training program 2013 edited pvu
TRANSCRIPT
Advanced Training Center – PVU 2
2013 ADVANCED TRAINING PROGRAM
WELCOME
Advanced Training Center was established under the Decision 42/QĐ-
ĐHDK issued by the Chairman of University Council on Jan 27th, 2011 and
the Decision 322/DKVN-DTNL issued by Vice General Director of
PetroVietnam on Feb 23th, 2012 for providing and organizing all continuing
education and training programs and other training activities of
PetroVietnam University and PVN.
Advanced Training opportunities are available in a wide range of programs, courses, and services
from upstream to downstream stage of petroleum industry to meet the needs of advanced training,
English skill and soft skills. The main mission is to produce high-quality human resources to sustain
development of PVN and the Vietnamese national economy. The PVU-ATC has the following
functions and duties:
Design and deliver short-term training programs for faculty members, addressing such topics as
enhancing teaching skills, active learning methods for students and engineers, and effective use of
instructional technology.
Cooperate with the academic departments to determine the specific training and professional
development needs of students and engineers in particular programs.
Design and deliver short-term and in-service training programs for students and engineers
employing a variety of delivery modes.
Design and deliver short-term training programs for employees and managers of PVN/PVU.
Affiliate with external partners to design and deliver custom-tailored training and certificate
programs in response to industry demand.
Design and deliver continuing educational programs for students, both individually and in
collaboration with PVU student organizations.
Deliver and design educational programs on life-skills development, career preparation, and other
areas that will promote personal and intellectual development and enhance the value of the PVU
educational experience for students
Conduct research on continuing education to improve the effectiveness of the center’s programs
and services. Organize periodic scientific workshops on continuing education.
The main target of the PVU-ATC is to support all continuing education and training programs and
other training activities of PVU and companies under PVN by providing training services in various
disciplines, flexible in timing and location, in accordance with customers’ requirements. All our
public courses are available in form of in-house courses or alternatively we can create or mould a
specific course that addresses your exact requirements. Our in-house training programs secure both
convenience and cost savings for our customers. Courses are charged per day and not per delegate so
there is a potential to make very significant savings. Our in-house training service gives you complete
control of the training that you require. Please see the course list as below and let us know the
training course that you would like, ATC will try its best to deliver satisfaction to you. Contact us by
email: [email protected].
Advanced Training Center – PVU 3
2013 ADVANCED TRAINING PROGRAM
Contact information
Hanoi Campus
5th
Floor, VPI Tower, 173 Trung Kính,
Yên Hòa, Cầu Giấy, Hà Nội
Tel: (84) 3782 3200
Fax: (84) 37823208
Email: [email protected]
Website: www.pvu.edu.vn
Ba Ria Campus
Long Toàn Dist., Bà Rịa, Bà Rịa -
Vũng Tàu province
Tel: (84) 3782 3200
Fax: (84) 37823208
Email: [email protected]
Website: www.pvu.edu.vn
Contact persons
1. Dr. Le Van Sy, Email: [email protected]
2. Dr. Nguyen Dieu Nuong, Email: [email protected]
Advanced Training Center – PVU 4
2013 ADVANCED TRAINING PROGRAM
Cooperation
Advanced Training Center – PVU 5
2013 ADVANCED TRAINING PROGRAM
Contents
Welcome………………………………………………………………………………………………..1
Contact information…………………………………………………………………………………….2
Cooperation……………………………………………………………………………………………..3
Introduction to Competency Management Systems ............................................................................... 6
Competency Management Systems for Petroleum Engineering ............................................................. 7
Competency Management Systems ........................................................................................................ 8
Progression Training Program of Geology ........................................................................................... 23
Progression Training Program of Geo-Physics ..................................................................................... 25
Progression Training Program of Petro-physics ................................................................................... 26
Progression Training Program of Drilling engineering ........................................................................ 28
Progression Training Program of Reservoir Engineering ..................................................................... 30
Progression Training Program of Subsurface engineering ................................................................... 32
Progression Training Program of Production Engineering ................................................................... 34
Progression Training Program of Pipeline System ............................................................................... 36
Progression Training Program of Offshore Engineering ...................................................................... 37
Progression Training Program of Gas processing ................................................................................. 38
Courses of Heavy Oil and Sand Oil ...................................................................................................... 39
Courses of Deepwater Technologies..................................................................................................... 41
Other courses (Geomechanics, Calculating Tools) ............................................................................... 42
Petroleum Management & Finance ....................................................................................................... 43
Enrichment & Soft Skills ...................................................................................................................... 44
Job Skills ............................................................................................................................................... 45
Advanced Training Center – PVU 6
2013 ADVANCED TRAINING PROGRAM
Introduction to Competency Management Systems
Competency Management System (CMS) is a disciplined approach to workforce
management based on education and training. Customized to the goals and culture of each
organization, CMS ensures your company/unit meet their strategic objectives by maximizing
their workforce potential. The CMS process consists of three integrated elements: Human
Resource Management, Knowledge and Learning/Training (Internal or External).
ATC-PVU understands that PVN and JOCs are meeting problems about advanced training
approach and planning. To able to maximize the efficiency of training is to require a
scientific approach and planning for long time.
Facing these challenges, ATC introduces bravely
training progression based on CMS. We propose
some advanced training progressions relative to
the below subjects:
Gas Processing
Offshore Engineering
Pipeline System
Geology
Geophysics
Petro-Physics
Reservoir engineering
Subsurface engineering
Advanced Training Center – PVU 7
2013 ADVANCED TRAINING PROGRAM Well Construction and Drilling
Production Engineering.
Heavy Oil and Sand Oil
Calculation and Analysis
Deepwater Technologies
Competency Management Systems for Petroleum
Engineering (Referred from UKpia)
As petroleum exploration and development is the key for economic growth and sustainability,
the lack of technically competent personnel required to achieve this safely and successfully
remains a global issue.
Petroleum Safety Associates is a global leader in Accredited Competency Management
Systems (CMS) for the energy industry that is comprised of internationally certified
professionals to help you develop and maintain the best asset your country and company has,
your people.
Petroleum Safety Associates have worldwide expertise and experience to provide
governments and energy companies a complete solution to achieve every need for your
personnel in competency. We have developed and rolled out to our clients every detail
successfully in; occupational safety and health competency development, standard and
performance criteria development, assessing, verification, mentoring, and training all with
accreditation to international standards with an approved Competency Management System.
By working with you, a cooperative effort for developing complete systems of; occupational
competency for personnel, companywide competency management systems, Assessors,
Verifiers and technical education facilities, your company's full development is possible.
This collaborative approach creates a self-sustaining and internationally accredited competent
workforce.
Advanced Training Center – PVU 8
2013 ADVANCED TRAINING PROGRAM
Competency Management Systems (Referred from UKpia)
Competency Management Systems (CMS) are the specialty of Petroleum Safety Associates.
So what is Competency?
A common misconception is that Competency is linked to training. This however, is not the
case at all. Historically and even today competency is continuously perceived as the level of
training that is required to enable professional succession of an employee. A perfect example
to demonstrate the definition of difference in competency versus training is driving. When
one takes their drivers test, passes and receives their driver license, this does not create a
competent driver. Be certain to understand for the safety of your workforce, your company's
production and reputation, that Competency is NOT training or knowledge, rather,
competency of a person is the application of the steps below that in whole allow a person to
be deemed competent;
1. Training - technical, trade, professional and higher education that the employee has received. This
is also very dependent on what the course taken consisted of. Attendances to seminars or non-tested
courses are not considered a true capability of a candidate’s knowledge; those with written and
practical examinations achieved are considered trained.
2. Experience - many employees have performed job duties for years, others are graduates entering
the workforce and in some cases only on the job skills are learned under an immediate
supervisor. Regardless of the time the person has performed their specific job tasks it is essential that
specific knowledge and skills are applied in a safe and controlled manner consistently.
3. Skills - As with any position there are certain steps than an employee must take to perform their
job with efficiency and safety. This has a direct bearing on the production capacity of that person and
the company they work for. Lack of performing skills in a controlled and safe manner places that
worker, co-workers and the company at risk.
4. Limitations - Even with very well trained, experienced and skilled workers there is a risk of
complacency, or lack of certain knowledge that usually enters the picture. The levels of knowing
limitations are broken down into usually three categories; the person does not know that they don't
know, the person knows that they don't know, the person knows including their own limitation of
competency.
5. Assessment - Any employee, to be deemed competent must go through an assessment by a
certified assessor that is a Subject Matter Expert (SME) in the work scope of the employee to be
assessed.
Advanced Training Center – PVU 9
2013 ADVANCED TRAINING PROGRAM Before this process begins the company must develop their STANDARDS from which the employee
will be assessed against. From these standards PERFORMANCE CRITERIA will be
established. This means that the worker performs their job function against this performance criteria
that are derived from standards required to complete the job tasks in a safe and efficient
manner. Many components of assessment are utilized by a certified assessor to measure the employee
such as; observation, witness testimony, professional discussion, products (presentations, documents),
simulations and other forms of evidence that will be used to develop, progress through, and complete
in their personal competency portfolio.
