Super User
| Floor | Formal Name | Features | Layouts | Max Capacity | Assignable Area (Sq. Meter.) | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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PVU Schlumberger Center |
Lighting Systerm: Fluorescent; Following equipments: Computer system, Teaching- aid equipment |
Lab | 20 | 63 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| PVU-Schlumberger Center | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Computer system for Student (number of computers: 20): 16 computers: |
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Computer system for Lecturer 1 for Lectures |
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Petrel software supported by Schlumberger company List of donated software
Function: interpretation seismic data, building 3D geological modelling. Education purpose: for teaching some courses (Seismic data Processing and Interpretation; Petroleum Exploration Methods; Senior Project 1, Senior Project 1 and Graduation Thesis).
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Teaching- aid equipment: 01 Projector and 01 projector screen |
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The entrance of the lab is right next to the exit at the end of corridor which is also the exits in case of an accident or fire |
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| Floor | Formal Name | Features | Layouts | Max Capacity | Assignable Area (Sq. Meter.) | ||
| 3 |
Sample Processing Laboratory |
Lighting Systerm– Fluorescent; Storage- Closet for Gloves, lab coats, masks, mouth masks, safety goggles; Following equipments: Rough cutting machine, Microwave, SamplePurifying Equipment, Geological sieves, Hydraulic sample press and mold, Sample Mill, Specimen cutting machine, Warming Table/Cross Table, Polishing machine, Pure Water Distiller and Thermostatic tank, Vacuum pouring system |
Lab | 8 | 55 | ||
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Figure 1: Precision Diamond Saw (Extec, Labcut150) - Rough cutting machine The EXTEC Labcut® 150 Variable Speed Precision Diamond Saw is an attractive, modern styled laboratory instrument designed for precision cutting of a wide variety of materials. Rock samples can be cut with minimal damage and deformation. |
Figure 2: Microwave Digestion system (Aurora-Canada, Transform 680) Using microwave technology to assist with the excavation of samples |
Figure 3: Sample Purifying Equipment This equipment helps rock species more pure before next steps |
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Figure 4: Sieve Shaker (Impact Test Equipment, SV005)Geological sieves This equipment is used to determine the particle size distribution of a given sedimentary sample. Lecturer will introduce this equipment to students when they study the course Sedimentology |
Figure 5: Manual 12 Ton SpectroPress (Chemplex Industries, Series 12T) This hydraulic sample press and mold is used in sample preparation for geochemisty analysis (XRD or XRF) |
Figure 6: Cross Beater Mills (RETSCH-Germany, SK100)- Sample Mill The sample mill provides highly efficient primary size reduction of heterogeneous material mixes like types of rocks. It is also suitable for grinding soft, medium-hard, elastic or fibrous samples. This mill offers a high level of operational safety and convenience. |
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Figure 7: Metallographic Abrasive Cutters (PACE Technologies; MEGA-M250) The MEGA-M250 Saw has been designed for cutting and sectioning moderate sized metallographic materials ranging from soft aluminum metals to hardened tool steels. It is ideal for the metallographic laboratory, as well as for small industrial or production applications. |
Figure 8: Hotplates (Bibby Stuart _UK, CB300)- Warming Table/Cross Table This equipment has a glass ceramic top which has excellent chemical resistance and allows much higher plate temperature. The temperature ranges from room temperature to 4000C |
Figure 9: Polishing machine The goal of materialographic polishing is to achieve the smoothest possible surface with minimal deformation. This equipment helps the preparation of specimens more complete and more reliable. |
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Figure 10: Pure Water Distiller and Thermostatic tank This equipmenthelps to make pure water which is used to wash rock samples before cutting and grinding |
Figure 11: PACE Technologies; LSSA-011- Vacuum Mounting Chamber This system is used to make sure that the thin section without the air inside |
Figure 12: Table for preparing the microscope slides |
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Figure 13: Eye Wash The emergency eyewash nozzle is equipped to wash the eyes in case debris or dust splash into eyes during the process of sample cutting or grinding. |
Figure 14: The entrance of the laboratory |
Figure 15: The lab regulations hang on the wall right next to the entrance door |
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Công ty cổ phần Phân bón và Hóa chất dầu khí CTCP Tuyển dụng
1. Công nhân vận hành hiện trường
2. Công nhân phân tích
1. Partners with the content of cooperation agreements are enhancing and developing each other's resources
Purpose and meaning
- Promoting the role and advantage of each party for constant improvement of the quality of training, scientific research and advanced training carried out by PVU; PVU cooperates with Partner in training undergraduate, graduate level and advanced courses in order to meet the demand of high-quality human resource employed in the line of manufacturing and business of Partner;
- Effectively using facilities of Partner for training, scientific research and advanced courses of PVU based on specific contracts;
- Creating premise to socializing the undergraduate education at PVU;
- Creating premise for educational socialization of PVU.
