questions more correctly and more precisely:
1) When 2)Where 3) Who 4)What 5)Why 6)How
At present, we can easily answer “When” in a completely numerical way because our time has been digitalized, for instance: the UTC time at this point of writing is:2010-01-19 15:22:20. The numerical expression of time is an important progress in human being history and it is essential in this information era. So how about the other 4W1H questions? Can you also use numbers to answer the remaining 4W1H questions? Answer is yes or no. If you use Geomatics technology, you can answer the Where numerically too. Without geomatics, you can’t. Why? The answer is simple. For example, Hong Kong’s latitude and longitude is: 22°20North, 114°11 East. So you can see the location of Hong Kong can be easily described in numeric numbers. How to get these numbers? It is a part of geomatics technology – using Global Positioning System (GPS). With GPS, you may locate anywhere in the world numerically and display it on your computer screen. This is the power and beauty of geomatics technology – answering one of the world’s most fundamental questions “WHERE” in a numerical way, a way people have never thought of and away that is so critical in today’s information era.
With GPS technology, now any objects in our 4-dimensional space-time domain can be completely digitalized and numerically stamped. This is the contribution our geomaticians are making to the society.
Since 11 Jul 2013