Ultimately there are two outcomes when assessing an employee; they are deemed competent, or not
yet competent. If the employee is competent they have met all performance requirements against
their job task / duty under the standard and have successfully demonstrated all criteria. If they are
deemed not yet competent then the assessor may request additional evidence supported by coaching
and mentoring in most cases. If major gaps are identified then a training needs analysis is considered
either for new training, or skills, or simply a refresher of knowledge and skills. Regardless of the
level of gap the assessor will work with the employee to attain the status of "competent".
6. Verification - Once an assessor has gathered the necessary evidence measured against the
performance criteria of a standard. A certified Verifier assures that all evidence submitted to the
assessor from the employee candidate is confirmed, and sense checked for quality according to the
Competency Management System requirements. This is an assurance program to ensure that
complete quality and transparency is maintained as required to develop and maintain a certified
Competency Management System.
7. Competency Management System - Development of occupational job standards, their performance
elements, assessment and verification must be controlled by an internationally recognized and
accredited management system. This system is a framework comprised of policies, procedures,
quality assurance, security management and other components that ensure the entire system functions
as one unit.
8. Your final step is achieving a certified Competency Management System from the Awarding Body
and maintaining it internally and verified externally. Petroleum Safety Associates perform all of these
functions for a complete Competency Management System for your corporation. From training and
skills delivery, development of standards and performance criteria, providing and training of
assessors, verification, and certification of your Competency Management System, we provide the
complete package to your exacting requirements and to international standards.
Advanced Training Center – PVU 10
2013 ADVANCED TRAINING PROGRAM
List of courses
No Code Course
GEOLOGY
1 GE01 Applied Petroleum Geology
2 GE02 Development Geology
3 GE03 Fundamentals of Exploration for Hydrocarbons
4 GE04 Reservoir Geology
5 GE05 Deepwater Sedimentary Systems: Exploration and Production
6 GE06 Fault Mapping
7 GE07 Tectonic Controls on Basin Development and Petroleum Systems
8 GE08 Characterizing Continental Rift Infills: Depositional Analysis and Extensional
Development of the Triassic Fundy Basin
9 GE09 Structure and Fault Systems in Hydrocarbon Exploration
10 GE10 Structural Geology in Petroleum
11 GE11 Structural Geology for Reservoir Characterization: Seismic-scale Outcrop Analogues
& Applied Method
12 GE12 Complex Carbonate Reservoirs: Influence of Facies and Tectonic Processes on
Porosity Development
13 GE13 Understanding, Evaluating and Managing Fractured Reservoirs
14 GE14 Stress and Geomechanical Analyses
15 GE15 Fault Seal Methods in Exploration and Production
16 GE16 Carbonate and Shale Faulting and Fracturing
17 GE17 Geological Seismic Interpretation Field Seminar: Compressional Systems
18 GE18 Turbidite Systems and Their Response to Thrust and Fold Structures
19 GE19 Compressional Structural Styles: Models for Exploration and Production
20 GE20 Structural Traps in a Deformed Foreland Basin
21 GE21 Structure and Evolution of a Passive Margin: Implications for Hydrocarbon
Exploration
22 GE22 Structural Interpretation in Petroleum Exploration and Development
23 GE23 Structural Traps in a Deformed Foreland Basin
24 GE24 Structural Geology for Petroleum Exploration
25 GE25 Rift Systems and Structural Inversion Workshop: Field to Subsurface Integration
26 GE27 Petroleum Systems in Rift Basins
27 GE28 Structural Controls on Deepwater Systems: Growth Structures and Minibasin Field
28 GE29 The Corinth Rift: Normal Faults, Tectonics and Stratigraphic Architecture
29 GE30 Extensional Tectonics, Normal Fault Patterns and Normal Faulting
30 GE31 Salt Tectonics: Global Styles, Spanish Outcrops
31 GE32 Salt Evolution and Coeval Sedimentation in the Paradox Basin
32 GE33 Salt Tectonics and Sedimentation: A Structural and Sedimentary Framework for
Petroleum Systems in Salt Basins
33 GE34 Geological Seismic Interpretation: Salt Tectonic
34 GE35 Salt Tectonics Field Seminar: Diapirs and Associated Deformation
35 GE36 Applied Structural Geology in Hydrocarbon Systems Analysis
36 GE37 Structural Geology and Seismic Interpretation for Petroleum Exploration and
Production
Advanced Training Center – PVU 11
2013 ADVANCED TRAINING PROGRAM 37 GE38 Introduction to Biostratigraphy
38 GE39 Sequence and Seismic stratigraphy (for DCS/SIS)
39 GE40 Deepwater Depositional System Stratigraphy for Exploration and Development
40 GE41 High Resolution Sequence Stratigraphy
41 GE42 Advanced Sequence Stratigraphy: Principles and Applications
42 GE43 Geology of Carbonate Reservoirs
43 GE44 Carbonate Depositional Systems: Reservoir Sedimentology and Digenesis
44 GE45 Depositional Systems and Sequence Stratigraphy of Carbonate Rocks
45 GE46 Carbonate Sequence Stratigraphy and Application to Petroleum Reservoirs
46 GE47 Modern Carbonate Depositional Systems
47 GE48 Sedimentology and Stratigraphy of Lacustrine Systems: Reservoir and Source
Rocks, Great Salt Lake and Green River Formation
48 GE49 Fractured Reservoir Characterisation with Emphasis on Carbonates
49 GE50 Advanced Concepts in Carbonate Exploration and Reservoir Characterisation
50 GE51 Carbonate Reservoir Modelling and Field Development Planning
51 GE52 Carbonate Reservoir Architecture and Applied Carbonate Sequence Stratigraphy
52 GE53 Complex Carbonate Reservoirs: Influence of Facies and Tectonic Processes on
Porosity Development
53 GE54 Applied Carbonate Geology: Carbonate Facies and Reservoirs
54 GE55 Geology of Clastic Reservoirs
55 GE56 Characterizing Continental Rift Infills: Depositional Analysis and Extensional
Development of the Triassic Fundy Basin
56 GE57 Recent Depositional and Stratigraphic Analogues for Fluvial and Shallow Marine
Reservoirs
57 GE58 Exploiting Clastic Resource Plays in Fluvial through Shallow Marine Environments
58 GE59 Clastic Digenesis and Reservoir Quality Modeling
59 GE60 Exploration and Geological Model Development in Fluvial Reservoirs
60 GE61 Clastic Sedimentology for Exploration and Development
61 GE62 Clastic Sequence Stratigraphy and Sedimentation
62 GE63 Fluvial and Deltaic Depositional Systems: Sedimentology, Sequence Stratigraphy
and Reservoirs
63 GE64 Deltaic to Deepwater Depositional Systems of NW Borneo - Concepts and Models
for Reservoir Prediction
64 GE65 Sedimentology, Stratigraphy and Architecture of Fluvial, Deltaic and Deepwater
Reservoirs: An Outcrop Perspective of Linked Depositional Systems
65 GE66 Clastic Reservoir Prediction Using Advanced Sequence Stratigraphic Interpretation
66 GE67 Sedimentology, Sequence Stratigraphy and Reservoir Architecture of Paralic
Deposits
67 GE68 High Resolution Sequence Stratigraphy: Application to Deltaic Systems and
Reservoirs
68 GE69 Deltaic to Deepwater Depositional Systems of NW Borneo - Concepts and Models
for Reservoir Prediction
69 GE70 Reservoir Sedimentology and Stratigraphy of Coastal and Shelfal Successions:
Deltas, Shorelines and Origins of Isolated Sandstones
70 GE71 Deepwater Slope Canyons and Channel Complexes
71 GE72 Characterisation, Modelling, Simulation and Development Planning in Deepwater
Clastic Reservoirs
72 GE73 Sand-rich Turbidite Systems and Megaturbidites: From Slope to Basin Plain. Facies,
Stacking Patterns and Controlling Factors
73 GE74 Sedimentology, Stratigraphy and Reservoir Geology of Deepwater Clastic Systems
GEOPHYSICS