Scope of cooperation
- Partner allows his specialists to teach at PVU;
- Partner allows students of PVU to take internship courses at facilities of Partner;
- Coordination between Partner and PVU in scientific research;
- Based on the demand of developing human resource of Partner, PVU is ready to train Partner’s staffs of at different levels;
- Partner allows specialists to join the Industrial Advisory Board with the function of consulting, evaluating and improving the quality of PVU's training programs;
- Partner sponsors “PVU Students Development Funding”;
- Based on the annual plan of training human resource of Partner, PVU is ready to organize regular advance training courses for Partner’s staffs.
List of Partners
| No | Company | Company Abbreviation |
| 1 | Petrovietnam Technical Services Corporation | PTSC |
| 2 | Petrovietnam Fertilizer and Chemicals Corporation | PVFCCo |
| 3 | Binh Son Refining and Petrochemical Joint Stock Company | BSR |
| 4 | Con Son Joint Operating Company | Con Son JOC |
| 5 | Petrovietnam Chemical and Services Corporation | PVChem |
| 6 | Joint Venture “Vietsovpetro” | VSP |
| 7 | Petrovietnam Exploration Production Corporation | PVEP |
| 8 | Lam Son Joint Operating Company | Lam Son JOC |
| 9 | Thang Long Joint Operating Company | Thang Long JOC |
| 10 | Petrovietnam Chemical and Services Joint Stock Corporation | PVC |
| 11 | Petrovietnam General Services Joint Stock Corporation | Petrosetco |
| 12 | Petrovietnam Power Real Estate Joint Stock Company | PVPower |
| 13 | Hoang Long - Hoan Vu Joint Operating Company | HLHV JOC |
| 14 | Truong Son Joint Operating Company | Truong Sơn JOC |
| 15 | VRJ Petroleum Company | VRJ |
| 16 | Petrovietnam Domestic Exploration Production Operating Company Limited | PVEP POC |
| 17 | PVD Trading and Technical Services Joint Stock Company | PVD |
| 18 | Petrovietnam Maintenance and Repair Corporation | PVMR (PV Eic) |
| 19 | Petrovietnam Finance Corporation | PVFC |
| 20 | Petrovietnam Insurance Corporation | PVI |
| 21 | Cuu Long Joint Operating Company | Cuu Long JOC |
| 22 | PVEP Overseas Company Limited | PVEP Overseas |
| 23 | Petrovietnam Transportation Corporation | PV Trans |
| 24 | Bien Dong Petroleum Operating Company | Bien Dong POC |
| 25 | Petrovietnam Oil Corporation | PV Oil |
2. Partners with other contents of agreement
| No | Partner | Company Abbreviation |
| 1 | Ocean Commercial One Member Limited Liability Bank | Oceanbank |
| 2 | Vietnam Petroleum Association | VPA |
| 3 | Petrovietnam Manpower Training College | PVMTC |
| 4 | Vietnam Petroleum Institute | VPI |
| 5 | Quang Nam Vocational College | QVC |
| 6 | Ba Ria Vung Tau University | BVU |
| 7 | iBOSSES Vietnam Joint Stock Company | iBOSSES VN |
International cooperation
From 2011 to March 2020, PVU signed cooperation agreements with 26 international partners.