Advanced Training Center – PVU 12
2013 ADVANCED TRAINING PROGRAM 74 GP01 Non-Seismic Methods
75 GP02 Seismic Acquisition and Processing and Interpretation
76 GP03 Borehole Seismic Acquisition, Processing and Operations
77 GP04 Seismic processing for interpreters and others 78 GP05 A Practical Introduction to Geological Interpretation of 3D Seismic Data
79 GP06 Using Seismic Data from Acreage Capture to Early Field Development
80 GP07 Velocities for Depth Conversion
81 GP08 A Practical Introduction to Depth Imaging for Interpreters 82 GP09 Workstation-based Seismic Processing for Interpreters
83 GP10 Seismic Imaging and Velocity Model-Building Techniques: Concepts, Examples and
Pitfalls
84 GP11 Methods for Quantifying and Communicating Uncertainty in Depth Conversion and
Volumetrics 85 GP12 Advanced Seismic Processing Techniques and Workflows
86 GP13 Depth Conversion Methods and Pitfalls
87 GP14 Seismic Interpretation Fundamentals
88 GP15 Seismic Sequence and Facies Analysis 89 GP16 Seismic Interpretation of Structural Styles
90 GP17 Introduction to the Geologic Interpretation of Seismic Profiles
91 GP18 Deepwater Seismic Interpretation 92 GP19 Seismic Interpretation Mapping with Petrel
93 GP20 Seismic Stratigraphy
94 GP21 Practical Depth Conversion and Depth Imaging for the Interpreter
95 GP22 Advanced Seismic Interpretation 96 GP23 Rift Systems and Structural Inversion Workshop: Field to Subsurface Integration
97 GP24 Geological Seismic Interpretation Field Seminar: Compressional Systems
98 GP25 Workshop in Geological Seismic Interpretation: Carbonate Systems
99 GP26 Workshop in Geological Seismic Interpretation: Deep Marine Systems 100 GP27 Workshop in Geological Seismic Interpretation: Salt Tectonics
101 GP28 Quantitative Seismic Interpretation
102 GP29 4D Seismic for Reservoir Management
103 GP30 VSPs in Exploration and Production 104 GP31 Geophysics for Subsurface Professionals
105 GP32 AVO and Seismic inversion
106 GP33 Seismic Reservoir Characterization, Hydrocarbon Detection & Modeling
107 GP34 Carbonate Seismic Reservoir Analysis 108 GP35 Seismic Attribute and Image Interpretation
109 GP36 Practical AVO and Seismic Inversion with Petrel
110 GP37 Seismic Petrophysics
111 GP38 Seismic and Sequence Stratigraphy for Play Prediction and Basin Analysis 112 GP39 Seismic Tools for Unconventional Reservoirs
113 GP40 Seismic Attributes and Pre-Stack Inversion Tools for Characterizing Unconventional
Reservoirs
114 GP41 Seismic Facies Mapping in a Sequence Stratigraphic Framework
115 GP42 3D Seismic Reservoir Characterisation in Landmark
116 GP43 Professional Level Rock Physics for Seismic Amplitude Interpretation (AVO and
Seismic Inversion)
PETROPHYSICS
117 PP01 Log Analysis for Engineers
118 PP02 Core Properties and Analysis
Advanced Training Center – PVU 13
2013 ADVANCED TRAINING PROGRAM 119 PP03 Basic Production Logging
120 PP04 Basic Reservoir Monitoring
121 PP05 Integrated Reservoir Analysis
122 PP06 Statistics and Petrophysics 123 PP07 Applied Core Analysis
124 PP08 Advanced core log and log interpretation
125 PP09 Advanced Integrated Reservoir Analysis
126 PP10 Applied Reservoir Petrophysics and Characterization 127 PP11 Petrophysics: Basic Principles & Practices
128 PP12 Geological Interpretation of Well Logs
129 PP13 Modern Petrophysical Well Log Interpretation Log Emphasis 130 PP14 Log Analysis for Engineers
131 PP15 Core Properties and Analysis
132 PP16 Basic Production Logging
133 PP17 Fundamentals of Cased Hole Logging and Formation Evaluation 134 PP18 Basic Logging Methods and Formation Evaluation
135 PP19 Advanced Carbonate Petrophysics From Pores to Logs
136 PP20 Borehole Geology: Dip and Image Interpretation
137 PP21 Dipmeter and Borehole Image Logging 138 PP22 Petrophysics for Conventional Reservoirs
139 PP23 Petrophysics for Carbonate Reservoirs
140 PP24 Petrophysicsfor Shale Gas Reservoirs
141 PP25 Advanced Formation Evaluation 142 PP26 Advanced Formation Evaluation - Carbonates
143 PP27 Advanced Formation Evaluation - Sandstones
144 PP28 Rocks and Fluids: Practical Petrophysics
145 PP29 Low Resistivity Low Contrast Pay 146 PP30 Cased Hole and Production Log Evaluation
147 PP31 Intermediate Production Logging and Reservoir Monitoring
148 PP32 Basic Reservoir Monitoring
149 PP33 Basic Production Logging 150 PP34 Cased Hole Logging and Formation Evaluation
151 PP35 Integrating Core and Log Data for Reservoir Characterisation
152 PP36 Intermediate Production Logging and Reservoir Monitoring
153 PP37 Synthetic Seismic Modelling and its Application 154 PP38 Advanced Pore Pressure Prediction: Concepts, Mechanisms and Workflows
155 PP39 Stress and Geomechanical Analyses
156 PP40 Well Integrity 157 PP41 Reservoir Monitoring Solutions Workshop
158 PP42 Production Logging Solutions Workshop
159 PP43 Applied Production Logging and Reservoir Monitoring
DRILLING TECHNOLOGY
160 DR01 Introduction to Drilling Engineering
161 DR02 Rig Awareness and Familiarization
162 DR03 Drilling Simulator 163 DR04 Drilling Project Management
164 DR05 Directional Drilling and Surveying
165 DR06 Horizontal, Extended Reach and Multilateral Drilling
166 DR07 Dynamic Pressure Drilling 167 DR08 WaterFlood Management
Advanced Training Center – PVU 14
2013 ADVANCED TRAINING PROGRAM 168 DR09 Basic Cementing
169 DR10 Cementing Operations
170 DR11 Offshore Drilling Operations
171 DR12 Well Control Fundamentals 172 DR13 Drilling Optimization
173 DR14 Advanced Remedial Cementing
174 DR15 Drilling Risk Management
175 DR16 Stuck Pipe and Fishing Operations 176 DR17 Stuck Pipe and Hole Cleaning
177 DR18 Well Control
178 DR19 Drilling Engineering - Intensive(1) 179 DR20 Drilling Engineering - Intensive(2)
180 DR21 Casing Design
181 DR22 Drilling Engineering - Intensive(3)
182 DR23 Drilling Engineering - Intensive(4) 183 DR24 Drilling Fluids
184 DR25 Drillstring Design
185 DR26 Well Design and Construction Engineering
186 DR27 Well Test Design and Analysis 187 DR28 An Introduction to Reservoir Appraisal and Development
188 DR29 A Critical Guide to Reservoir Appraisal and Development
189 DR30 Well Productivity and Enhancement
190 DR31 Horizontal Wells, Applications, Drilling, Completion, Productivity and Surveillance 191 DR32 Integrating Core and Log Data for Reservoir Characterization
192 DR33 New Advances in Well Test Interpretation
193 DR34 Resources and Reserves Evaluation
REGERVOIR ENGINEERING
194 RE01 Enhanced Oil Recovery Methods: Theory and Applications
195 RE02 Enhanced Oil Recovery Processes: Miscible, Polymer and Thermal
196 RE03 Characterization, Evaluation and Enhanced Oil Recovery in Naturally Fractured
Reservoirs
197 RE04 Enhanced Oil Recovery Processes and Economic Assessment 198 RE05 Natural Gas Reservoir Engineering
199 RE06 PVT Properties of Reservoir Fluids
200 RE07 Advanced Natural Gas Engineering
201 RE08 Basic Reservoir Engineering Analytical Techniques 202 RE09 Oil and Gas Reserves and Evaluation
203 RE10 Reservoir Engineering
204 RE11 Fault Seal Methods in Exploration and Production
205 RE12 Oil and Gas Reserves and Evaluation II 206 RE13 Exploiting Clastic Resource Plays in Fluvial through Shallow Marine Environments
207 RE14 Reservoir Characterization & 3D Modeling of Coal-bearing, Fluvio-Deltaic
Sediments 208 RE15 Exploration and Geological Model Development in Fluvial Reservoirs
209 RE16 Advanced Well Test Analysis
210 RE17 Analysis of Production Performance Curves
211 RE18 Advanced Techniques for Modelling Fluvial and Deltaic Architecture using Petrel 212 RE19 Deepwater Depositional System Stratigraphy for Exploration and Development
213 RE20 Structural Geology for Reservoir Characterization: Seismic-scale Outcrop Analogues
and Applied Methods
Advanced Training Center – PVU 15
2013 ADVANCED TRAINING PROGRAM 214 RE21 Integrated Reservoir Management
215 RE22 Reservoir Optimization using Applied Oilfield Manager (OFM)
216 RE23 WaterFlood Management
217 RE24 4D Seismic for Reservoir Management 218 RE25 Understanding, Evaluating and Managing Fractured Reservoirs
219 RE26 Evaluation and Management of Fractured Reservoirs
220 RE27 Clastic Diagenesis and Reservoir Quality Modeling
221 RE28 Subsurface Mapping 222 RE29 Petroleum System Analysis
223 RE30 Clastic Diagenesis and Reservoir Quality Modeling
224 RE31 Seismic Attributes for Exploration and Reservoir Characterisation 225 RE32 Reservoir Simulation
226 RE33 Waterflooding and Applied Reservoir Simulation
227 RE34 Geostatistics and Advanced Property Modelling in Petrel
228 RE35 Reservoir Characterization and Geostatistical Modeling in Field Development 229 RE36 Reservoir Characterization and 3D Modelling of Coal-bearing, Fluvio-Deltaic
Sediments
230 RE37 History Matching and Conditioning Reservoir Models to Dynamic Data 231 RE38 Characterisation, Modelling, Simulation and Development Planning in Deepwater
Clastic Reservoirs 232 RE39 Advanced Reservoir Modelling
233 RE40 Geostatistical Reservoir Modeling: Standard Approaches & Best Practices
234 RE41 Advanced Techniques for Modelling Fluvial and Deltaic Architecture using Petrel
235 RE42 Well Test Design and Analysis 236 RE43 An Introduction to Reservoir Appraisal and Development
237 RE44 A Critical Guide to Reservoir Appraisal and Development
238 RE45 Well Productivity and Enhancement
239 RE46 Horizontal Wells, Applications, Drilling, Completion, Productivity and Surveillance 240 RE47 Integrating Core and Log Data for Reservoir Characterization
241 RE48 New Advances in Well Test Interpretation
242 RE49 Resources and Reserves Evaluation
243 RE50 Fundamentals of Reservoir Engineering 244 RE51 Principles of Reservoir Engineering
245 RE52 Applied Reservoir Engineering
246 RE53 Conducting an Integrated Reservoir Study
247 RE54 Play to Prospect Methods and Workflow 248 RE55 Prospect Appraisal and Petroleum Economics
249 RE56 Subsurface Facies Analysis - Integrating Borehole Images & Well Logs with Rock
Physics and Seismic Data to Develop Geologic Models
250 RE57 Applied Geostatistics for Petroleum Engineers and Geoscientists
251 RE58 Geological Assessment of Reservoir Seals and Pay
252 RE59 Exploration and Geological Model Development in Fluvial Reservoirs 253 RE60 Structural Geology for Reservoir Characterization: Seismic-scale Outcrop Analogues
and Applied Methods
SUBSURFACE ENGINEERING
254 SE01 Offshore Facilities
255 SE02 Surface Facilities for Subsurface Engineers
256 SE03 HSE in Exploration and Production 257 SE04 Hydrocarbon properties and behavior
258 SE05 Integrated Production System/Gathering Network/Flow of Fluids
Advanced Training Center – PVU 16
2013 ADVANCED TRAINING PROGRAM 259 SE06 Introduction to Flow Assurance
260 SE07 Metering/Measurements and Production Test
261 SE08 Advanced Flow Assurance
262 SE09 Integrated Approach to Optimize the Economy of the Asset Life Cycle 263 SE10 Oilfield Corrosion Management
264 SE11 Pipeline Design, Operations and Maintenance
265 SE12 Enhanced Oil Recovery Processes and Economic Assessment
266 SE13 Maintenance Cost Control 267 SE14 Maintenance Integrated Planning
268 SE15 Reliability Methodologies Applied to Maintenance
269 SE16 Risk and Reliability Engineering 270 SE17 Selection, Operation and Maintenance of Pumps, Compressors and Prime Movers
271 SE18 Condition-Based Maintenance For Static and Rotating Equipments
272 SE19 Maintenance Management and Control Indicators
273 SE20 Plant Turnaorund Management (Programmed Plant Shutdown) 274 SE21 Engineering Of Subsea Production Systems
275 SE22 Production Systems (SPS) and Subsea Technologies
276 SE23 Emergency system and electrical components/equipment
277 SE24 Low Voltage, High Voltage, Grounding and Testing Equipment 278 SE25 FPSO Engineering
279 SE26 Oil Gathering and Transport System
280 SE27 Introduction to HAZOP and Process Hazard Analysis (PHA)
281 SE28 Process Hazard Assessment Using The Hazop/Hazid Technique 282 SE29 Crude Oil and Water Treatment
283 SE30 Crude oil pumping / Gas Compression system
284 SE31 HAZOP and SIL Applications
285 SE32 Maintenance and Reliability 286 SE33 Monitoring and Reporting Systems in Production Testing
287 SE34 Multiphase Flow
288 SE35 Safety Integrated System
289 SE36 Surface Facility Production Operations 290 SE37 Utilities: Design and Operations
291 SE38 Automation, Instrumentation, Measurements, and Process Control
292 SE39 Failure Mode Effect Analysis Applied to Production Operations
293 SE40 Oil and Water Treatment, Separation, Stabilization and Gas Handling 294 SE41 Subsurface Surface Production Optimization
PRODUCTION TECHNOLOGY
295 PE01 Artificial Lift Technology 296 PE02 Design, Diagnosis and Optimization of Gas Lift Systems
297 PE03 Electric Submersible Pumps - Application Engineering
298 PE04 Electric Submersible Pumps - Basic 299 PE05 High Gas-Oil Ratio Well Liquid Unloading
300 PE06 Electric Submersible Pumps - Advanced
301 PE07 Gas Lift Design, Operation & Automation
302 PE08 Completion and Production Engineering 303 PE09 Well Completions Design and Optimization
304 PE10 Workovers and Completions
305 PE11 Production Technology
306 PE12 Advanced Production Data Analysis/Nodal Analysis 307 PE13 Advanced Production Logging and Reservoir Monitoring
Advanced Training Center – PVU 17
2013 ADVANCED TRAINING PROGRAM 308 PE14 Cased-Hole Evaluations
309 PE15 General Production Engineering
310 PE16 Hydraulic Fracture Treatment Design and Quality Control
311 PE17 Acid Stimulation Techniques 312 PE18 Formation Damage and Mitigation
313 PE19 Hydraulic Fracturing
314 PE20 Sand Control
315 PE21 Well Intervention
PIPELINE SYSTEM
316 PS01 Fundamentals of Onshore and Offshore Pipeline Systems
317 PS02 Introduction to Offshore Systems for Business Professionals 318 PS03 Overview of Pumps and Compressors in Oil and Gas Facilities
319 PS04 Process Safety Engineering
320 PS05 Heat Transfer Equipment 321 PS06 Relief and Flare Systems
322 PS07 Onshore Gas Gathering Systems: Design and Operation
323 PS08 Gas Conditioning and Processing
324 PS09 Fundamentals of Subsea Systems 325 PS10 Onshore Gas Gathering Systems: Design and Operation
326 PS11 Instrumentation, Controls and Electrical Systems for Facilities Engineers
327 PS12 Flow Assurance for Pipeline Systems
328 PS13 Piping Systems - Mechanical Design and Specification 329 PS14 Corrosion Management in Production/Processing Operations
330 PS15 Oil Production and Processing Facilities
OFFSHORE ENGINEERING
331 OE01 Overview of Offshore Systems Design and Construction
332 OE02 Overview of Subsea Systems
333 OE03 Gas Conditioning and Processing 334 OE04 Fundamentals of Pump and Compressor Systems
335 OE05 Rotating Machinery, Turbomachinery Monitoring and Problem Analysis
336 OE06 Process Safety Engineering
337 OE07 Corrosion Management in Production/Processing Operations 338 OE08 Piping Systems - Mechanical Design and Specification
339 OE09 Oil Production and Processing Facilities
340 OE10 Flow Assurance for Pipeline Systems
341 OE11 Relief and Flare Systems 342 OE12 Compressor Systems - Mechanical Design and Specification
343 OE13 Process Utility Systems
344 OE14 Fundamentals of Onshore and Offshore Pipeline Systems
345 OE15 Instrumentation, Controls and Electrical Systems for Facilities Engineers 346 OE16 Optimizing Asset Availability Using Reliability Engineering
347 OE17 Rotating Equipment Reliability Optimization
348 OE18 Project Management for Engineering and Construction
GAS PROCESSING
349 GA01 Overview of Gas Processing 350 GA02 Gas Conditioning and Processing
Advanced Training Center – PVU 18
2013 ADVANCED TRAINING PROGRAM 351 GA03 Process Safety Engineering
352 GA04 Instrumentation, Controls and Electrical Systems for Facilities Engineers
353 GA05 Technology and the LNG Chain