| No | Partner | Document |
| Partners from the United States | ||
| 1 |
New Mexico Institute of Mining and Technology (NMT) |
International Cooperation Agreement between New Mexico Institute of Mining and Technology, USA and PetroVietnam University, Vietnam Bachelor of Science in Petroleum Engineering |
| International Cooperation Agreement between New Mexico Institute of Mining and Technology, USA and PetroVietnam University, Vietnam | ||
| 2 | Colorado School of Mines Golden | Memorandum of Understanding Between PetroVietnam University and Colorado School of Mines |
| 3 | Crimson Interactive Inc. | MOU between PVU and Enago |
| 4 | The University of Tulsa | Agreement between The University of Tulsa and PVU (2) |
| 5 | Honeywell UOP | MOU between UOP and PVU |
| 6 | Bentley University | MOU between PVU and Bentley |
| 7 | Intergraph | MOU between PVU and Intergraph Process Power and Offshore PTE. Ltd |
| 8 | Baker Hughes | Baker Hughes Reservoir Software BV University/ Educational Software License Agreement |
| Partners from Canada | ||
| 9 | Memorial University of Newfoundland (MUN) | Agreement for the Exchange of students under the MOU between PVU and MUN |
| Updated Agreement of Cooperation between PVU and MUN | ||
| MOU between PVU and Memorial University of Newfoundland | ||
| 10 | Université du Québec à Trois-Rivières (UQTR) | Agreement for scientific cooperation and mobility between PVU and UQTR |
| Partner from Denmark | ||
| 11 | Haldor Topsoe | Scholarship Donation Agreement Between PetroVietnam University and Haldor Topsoe |
| Partner from Rumani | ||
| 12 | Petroleum-Gas University of Ploiesti |
Erasmus+ Programme Inter-institutional Agreement between programme countries |
| Cooperation Agreement concluded between PVU and Petroleum-Gas University of Ploiesti | ||
| MOU between PVU and Petroleum-Gas University of Ploiesti | ||
| Partners from Russia | ||
| 13 | Gubkin University | Agreement on Interuniversity Cooperation between Gubkin and PVU |
| 14 |
Industrial University Tyumen |
MOU between PVU & Industrial University of Tyumen |
| 15 | Ufa State Petroleum Technological University | Cooperation Agreement between PVU and Ufa State Petroleum Technological University |
| 16 | RFD | Educational Institution Software License Agreement |
| Patners from Korea | ||
| 17 |
Korea Marine Equipment Research Institute (KOMERI) |
Memorandum of Understanding between Korea Marine Equipment Research Institute (KOMERI) and PetroVietnam University (PVU) |
| 18 | The University of Pusan | Agreement between The University of Pusan and PetroVietnam University |
| 19 | KOGAS | Agreement in Principle PVU and KOGAS |
| 20 | Sejong University | MOU between Sejong University and PVU |
| 21 | OSE, KAIST | MOU between PVU and KAIST |
| Partner from Malaysia | ||
| 22 | Institute of Technology Petronas | Memorandum of Understanding between Institute of Technology Petronas SDN. BHD. and PetroVietnam University |
| Partner from Netherlands | ||
| 23 | Delft University | MOU between PVU and Delft University |
| Partner from Bulgaria | ||
| 24 | The Technical University of Varna | MOU between PVU and The Technical University of Varna |
| Partner from Norway | ||
| 25 | eDrilling | MOU between PVU and eDrilling |
| Partner from Japan | ||
| 26 | JX Nippon Oil & Gas Exploration Corporation | MOU between PVU and JX Nippon Oil & Gas Exploration Corporation |
| Multinational company | ||
| 27 | Schlumberger | Software Donation Agreement for PetroVietnam University (3) |
Located on the 6th floor of PVU building, the library has an area of 160 m2, and is equipped with specilized tables and chairs to bring both private reading space and an open discussion area for our students. The library is also equipped with 12 computers with Internet connection, scanner, Wifi system to support readers to look up, scan and download documents. The library main task is to make policies and development plan of the Library in accordance with each stage of PVU Development Strategy, organize and manage the Library's document sources and data system.