354 GA06 Heat Transfer Equipment 355 GA07 Relief and Flare Systems
356 GA08 Process Utility Systems
357 GA09 Process/Facility Fundamentals
358 GA10 Overview of Offshore Systems 359 GA11 Separation Equipment - Selection & Sizing
360 GA12 Gas Dehydration Operations
361 GA13 Cryogenic NGL Recovery and NGL Fractionation 362 GA14 Compressor Systems - Mechanical Design and Specification
363 GA15 Gas Treating and Sulfur Recovery
364 GA16 Onshore Gas Gathering Systems: Design and Operation
365 GA17 Gas Treating and Sulfur Recovery 366 GA18 Corrosion Management in Production/Processing Operations
367 GA19 Project Management for Engineering and Construction
HEAVY OIL & SAND OIL
368 HO01 Introduction to heavy oil
369 HO02 Heavy Oil Upstream Technology
370 HO03 Heavy Oil Marketing and Downstream Technology
371 HO04 Overview of World Heavy Oil Development 372 HO05 Practical Aspects of Thermal EOR in Heavy Oil
373 HO06 Evaluation of Canadian Oil and Gas Properties
374 HO07 Heavy Oil and Exploration
375 HO08 Petroleum Systems and Exploration and Development Geochemistry 376 HO09 Geomechanics Applications in Heavy Oil
377 HO10 Reservoir modelling and Heavy Oil Characterisation
378 HO11 Solving the Challenges of Field Scale Heavy Oil and Oil Sands Simulation
379 HO12 Upgrading Processes of Heavy Oil 380 HO13 Heavy Oil Recovery Process Analysis and Design
381 HO14 Thermal Reservoir Simulation for SAGD
382 HO15 Heavy Oil and SAGD Technologies
383 HO16 Thermal and Non-thermal Recovery Processes 384 HO17 In Situ Heavy Oil Operations
385 HO18 Heavy Oil Production
386 HO19 Production Technologies in Heavy Oil Development
387 HO20 Practice & Improvement of Sand Washing Technology for Heavy Oil Horizontal
Wells
388 HO21 Heavy Oil Flow Measurement 389 HO22 Shale and Tight Gas Technology - Drilling and Completions
390 HO23 Sand Control: Gravel Pack & Fracture Pack
391 HO24 Heavy Oil Transportation
392 HO25 Heavy Oil Gathering and Transport System 393 HO26 Heavy Oil Operations and Environment
DEEPWATER TECHNOLOGIES
394 DE01 Introduction to Deepwater Petroleum Systems 395 DE02 Deepwater Clastics
396 DE03 Deepwater Turbidite Depositional Systems and Reservoirs
Advanced Training Center – PVU 19
2013 ADVANCED TRAINING PROGRAM 397 DE04 Integrated Gas Reservoir Management
398 DE05 Deepwater AVO, Inversion and Attributes in Seismic Interpretation
399 DE06 Deepwater Drilling
400 DE07 HPHT Drilling & Completion 401 DE08 Deepwater Drilling, Equipment And Operations
402 DE09 Cementing under Extreme Condition of HPHT Wells
403 DE10 Subsea Drilling Equipment
404 DE11 Subsea Well Intervention 405 DE12 Deepwater Drilling & Production
406 DE13 Deepwater Drilling and Production Technology – DDP
407 DE14 Casing While Deepwater Drilling 408 DE15 Offshore Managed Pressure Drilling
409 DE16 HPHT Well Troubleshooting & Best Practices
410 DE17 Deepwater Operations I: Plant Processing of Natural Gas
411 DE18 Deepwater Operations II: Production Technology 412 DE19 Preventive Deepwater Well Control
413 DE20 Advanced Deepwater Well Control
414 DE21 Deepwater Well System Design
415 DE22 Problem Solving and Decision Making 416 DE23 Advanced design including HP/HT and deepwater pipelines
417 DE24 Pressure and Overpressure in the Subsurface
418 DE25 Deepwater Riser Engineering
419 DE26 Failure of deepwater pipelines and risers 420 DE27 Advanced Deepwater Well Control
OTHER COURSES
421 ER01 Assuring Flow from Pore to Process 422 ER02 Full Life Cycle Fluid Evaluation - Downhole to Laboratory
423 ER03 Gas Shale and Liquids Production - Exploiting Production Sweet Spots
424 ER04 Gas Shale Evaluation - Finding Production Sweet Spots
425 ER05 Unconventional Gas Exploitation 426 ER06 Unconventional Gas Reservoirs - Focus on Coalbed Methane and Introductions to
Shale and Tight Sand Reservoirs
GEOMECHANICS
427 GM01 Fundamentals of Petroleum Geomechanics
428 GM02 Geomechanics Applications in Unconventional Reservoirs 429 GM03 Geomechanics Applications in Coal-Bed Methane
430 GM04 Geomechanics Applications in Heavy Oil
431 GM05 Geomechanics Applications in Shale Gas
432 GM06 Intermediate Petroleum Geomechanics 433 GM07 Laboratory Geomechanics - Techniques and Concept
434 GM08 Pore Pressure Prediction Methods
435 GM09 Seismic Geomechanics
CALCULATING TOOLS
436 CT01 Fairway Analysis and Exploration Prospecting
437 CT02 Play Fairway Analysis:A Tool for Effective Exploration and Risk Quantification
438 CT03 Play Fairway Analysis and Prospect Evaluation: Key Concepts and Techniques 439 CT04 Play Fairway Analysis and Exploration Prospecting
440 CT05 Prospect Evaluation and Volumetric Methods
Advanced Training Center – PVU 20
2013 ADVANCED TRAINING PROGRAM 441 CT06 Exploration Risk Analysis: Prospect Quantification, Decision Techniques,
Estimating under Uncertainty and Upstream Portfolio Management 442 CT07 Petroleum Economics and Risk Analysis
443 CT08 Sequence Stratigraphy and Subsurface Prediction: Methods, Limitations and New
Developments 444 CT09 Clastic Reservoir Prediction Using Advanced Sequence Stratigraphic Interpretation
445 CT10 Stratigraphic Traps Identification Workshop: Sequence Stratigraphic Concepts and
Trap Styles in Clastic Systems 446 CT11 Seismic Facies Mapping in a Sequence Stratigraphic Framework
447 CT12 Well Facies Mapping in a Sequence Stratigraphic Framework
448 CT13 Seismic and Sequence Stratigraphy for Play Prediction and Basin Analysis 449 CT14 Conventional and Unconventional Potential of Source Rocks: Methods and
Applications in Exploration Projects
PETROLEUM MANAGEMENT & FINANCE
450 MF01 Quy chế pháp lý về sử dụng lao động trong hoạt động kinh doanh
451 MF02 Quản trị marketing
452 MF03 Nghiên cứu thị trường
453 MF04 Kỹ năng bán hàng hiệu quả
454 MF05 Quản lý lực lượng bán hàng
455 MF06 Dịch vụ khách hàng hoàn hảo
456 MF07 Quản lý dịch vụ khách hàng
457 MF08 Khuếch trương và truyền thông marketing hiệu quả
458 MF09 Quản lý sự thay đổi
459 MF10 Đổi mới và sáng tạo
460 MF11 Quản trị chiến lược
461 MF12 Quản lý nguồn nhân lực
462 MF13 Quản trị sản xuất và vận hành
463 MF14 Quản lý dự án
464 MF15 Bồi dưỡng kiến thức kế toán tài chính
465 MF16 Kế toán quản trị
466 MF17 Quản trị tài chính doanh nghiệp
467 MF18 Phát triển tư duy nhà quản lý
468 MF19 Đánh giá và phát triển bản thân
ENRICHMENT & SOFT SKILLS
469 EN01 Phương pháp giảng dạy đại học
470 EN02 Kỹ năng sư phạm
471 EN03 Kỹ năng học và tự học (learning to learn)
472 EN04 Kỹ năng lắng nghe (Listening skills)
473 EN05 Kỹ năng thuyết trình (Oral communication skills)
474 EN06 Kỹ năng giải quyết vấn đề (Problem solving skills)
475 EN07 Kỹ năng tư duy sáng tạo (Creative thinking skills)
476 EN08 Kỹ năng quản lý bản thân và tinh thần tự tôn (Self-esteem)
477 EN09 Kỹ năng đặt mục tiêu/ tạo động lực làm việc (Goal setting/ motivation skills)
478 EN10 Kỹ năng phát triển cá nhân và sự nghiệp (Personal and career development skills)
479 EN11 Kỹ năng giao tiếp ứng xử và tạo lập quan hệ (Interpersonal skills)
480 EN12 Kỹ năng làm việc đồng đội (Teamwork)
481 EN13 Kỹ năng đàm phán (Negotiation skills)
482 EN14 Kỹ năng tổ chức công việc hiệu quả (Organizational effectiveness)
483 EN15 Kỹ năng lãnh đạo bản thân (Leadership skills)
Advanced Training Center – PVU 21
2013 ADVANCED TRAINING PROGRAM 484 EN16 Kỹ năng giao tiếp (Communication skills)
485 EN17 Kỹ năng làm việc đồng đội (Teamwork skills)
486 EN18 Kỹ năng giải quyết vấn đề (Problem solving skills)
487 EN19 Kỹ năng sáng tạo và mạo hiểm (Initiative and enterprise skills)
488 EN20 Kỹ năng lập kế hoạch và tổ chức công việc (Planning and organizing skills)
489 EN21 Kỹ năng quản lý bản thân (Self-management skills)
490 EN22 Kỹ năng học tập (Learning skills)
491 EN23 Kỹ năng công nghệ (Technology skills)
492 EN24 Kỹ năng công sở và tính toán (Workplace literacy & numeracy)
493 EN25 Kỹ năng sử dụng công nghệ thông tin và truyền thông (Information &
communications technology)
494 EN26 Kỹ năng giải quyết vấn đề và ra quyết định (Problem solving & decision making)
495 EN27 Kỹ năng sáng tạo và mạo hiểm (Initiative & enterprise)
496 EN28 Kỹ năng giao tiếp và quản lý quan hệ (Communication & relationship management)
497 EN29 Kỹ năng học tập suốt đời (Lifelong learning)
498 EN30 Kỹ năng tư duy mở toàn cầu (Global mindset)
499 EN31 Kỹ năng tự quản lý bản thân (Self-management)
500 EN32 Kỹ năng tổ chức công việc (Workplace-related life skills)
501 EN33 Kỹ năng an toàn lao động và vệ sinh sức khỏe (Health & workplace safety).
502 EN34 Kỹ năng đàm phán
503 EN35 Kỹ năng khuyến khích động viên
504 EN36 Kỹ năng quản lý xung đột
505 EN37 Kỹ năng lãnh đạo
506 EN38 Kỹ năng xây dựng nhóm làm việc
507 EN39 Kỹ năng năng quản lý thời gian và sự căng thẳng
JOB SKILLS
508 JS40 Bồi dưỡng nghiệp vụ Đấu thầu nâng cao (Theo chương trình khung của Bộ KH&ĐT tại Thông tư số 10/2010/TT-BKH)
509 JS41 Khóa nghiệp vụ Đấu thầu qua mạng (cứ văn bản số 6965/BKHĐT-QLĐT ngày 12/9/201)
510 JS42 Khóa Quản lý lao động, tiền lương và BHXH
511 JS43 Khóa Nghiệp vụ Hành chính văn phòng, Văn thư và Lưu trữ
512 JS44 Quản lý dự án đầu tư xây dựng công trình (Theo chương trình khung của Bộ Xây dựng tại Thông tư số 25/2009/TT-BXD - chứng nhận theo mẫu mới)
513 JS45 Bồi dưỡng nghiệp vụ đánh giá dự án đầu tư (Theo thông tư số 23/2010/TT-BKH)
514 JS46 Giám đốc tư vấn quản lý dự án (Theo Nghị định 12/2009/NĐ-CP)
515 JS47 Chỉ huy trưởng công trường xây dựng (Theo Nghị định 12/2009/NĐ-CP)
516 JS48 Giám sát thi công xây dựng công trình (Theo chương trình khung của Bộ Xây dựng tại Thông tư số 25/2009/TT-BXD)
517 JS49 Bồi dưỡng nghiệp vụ Định giá xây dựng (Theo chương trình khung của Bộ Xây dựng tại Thông tư số 05/2010/TT-BXD)
518 JS50 Nghiệm thu hoàn công và thanh quyết toán công trình xây dựng (Theo thông tư 27/2009/TT-BXD, 19/2011/TT-BTC)
519 JS51 Đo bóc khối lượng và lập dự toán (theo Nghị định 112/2009/NĐ-CP, Thông tư 04/2010/TT-BXD)
520 JS52 Trắc đạc trong xây dựng
521 JS53 Hướng dẫn điều chỉnh giá và hợp đồng xây dựng do biến động giá nguyên liệu, vật liệu xây dựng
Advanced Training Center – PVU 22
2013 ADVANCED TRAINING PROGRAM 522 JS54 Kiểm tra chứng nhận đủ điều kiện đảm bảo an toàn chịu lực và chứng nhận sự phù
hợp về chất lượng công trình xây dựng
523 JS55 Kiểm định chất lượng công trình xây dựng (Theo thông tư số 03/2011/TT-BXD)
524 JS56 Khóa chứng nhận An toàn lao động lao động (Theo Thông tư số 37/2005/TT-BLĐTBXH)
525 JS57 Môi giới bất động sản
526 JS58 Định giá bất động sản
527 JS59 Quản lý và điều hành sàn giao dịch
Advanced Training Center – PVU 23
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Geology
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
INCREASING COMPETENCE LEVEL
Gen
eral
Applied Petroleum Geology –
GE01
Development Geology - GE02
Fundamentals of Exploration for
Hydrocarbons – GE03
Reservoir Geology – GE04
Deepwater Sedimentary Systems: Exploration and
Production – GE05
Stru
cture &
Tecto
nics
Fault Mapping– GE06
Tectonic Controls on Basin
Development and Petroleum
Systems – GE07
Characterising Continental Rift
Infills: Depositional Analysis
and Extensional Development of
the Triassic Fundy Basin –
GE08
Structure and Fault Systems in
Hydrocarbon Exploration –
GE09
Structural Geology in Petroleum
– GE10
Fau
lt Stress &
Fra
cturin
g
Structural Geology for Reservoir
Characterization: Seismic-scale Outcrop
Analogues & Applied Method - – GE11
Complex Carbonate Reservoirs: Influence of
Facies and Tectonic Processes on Porosity
Development – GE12
Understanding, Evaluating and Managing
Fractured Reservoirs – GE13
Stress and Geomechanical Analyses – GE14
Fault Seal Methods in Exploration and
Production – GE15
Carbonate and Shale Faulting and Fracturing –
GE16
Th
rust &
Co
ntr
. Tec
ton
ics
Geological Seismic Interpretation Field
Seminar: Compressional Systems – GE17
Turbidite Systems and Their Response to
Thrust and Fold Structures – GE18
Compressional Structural Styles: Models for
Exploration and Production – GE19
Structural Traps in a Deformed Foreland
Basin – GE20
Structure and Evolution of a Passive Margin:
Implications for Hydrocarbon Exploration –
GE21
Structural Interpretation in Petroleum Exploration
and Development – GE22
Structural Traps in a Deformed Foreland Basin –
GE23
Structural Geology for Petroleum Exploration –
GE24
Rifts a
nd
Ext. T
ecton
ics
Rift Systems and Structural Inversion
Workshop: Field to Subsurface Integration –
GE25
Petroleum Systems in Rift Basins – GE27
Structural Controls on Deepwater Systems:
Growth Structures and Minibasin Field –
GE28
The Corinth Rift: Normal Faults, Tectonics
and Stratigraphic Architecture – GE29
Extensional Tectonics, Normal Fault Patterns
and Normal Faulting – GE30
Sa
lt Tecto
nics
Salt Tectonics: Global Styles, Spanish
Outcrops – GE31
Salt Evolution and Coeval Sedimentation in
the Paradox Basin – GE32
Salt Tectonics and Sedimentation: A
Structural and Sedimentary Framework for
Petroleum Systems in Salt Basins – GE33
Geological Seismic Interpretation: Salt
Tectonic – GE34
Salt Tectonics Field Seminar: Diapirs and
Associated Deformation – GE35
Applied Structural Geology in Hydrocarbon
Systems Analysis – GE36
Structural Geology and Seismic Interpretation for
Petroleum Exploration and Production – GE37
Stra
tigra
ph
y
Introduction to Biostratigraphy
– GE38
Sequence and Seismic
stratigraphy (for DCS/SIS) –
GE39
Deepwater Depositional System Stratigraphy for
Exploration and Development – GE40
High Resolution Sequence Stratigraphy – GE41
Advanced Sequence Stratigraphy: Principles and
Applications – GE42
Advanced Training Center – PVU 24
ADVANCED TRAINING PROGRAM 2013
Ca
rbo
na
te Sed
imen
tolo
gy
Geology of Carbonate
Reservoirs – GE43
Carbonate Depositional
Systems:
Reservoir Sedimentology and
Digenesis – GE44
Depositional Systems and
Sequence
Stratigraphy of Carbonate Rocks
– GE45
Carbonate Sequence Stratigraphy and Application
to Petroleum Reservoirs – GE46
Modern Carbonate Depositional Systems – GE47
Sedimentology and Stratigraphy of Lacustrine
Systems: Reservoir and Source Rocks, Great Salt
Lake and Green River Formation – GE48
Fractured Reservoir Characterisation with
Emphasis on Carbonates – GE49
Advanced Concepts in Carbonate Exploration and
Reservoir Characterisation – GE50
Carbonate Reservoir Modelling and Field
Development Planning – GE51
Carbonate Reservoir Architecture and Applied
Carbonate Sequence Stratigraphy – GE52
Complex Carbonate Reservoirs: Influence of
Facies and Tectonic Processes on Porosity
Development – GE53
Applied Carbonate Geology: Carbonate Facies and
Reservoirs – GE54
Cla
stic Sed
imen
tolo
gy
Geology of Clastic Reservoirs –
GE55
Characterizing Continental Rift
Infills: Depositional Analysis
and Extensional Development of
the Triassic Fundy Basin –
GE56
Recent Depositional and
Stratigraphic Analogues for
Fluvial and Shallow Marine
Reservoirs – GE57
Exploiting Clastic Resource
Plays in Fluvial through Shallow
Marine Environments – GE58
Clastic Digenesis and Reservoir
Quality Modeling – GE59
Exploration and Geological Model Development in
Fluvial Reservoirs – GE60
Clastic Sedimentology for Exploration and
Development – GE61
Clastic Sequence Stratigraphy and Sedimentation –
GE62
Fluvial and Deltaic Depositional Systems:
Sedimentology, Sequence Stratigraphy and
Reservoirs – GE63
Deltaic to Deepwater Depositional Systems of NW
Borneo - Concepts and Models for Reservoir
Prediction – GE64
Sedimentology, Stratigraphy and Architecture of
Fluvial, Deltaic and Deepwater Reservoirs: An
Outcrop Perspective of Linked Depositional
Systems – GE65
Clastic Reservoir Prediction Using Advanced
Sequence Stratigraphic Interpretation – GE66
Sedimentology, Sequence Stratigraphy and
Reservoir Architecture of Paralic Deposits – GE67
High Resolution Sequence Stratigraphy:
Application to Deltaic Systems and Reservoirs –
GE68
Deltaic to Deepwater Depositional Systems of NW
Borneo - Concepts and Models for Reservoir
Prediction – GE69
Reservoir Sedimentology and Stratigraphy of
Coastal and Shelfal Successions: Deltas, Shorelines
and Origins of Isolated Sandstones – GE70
Deepwater Slope Canyons and Channel Complexes
– GE71
Characterisation, Modelling, Simulation and
Development Planning in Deepwater Clastic
Reservoirs – GE72