PVU Library’s Rules and Regulations include Regulations concerning the use of documents, services and equipment; and Regulations concerning the use of digital documents
PVU's Development Strategy for the period 2015-2025 defines plans for the investment in teaching resources and equipment includingbuilding resources for undergraduate training activities; prioritizing the purchase of reading materials on petroleum for teaching and researching activities ; developing internal digital resources such as research topics, theses, scientific articles, ect. , organizingthe library into specialized sub-zones, applying integrated library management system to manage Library resources to effectively serve many different majors, implementingPVU learning management system for teaching English subjects; providing technical foundations for online training, distance learning; implementing an e-learning system for all subjects in order to create an effective online learning environment. Drawing on the Development Strategy for the period 2015-2025, PVU has issued a plan to implement the strategy of developing facilities including theLibrary’s investment plan with a total estimated cost of 1.1 billion VND for the period 2015-2019.
The total proposed funding for investment in teaching and learning materials, online databases and teaching aids from 2015 to 2019 was 1,237.2 million (2015: 271 million; 2016: 370 million; 2017: 209.25 million; 2018: 145,750 million; 2019: 241.2 million VND). From 2015 to 2018, PVU's total funding for learning materials and online database was 877,985 million including purchasing books and funding for e-library implementation to meet the demand of training, scientific research and community service. In 2019, PVN also approved PVU’s funding for buying book and accessing to e-databases with a total value of 150 million.
The library currently has 1,753 books (4435 copies), including 856 English textbooks and materials (1095 copies); 416 Vietnamese textbooks and materials (2716 copies); 68 scientific research reports of lecturers and students, 250 graduation projects, 42 master's theses and magazines of various types (121 books, 264 copies). The library is equipped with OnePetro online database for learning, teaching and research in the field of Petroleum. Lecturers and students can access free online learning resources at anytime and from anywhere. The investment in Integrated Library Management Loftware since 2016 has greatly improved the management of PVU learning resources and library administration, with reports on documents, number of readers and document circulation being extracted more quicly.
In order to evaluate the effectiveness of the library's learning resources and online databases, Library and Information Centre also surveyedusers who were students and lecturers.
Results of the student surveys in 2017 (72 students), 2018 (87 students), and 2019 (104 students) revealed that the numbers of students who showed satisfaction towards:
- library facilities such as reading rooms, Wifi were always over 80%;
- computers server were 78%-81%;
- the quality of materials were more than 86%;
- community resources were above 50% because the university currently focuses on investing in materials for learning and research.
Surveys on our lecturers in 2017 (35 lecturers), 2018 (41 lecturers) and 2019 (40 lecturers) showed that the satisfaction rates towards:
- Library facilities were approximately 90%;
- The quality of materials were more than 80%.
In terms of community resources, the survey in 2017 and 2018 showed that more than 40% of lecturers thought that they needed to be supplemented in the near future. Teaching aids and equipment were also reported to effectively and regularly used. Online survey results are stored on Microsoft Office 365 for quick access, can be viewed in either raw information or combined chart forms.
Hard copies of offline surveys are stored at Information Center and the soft ones are stored on OneDrive system which is retrieveable at anytime, anywhere, and can be accessed easily.
Reports on borrowing and returning the learning resources of the readers are stored on MSSQL database on PVU Server system which helps ensure the information is securely stored. With OnePetro E-database, the website provides information on electronic document visits which allows for the assessment of the usage of online resource. From 2015 to 2018, PVU's total funding for learning materials, online databases and teaching support equipment was 877,985 million VND, including books and e-library funding to meet the requirements of training, doing scientific research and community services. Specifically, during that period, PVU purchased 230 English books for general and specilized subjects, and 177 Vietnamese books for general and specilized subjects. In 2019, PVU also received PVN funding for purchasing books and accessing to electronic databases with a total value of 150 million VND. In 2016, PVU has equipped integrated Library management software to manage learning resources and document circulation. This software has ensure rapid extraction and management of reports and statistics.