Sand-rich Turbidite Systems and Megaturbidites:
From Slope to Basin Plain. Facies, Stacking
Patterns and Controlling Factors – GE73
Sedimentology, Stratigraphy and Reservoir
Geology of Deepwater Clastic Systems – GE74
Advanced Training Center – PVU 25
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Geo-Physics
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
INCREASING COMPETENCE LEVEL
Acq
uisitio
n a
nd
Pro
cessing
Non-Seismic Methods – GP01
Seismic Acquisition and Processing and
Interpretation – GP02
Borehole Seismic Acquisition, Processing and
Operations – GP03
Seismic processing for interpreters and others –
GP04
A Practical Introduction to Geological
Interpretation of 3D Seismic Data – GP05
Using Seismic Data from Acreage Capture to Early
Field Development – GP06
Velocities for Depth Conversion – GP07
A Practical Introduction to Depth Imaging for
Interpreters – GP08
Workstation-based Seismic Processing for
Interpreters – GP09
Seismic Imaging and Velocity Model-
Building Techniques: Concepts,
Examples and Pitfalls – GP10
Methods for Quantifying and
Communicating Uncertainty in Depth
Conversion and Volumetrics – GP11
Advanced Seismic Processing
Techniques and Workflows – GP12
Depth Conversion Methods and Pitfalls –
GP13
Stru
ctura
l & S
tratig
rap
hic In
terpreta
tion
Seismic Interpretation Fundamentals –
GP14
Seismic Sequence and Facies Analysis –
GP15
Seismic Interpretation of Structural
Styles – GP16
Introduction to the Geologic Interpretation of
Seismic Profiles – GP17
Deepwater Seismic Interpretation – GP17
Seismic Interpretation Mapping with Petrel – GP18
Seismic Stratigraphy – GP19
Practical Depth Conversion and Depth Imaging for
the Interpreter – GP20
Advanced Seismic Interpretation – GP21
Rift Systems and Structural Inversion
Workshop: Field to Subsurface
Integration – GP22
Geological Seismic Interpretation Field
Seminar: Compressional Systems – GP23
Workshop in Geological Seismic
Interpretation: Carbonate Systems –
GP24
Workshop in Geological Seismic
Interpretation: Deep Marine Systems –
GP25
Workshop in Geological Seismic
Interpretation: Salt Tectonics – GP26
Qu
an
titativ
e Seism
ic Meth
od
s
Quantitative Seismic Interpretation –
GP27
4D Seismic for Reservoir Management
– GP28
VSPs in Exploration and Production – GP29
Geophysics for Subsurface Professionals – GP30
AVO and Seismic inversion – GP31
Seismic Reservoir Characterization, Hydrocarbon
Detection & Modeling – GP32
Carbonate Seismic Reservoir Analysis – GP33
Seismic Attribute and Image Interpretation – GP34
Practical AVO and Seismic Inversion with Petrel –
GP35
Seismic Petrophysics – GP36
Seismic and Sequence Stratigraphy for Play
Prediction and Basin Analysis – GP37
Seismic Tools for Unconventional
Reservoirs – GP38
Seismic Attributes and Pre-Stack
Inversion Tools for Characterizing
Unconventional Reservoirs – GP39
Seismic Facies Mapping in a Sequence
Stratigraphic Framework – GP40
3D Seismic Reservoir Characterisation in
Landmark – GP41
Professional Level Rock Physics for
Seismic Amplitude Interpretation (AVO
and Seismic Inversion) – GP42
Advanced Training Center – PVU 26
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Petro-physics
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
Advanced Training Center – PVU 27
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Petro-physics
INCREASING COMPETENCE LEVEL
Petro
ph
ysica
l Map
pin
g
Log Analysis for Engineers – PP01
Core Properties and Analysis– PP02
Basic Production Logging – PP03
Basic Reservoir Monitoring – PP04
Integrated Reservoir Analysis– PP05
Statistics and Petrophysics – PP06
Applied Core Analysis– PP07
Advanced core log and log interpretation–
PP08
Advanced Integrated Reservoir Analysis–
PP09
Applied Reservoir Petrophysics and
Characterization– PP10
Lo
g In
terpreta
tion
Petrophysics: Basic Principles & Practices– PP11
Geological Interpretation of Well Logs– PP12
Modern Petrophysical Well Log Interpretation
Log Emphasis– PP13
Log Analysis for Engineers– PP14
Core Properties and Analysis– PP15
Basic Production Logging – PP16
Fundamentals of Cased Hole Logging and
Formation Evaluation – PP17
Basic Logging Methods and Formation
Evaluation– PP18
Advanced Carbonate Petrophysics From
Pores to Logs– PP19
Borehole Geology: Dip and Image
Interpretation– PP19
Dipmeter and Borehole Image Logging–
PP20
Petrophysics for Conventional
Reservoirs– PP21
Petrophysics for Carbonate Reservoirs–
PP22
Petrophysicsfor Shale Gas Reservoirs–
PP23
Advanced Formation Evaluation– PP24
Advanced Formation Evaluation -
Carbonates– PP25
Advanced Formation Evaluation -
Sandstones– PP26
Rocks and Fluids: Practical
Petrophysics– PP27
Low Resistivity Low Contrast Pay–
PP28
Cased Hole and Production Log
Evaluation– PP29
Intermediate Production Logging and
Reservoir Monitoring – PP30
Lo
ggin
g &
Reserv
oir M
on
itorin
g
Basic Reservoir Monitoring– PP31
Basic Production Logging– PP32
Cased Hole Logging and Formation Evaluation–
PP33
Integrating Core and Log Data for Reservoir
Characterisation– PP34
Intermediate Production Logging and
Reservoir Monitoring– PP35
Synthetic Seismic Modelling and its
Application– PP36
Advanced Pore Pressure Prediction
Workshop: Concepts, Mechanisms and
Workflows– PP37
Stress and Geomechanical Analyses–
PP38
Well Integrity– PP39
Reservoir Monitoring Solutions
Workshop– PP40
Production Logging Solutions
Workshop– PP41
Applied Production Logging and
Reservoir Monitoring– PP42
Advanced Training Center – PVU 28
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Drilling engineering
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
INCREASING COMPETENCE LEVEL
Gen
eral
Introduction to Drilling
Engineering – DR01
Rig Awareness and
Familiarization – DR02
Ma
nag
emen
t Drilling Simulator – DR03
Drilling Project Management – DR04
Tech
no
log
y
Directional Drilling and Surveying – DR05
Horizontal, Extended Reach and Multilateral
Drilling – DR06
Dynamic Pressure Drilling – DR07
Well O
pera
tion
s
WaterFlood Management – DR08
Basic Cementing – DR09
Cementing Operations – DR10
Offshore Drilling Operations – DR11
Well Control Fundamentals – DR12
Drilling Optimization – DR13
Advanced Remedial Cementing – DR14
Drilling Risk Management – DR15
Stuck Pipe and Fishing Operations – DR16
Stuck Pipe and Hole Cleaning – DR17
Well Control – DR18
Advanced Training Center – PVU 29
ADVANCED TRAINING PROGRAM 2013
Well p
lan
nin
g &
desig
n
Drilling Engineering - Intensive(1) – DR19
Drilling Engineering - Intensive(2) – DR20
Casing Design – DR21
Drilling Engineering - Intensive(3) – DR22
Drilling Engineering - Intensive(4) – DR23
Drilling Fluids – DR24
Drillstring Design – DR25
Well Design and Construction Engineering –
DR26
Well P
erf. & T
esting
Well Test Design and Analysis
– DR27
An Introduction to Reservoir
Appraisal and Development –
DR28
A Critical Guide to Reservoir
Appraisal and Development –
DR29
Well Productivity and Enhancement – DR30
Horizontal Wells, Applications, Drilling,
Completion, Productivity and Surveillance –
DR31
Integrating Core and Log Data for Reservoir
Characterization – DR32
New Advances in Well Test Interpretation –
DR33
Resources and Reserves Evaluation – DR34
Advanced Training Center – PVU 30
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Reservoir Engineering
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
INCREASING COMPETENCE LEVEL
EO
R
Enhanced Oil Recovery
Methods: Theory and
Applications – RE0
Enhanced Oil Recovery Processes: Miscible,
Polymer and Thermal – RE02
Characterization, Evaluation and Enhanced Oil
Recovery in Naturally Fractured Reservoirs –
RE03
Enhanced Oil Recovery Processes and Economic
Assessment – RE04
Flu
id/G
as
Natural Gas Reservoir
Engineering – RE05
PVT Properties of Reservoir Fluids – RE06
Advanced Natural Gas Engineering – RE07
Reserv
oir E
ng
ineerin
g
Basic Reservoir Engineering
Analytical Techniques – RE08
Oil and Gas Reserves and
Evaluation – RE09
Reservoir Engineering – RE10
Fault Seal Methods in
Exploration
and Production – RE11
Oil and Gas Reserves and Evaluation II – RE12
Exploiting Clastic Resource Plays in Fluvial
through Shallow Marine Environments – RE13
Reservoir Characterisation and 3D Modelling of
Coal-bearing, Fluvio-Deltaic Sediments – RE14