Degree
| Degree | Field | Institution | Year |
| Post-doc | Mechatronics | Kyungnam University, Korea | 2012 |
| Ph.D. | Mechatronics | Kyungnam University, Korea | 2011 |
| M.Sc. | Mechatronics | Asian Institute of Technology, Thailand | 2007 |
| B.Sc. | Electrical Engineering | Hanoi University of Technology, Vietnam | 2004 |
Rank
| Rank | Month-Year |
| Lecturer | 2014 - Present |
| Researcher | 2012 - 2014 |
Own Thesis
| Title | Type | Institution | Year |
| Control system design for teleoperation of 6-DOF serial robots using a 6-DOF haptic device | PhD | Kyungnam University, Changwon, Korea | 2008 - 2011 |
| Remote control of a 6-DOF underwater robot | MSc | Asian Institute of Technology (AIT), Bangkok, Thailand | 2005 - 2007 |
Experiences (Academic)
| Institution | Rank, Title | Year/Period | FT/PT |
| Petrovietnam University | Lecturer, Chair of Department, Dean | 2018 - Present | FT |
| Petrovietnam University | Lecturer | 2012– 2018 | FT |
| Kyungnam University, Korea | Research Engineer | 2008 - 2012 | PT |
| Space Technology Institute, VAST, Vietnam | Research Engineer | 2007 – 2008 | FT |
| Institute of Mechanics, VAST, Hanoi | Research Engineer | 2004 – 2006 | FT |
Experiences (non-Academic)
| Company | Position | Year/Period | FT/PT |
| Petroleum-Gas University of Ploiești, Romania | Visiting Scholar | 7/2017 – 9/2017 | FT |
Professional Activities
| Designation | Details | Year/Period |
| PVU training, Vietnam | Work motivation skills - overcoming difficulties for middle managers | 2020 |
| PVU training, Vietnam | Improving Management and Development capacity in organisation | 2019 |
| PVU training, Vietnam | Training program of Applying Technology 4.0 to Teaching process | 2019 |
| PVU training, Vietnam | Education quality assurance | 2019 |
| FACE Institute of Management, Vietnam | Management of Middle Managers | 2018 |
| Intellectual Property Bureau, Ministry of Science & Technology, Vietnam | Registration of industrial property rights to trademarks and industrial designs in business development and market expansion of enterprises | 2017 |
| JCCP, Japan | Training course held in Japan under the suspension of Japan Cooperation Center Petroleum | 2016 |
| Bureau of Accreditation, Ministry of Science & Technology, Vietnam | Quality Management in the Laboratory Against ISO/IEC 17025:2005 | 2016 |
| SEAMEO, Vietnam | Training workshop on Education research for higher education held at SEAMEO Regional Traning Center | 2013 |
| Institute of International Development | Basic Bidding Professional Certificate | 2013 |
| Hanoi Pedagogical University | Certificate of experience in pedagogy | 2013 |
| PVU training, Vietnam | Overview of Vietnam's oil and gas industry | 2013 |
Courses
| Institution | Course No. | Course Name | Type | Level | Times | Last Time |
| Petrovietnam University | ELE32202 | Electricity and Electronics | Academic | Undergraduate | 1-5 | 2014-Present |
| Petrovietnam University | ELE32203 | Electric Circuit Analysis | Academic | Undergraduate | 1-5 | 2016-Present |
| Petrovietnam University | ELE31201 | Foundations in Engineering I | Academic | Undergraduate | 1-5 | 2016-Present |
| Petrovietnam University | Dynamics Positioning | Academic | Graduate | 1-5 | 2018-Present | |
| Petrovietnam University | ELE33305 | Technical basis of control system | Academic | Graduate | 1-5 | 2016-2019 |
Honors and Awards
| Name | Details | Year |
| Certificate of Merit from the Technical Innovation Contest, Ba Ria Vung Tau | The Vietnam Union of Science and Technology Associations, Ba Ria Vung Tau | 2023 |
| Certificate of Merit from Petrovietnam University | Petrovietnam University, PVU | 2016, 2017, 2018, 2019, 2020, 2021, 2022, 2023 |
| Certificate of Merit from Petrovietnam University, Excellent Lecturer | Petrovietnam University, PVU | 2019 |
| Excellent oil and gas workers | Vietnam Oil and Gas Group, PVN | 2018 |
| Certificate of Merit, Special excellent worker | Ministry of Industry and Trade | 2016 |
| Emulative soldier at the grassroots level | Petrovietnam University, PVU | 2013, 2014, 2015 |
| Certificate of Merit from Vietnam Oil and Gas Group | Vietnam Oil and Gas Group, PVN | 2014 |
Conferences
| No. | Information |
| 1 | Implementation and Enhancement of Set-Based Guidance by Velocity Obstacle along with LiDAR for Unmanned Surface Vehicles, International Conference on Green Technology and Sustainable Development, GTSD, Ho Chi Minh City, 2020 |
| 2 | FS-PTC with Switching Table for Matrix Converter in Induction Motors Drive System, International Symposium on Electrical and Electronics Engineering (ISEE), Ho Chi Minh City, 2019. |
| 3 | Research and develop a robot master system with 18 degrees of freedom, The 5th National Conference on Mechanical Science and Technology, Hanoi, 10-2018. |
| 4 | Comparison of model reference adaptive control and cascade PID control for AStank2”, The 9th IEEE International Conference on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications, Romania, 9-2017. |
| 5 | Improvement of force tracking performances for a minimal surgery training system using haptic and robot devices, The 9th IEEE International Conference on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications, Romania, 9-2017. |
| 6 | Kinematic analysis and simulation of a 7-DOF serial robot for mechanical assembling application, National Conference on Mechanics Engineering, Da Nang, Jan 2015. |
| 7 | Lens distortion correction applied to strain measurement by camera extensometer, National Conference on Mechanics Engineering, Danang, Jan 2015. |
| 8 | Inverse dynamic analysis and control of a parallel haptic feedback device, National Conference on Mechanics Engineering, Hanoi, Apr., 2014. |
| 9 | Modeling and Impedance Control of a 6-DOF Haptic Teleoperation System, IEEE Proceeding of International Conference on Control, Automation and Information Sciences, ICCAIS, Vietnam, 2013 |
| 10 | Adaptive force control of a 6-DOF haptic feedback device, Vietnam conference on Control and Automation, VCCA 2013, nov, 2013. |
| 11 | Adaptive impedance control of a haptic teleoperation system for improved transparency, IEEE International Symposium on Haptic Audio-Visual, Environments and Games, in Munich, Germany, Oct, 2012. |
| 12 | Tele-operation of a 6-DOF serial robot using a new 6-DOF haptic interface, IEEE International. Symposium on Haptic Audio-Visual, Environments and Games, Phoenix, Arizona, USA, 2010. |
| 13 | Force control of a new 6-DOF haptic device, IEEE International Conference on Control, Automation and Systems (ICASS 2010), Korea, 2010. |
| 14 | Design and Control of a New 5-DOF Haptic Manipulator for Teleoperation of Robots, Korea Automatic Control Conference (KACC 2009), Busan, Korea, September 2-4, 2009. |
| 15 | Adaptive Neural Fuzzy Control for Robot Manipulator Friction and Disturbance Compensator”. IEEE International Conference on Control, Automation and Systems (ICASS 2008), Seoul, Korea, Oct. 14-17, 2008. |
| 16 | Remote Control System of a 6 DOF Underwater Robot, IEEE International Conference on Control, Automation and Systems (ICASS 2008), Seoul, Korea, Oct. 14-17, 2008. |
| 17 | Parallel feedback linearization and PD fuzzy control combined an adaptive neural network control as a friction and disturbance compensator for robot manipulators, The fourth Vietnam Conference on Mechatronics, DaNang, October 22-24, 2008. |
| 18 | Remote Control of an Underwater Robot, 8th Vietnam national conference on mechanics, 6-Hanoi, Vietnam, 12-2007. |
| 19 | Development of a control system for Hexapod, 8th international Conference on Mechatronics Technology (ICMT 2004), Hanoi, Vietnam, November 8-12, 2004. |
Journal
| No. | Information |
| 1 | Minh Hung Vu, Ngoc Pham Van Bach, Thien Nguyen Luong, Thanh Bui Trung, Kinematics design and statics analysis of novel 6-DOF passive vibration isolator with S-shaped legs based on Stewart platform, Journal of Vibroengineering, 2023. DOI ttps://doi.org/10.21595/jve.2023.23511 |
| 2 | Hong Quang Pham, Trung Kien Nguyen, Quang Ngan Pham, Van Sy Le, Minh Hung Vu, Accurate measurement of pipe wall reduction: High-precision instrument and minimization of uncertainties, Measurement, Vol. 205, Dec 2022, 112190. |
| 3 | Le Van Sy, Minh Hung Vu, Pham Hong Quang, Novel steel pipe inspection system based on orthogonal magnetizer, Lecture Notes in Mechanical Engineering, 2022. https://doi.org/10.1007/978-3-030-99666-6_132 |
| 4 | Minh Hung Vu, Ngoc Thai Huynh, Khoi Nguyen Nguyen, Anh Son Tran, Quoc Manh Nguyen, Optimal Stress and Strain of Helical Gear and Rack in the Steering System, Mathematical Modelling of Engineering Problems, 2022. https://doi.org/10.18280/mmep.090316 |
| 5 | Phạm Hồng Quang, Lê Văn Sỹ, Vũ Minh Hùng, Phan Minh Quốc Bình, Nguyễn Ngọc Khương, Nguyễn Quang Vinh, Nghiên cứu chế tạo bộ thiết bị phát hiện khuyết tật các ống thép rời, đường kính nhỏ bằng phương pháp rò rỉ đường sức từ, Tạp chí Dầu khí, Số 3 - 2022, trang 26 – 34. https://doi.org/10.47800/PVJ.2022.03-04 |
| 6 | Hong Quang Pham, Trung-KienNguyen, Quang-NganPhamd, Van-SyLea, Minh-HungVu, Planar Hall sensor for quantitative measurement of pipe wall thickness reduction based on the magnetic flux density method, Measurement, vol. 183, Sep, 2021, https://doi.org/10.1016/j.measurement.2021.109782. |
| 7 | Minh-Hung Vu, Ngoc-Huy Tran, Minh-Tam Phan, Study on Static Obstacles Avoidance using Advanced Set-Based Guidance with Velocity Obstacle for Unmanned Surface Vehicles, Lecture Notes in Mechanical Engineering, ISSN: 2195-4356, |
| 8 | Pham Hong Quang, Le Van Sy, Vu Minh Hung, Nguyen Quang Hung “Design of a lightweight magnetizer to enable a portable circumferential magnetic flux leakage measurement system”, Review of Scientific Instruments, 90, 074705 (2019), https://doi.org/10.1063/1.5090938. |
| 9 | Vu Minh Hung, Viorel Mihai, Cristian Dragana, Ion Ion, Nicolae Paraschiv, “Dynamic computation of haptic-robot devices for control of a surgical training system”, International Journal of Computing, Vol. 17, No. 2, 2018. |
| 10 | Vu Minh Hung, Pham Hong Quang, Le Van Sy, “Research on a Data Processing System of Pipeline Inspection Gauge”, UD’s Journal of Science and Technology, 9(30).2018. |
| 11 | Vu Minh Hung, Trinh Quang Trung, Vo Quoc Thang, “Adaptive fuzzy backstepping control for a dynamic positioning system of ships”, UD’s Journal of Science and Technology, 3(112).2017. |
| 12 | Dang Ngoc Duy, Vu Minh Hung, “Design and simulation of adaptive backstepping control for improving performaces of a ship dynamic positioning system”, HAUI’s Journal of Science and Technology, no. (4)2017. |
| 13 | Tran Huu Nam, Vu Minh Hung, Pham Hong Quang, “Improving mechanical properties of multi-walled carbon nanotube/epoxy composites through a simple stretch-drawing method”, Journal of Science and Technology Development, vol. 19, no. K7, 2016, pp. 35-44. |
| 14 | Vo Quoc Thang, Vu Minh Hung, Tran Huu Nam, “Lens distortion correction applied to strain measurement by camera extensometer”, HAUI’s Journal of Science and Technology, no. (36)2016, pp. 3-7. |
| 15 | Vu Minh Hung, Trinh Quang Trung, Vo Quoc Thang, “Research on kinematic structure of a redundant serial robot arm”, Journal of Science and Technology Development, vol. 19, no. K5, 2016, pp. 24-33. |
| 16 | Tran Huu Nam, Vu Minh Hung, Vo Quoc Thang, “A study on Improving properties of aligned multi-walled carbon nanotube/epoxy composites”, UD’s Journal of Science and Technology, 12(97).2015. |
| 17 | Pham Hong Quang, Vu Minh Hung, Trinh Quang Trung, “Research and application of virtual laboratory in University”, BRVT’s Journal of Information on Science and Technology, no. 4(2015). |
| 18 | Vu Minh Hung and Trinh Quang Trung, “Model reference adaptive control of a haptic feedback device for improving force performances”, Journal of Science and Technology Development, vol. 17, no. K1, 2014, pp. 102-114. |
| 19 | Vu Minh Hung and Trinh Quang Trung, “Control of a 6-DOF haptic feedback device for robotic teleoperation”, UD’s Journal of Science and Technology, 12(73).2013, pp.20-25. |
| 20 | Minh Hung Vu and Uhn Joo Na, “A New 6-DOF Haptic Device for Teleoperation of 6-DOF Serial Robots”, IEEE Transaction on Instrumentation and Measurement, vol. 60, no. 11, 2011 |
| 21 | Vu Minh Hung, Uhn Joo Na. “Development of a control and communication system for a 6 DOF underwater robot”. Kyungnam Journal, 12-2008 |
| 22 | Phung Van Hiep, Vu Minh Hung, Vuong Thi Dieu Huong. “A Control System for a 6-DOF Parallel Robot PR6-01 Using PLC”, Special Issue, Today Automation, 12-2005 |
Thesis Supervision (Selected)
| Master Thesis Title | Type | Role | Year |
| Analysis and simulation of Fuzzy control to improve the quality of dynamic positioning system | MSc | Advisor | 2017 |
| Controller design and simulation for a dynamic positioning system of a ship | MSc | Advisor | 2017 |
| Application of fuzzy theory and kalman filter to improve the performance of dynamic positioning system (DPS) | MSc | Advisor | 2019 |
Research Projects
| Code No. | Title | Institution | Position | Year |
| PVN | Research and manufacture of the 20-inch pipeline inspection gauge (PIG) to detect transverse defects in metal pipes, moved by a pull/push motor | Vietnam Oil and gas Group | PI | 2023-present |
| GV2208 | Applying artificial neural network-ANN and ANSYS software to optimize the design of mechanical structures | Petrovietnam University | PI | 2022 |
| GV2005 | Research and design unexpected obstacle avoidance algorithm for USV self-propelled vehicle using the improved Set-Based Guidance (SBG) | Petrovietnam University | PI | 2021 |
| PVN | Researching and evaluating the operation situation and proposing solutions to improve the working efficiency of large power transformers at PVN Power Plants | Vietnam Oil and gas Group | PI | 2020 |
| GV1704 | Study on the signal processing process of pipeline inspection gauge using adaptive filtering algorithm | Petrovietnam University | PI | 2018 |
| GV1602 | Analysis, calculation and simulation of a dynamic positioning control system for ships to improve performances | Petrovietnam University | PI | 2017 |
| GV1509 | Improvement of a 7-DOF serial robot for mechanical assembling application | Petrovietnam University | PI | 2016 |
Software Skills
| Type | Description |
| Languages | English |
| Interest | Mechatronics, Advanced control, AI-Fuzzy, DPS, Robotics, EMI, PIG |
| Software | Matlab, DSPACE, DSP, PsoC, PLC, CS3000, CAD, Solidworks |





