Exploration and Geological Model Development
in Fluvial Reservoirs – RE15
Advanced Well Test Analysis – RE16
Analysis of Production Performance Curves –
RE17
Advanced Techniques for Modelling Fluvial and
Deltaic Architecture using Petrel – RE18
Deepwater Depositional System Stratigraphy for
Exploration and Development – RE19
Structural Geology for Reservoir
Characterization: Seismic-scale Outcrop
Analogues and Applied Methods – RE20
Reserv
oir M
an
ag
emen
t Integrated Reservoir
Management – RE21
Reservoir Optimization using
Applied Oilfield Manager
(OFM) – RE22
WaterFlood Management – RE23
4D Seismic for Reservoir Management – RE24
Understanding, Evaluating and Managing
Fractured Reservoirs – RE25
Evaluation and Management of Fractured
Reservoirs – RE26
Advanced Training Center – PVU 31
ADVANCED TRAINING PROGRAM 2013
Reserv
oir M
od
eling
/Sim
ula
tion
Clastic Diagenesis and
Reservoir Quality Modeling –
RE27
Subsurface Mapping – RE28
Petroleum System Analysis –
RE29
Clastic Diagenesis and
Reservoir Quality Modeling –
RE30
Seismic Attributes for
Exploration and Reservoir
Characterisation – RE31
Reservoir Simulation – RE32
Waterflooding and Applied Reservoir Simulation
– RE33
Geostatistics and Advanced Property
Modelling in Petrel – RE34
Reservoir Characterization and Geostatistical
Modeling in Field Development – RE35
Reservoir Characterisation and 3D Modelling
of Coal-bearing, Fluvio-Deltaic Sediments –
RE36
History Matching and Conditioning Reservoir
Models to Dynamic Data – RE37
Characterisation, Modelling, Simulation and
Development Planning in Deepwater Clastic
Reservoirs – RE38
Advanced Reservoir Modelling – RE39
Geostatistical Reservoir Modeling: Standard
Approaches & Best Practices – RE40
Advanced Techniques for Modelling Fluvial and
Deltaic Architecture using Petrel – RE41
Well P
erf. & T
esting
Well Test Design and Analysis –
RE42
An Introduction to Reservoir
Appraisal and Development –
RE43
A Critical Guide to Reservoir
Appraisal and Development –
RE44
Well Productivity and Enhancement – RE45
Horizontal Wells, Applications, Drilling,
Completion, Productivity and Surveillance –
RE46
Integrating Core and Log Data for Reservoir
Characterization – RE47
New Advances in Well Test Interpretation – RE48
Resources and Reserves Evaluation – RE49
Gen
eral K
no
wled
ge
Fundamentals of Reservoir
Engineering – RE50
Principles of Reservoir
Engineering– RE51
Applied Reservoir Engineering–
RE52
Conducting an Integrated
Reservoir Study– RE53
Play to Prospect Methods and Workflow– RE54
Prospect Appraisal and Petroleum Economics–
RE55
Subsurface Facies Analysis - Integrating
Borehole Images & Well Logs with Rock
Physics and Seismic Data to Develop Geologic
Models– RE56
Applied Geostatistics for Petroleum Engineers
and Geoscientists– RE57
Geological Assessment of Reservoir Seals and
Pay– RE58
Exploration and Geological Model Development
in Fluvial Reservoirs– RE59
Structural Geology for Reservoir
Characterization: Seismic-scale Outcrop
Analogues and Applied Methods– RE60
Advanced Training Center – PVU 32
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Subsurface engineering
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
INCREASING COMPETENCE LEVEL
Gen
eral
Offshore Facilities – SE01
Surface Facilities for Subsurface
Engineers – SE02
HSE in Exploration and Production – SE03
Hydrocarbon properties and behavior – SE04
Integrated Production System/Gathering
Network/Flow of Fluids – SE05
Introduction to Flow Assurance – SE06
Metering/Measurements and Production Test –
SE07
Advanced Flow Assurance – SE08
Integrated Approach to Optimize the Economy of
the Asset Life Cycle – SE09
Oilfield Corrosion Management – SE10
Pipeline Design, Operations and Maintenance –
SE11
Enhanced Oil Recovery Processes and Economic
Assessment – SE12
Relia
bility
an
d m
ain
tena
nce
Maintenance Cost Control – SE13
Maintenance Integrated Planning – SE14
Reliability Methodologies Applied to
Maintenance – SE15
Risk and Reliability Engineering – SE16
Selection, Operation and Maintenance of
Pumps, Compressors and Prime Movers – SE17
Condition-Based Maintenance For Static and
Rotating Equipments – SE18
Maintenance Management and Control Indicators
– SE19
Plant Turnaorund Management (Programmed
Plant Shutdown) – SE20
Su
bsea
facilities &
Desig
n
Engineering Of Subsea Production Systems –
SE21
Production Systems (SPS) and Subsea
Technologies – SE22
Emergency system and electrical
components/equipment – SE23
Low Voltage, High Voltage, Grounding and
Testing Equipment – SE24
FPSO Engineering – SE25
Oil Gathering and Transport System – SE26
Advanced Training Center – PVU 33
ADVANCED TRAINING PROGRAM 2013
Su
rface fa
cility o
pera
tion
Introduction to HAZOP and Process
Hazard Analysis (PHA) – SE27
Process Hazard Assessment Using
The Hazop/Hazid Technique – SE28
Crude Oil and Water Treatment – SE29
Crude oil pumping / Gas Compression system –
SE30
HAZOP and SIL Applications – SE31
Maintenance and Reliability – SE32
Monitoring and Reporting Systems in
Production Testing – SE33
Multiphase Flow – SE34
Safety Integrated System – SE35
Surface Facility Production Operations – SE36
Utilities: Design and Operations – SE37
Automation, Instrumentation, Measurements, and
Process Control – SE38
Failure Mode Effect Analysis Applied to
Production Operations – SE39
Oil and Water Treatment, Separation,
Stabilization and Gas Handling – SE40
Subsurface Surface Production Optimization –
SE41
Advanced Training Center – PVU 34
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Production Engineering
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
INCREASING COMPETENCE LEVEL
Artificia
l lift
Artificial Lift Technology–
PS01
Design, Diagnosis and Optimization of Gas Lift
Systems– PS02
Electric Submersible Pumps - Application
Engineering – PS03
Electric Submersible Pumps - Basic – PS04
High Gas-Oil Ratio Well Liquid Unloading–
PS05
Electric Submersible Pumps - Advanced– PS06
Gas Lift Design, Operation & Automation– PS07
Co
mp
letion
& p
rod
uctiv
ity
Completion and Production Engineering– PS08
Well Completions Design and Optimization–
PS09
Workovers and Completions– PS10
Production Technology– PS11
Advanced Production Data Analysis/Nodal
Analysis– PS12
Advanced Production Logging and Reservoir
Monitoring– PS13
Advanced Training Center – PVU 35
ADVANCED TRAINING PROGRAM 2013
Integ
rated
op
eratio
ns
Cased-Hole Evaluations– PS14
General Production Engineering– PS15
Hydraulic Fracture Treatment Design and
Quality Control– PS16
Acid Stimulation Techniques– PS17
Formation Damage and Mitigation– PS18
Hydraulic Fracturing– PS19
Sand Control– PS20
Well Intervention– PS21
Advanced Training Center – PVU 36
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Pipeline System
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
Fo
un
da
tion
Fundamentals of Onshore and Offshore Pipeline Systems – PS01
Introduction to Offshore Systems for Business Professionals– PS02
Overview of Pumps and Compressors in Oil and Gas Facilities– PS03
Process Safety Engineering– PS04
Heat Transfer Equipment– PS05
Sk
ill
Relief and Flare Systems – PS06
Onshore Gas Gathering Systems: Design and Operation– PS07
Gas Conditioning and Processing– PS08
Fundamentals of Subsea Systems– PS09
Onshore Gas Gathering Systems: Design and Operation– PS10
Instrumentation, Controls and Electrical Systems for Facilities
Engineers– PS11
Ad
va
nce
Flow Assurance for Pipeline Systems– PS12
Piping Systems - Mechanical Design and Specification– PS13
Corrosion Management in Production/Processing Operations– PS14
Oil Production and Processing Facilities– PS15
Advanced Training Center – PVU 37
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Offshore Engineering
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
Foundation
Fo
un
da
tion
Overview of Offshore Systems Design and Construction – OE01
Overview of Subsea Systems– OE02
Gas Conditioning and Processing– OE03
Fundamentals of Pump and Compressor Systems– OE04
Rotating Machinery, Turbomachinery Monitoring and Problem Analysis–
OE05
Process Safety Engineering– OE06
Sk
ill
Corrosion Management in Production/Processing Operations– OE07
Piping Systems - Mechanical Design and Specification– OE08
Oil Production and Processing Facilities– OE09
Flow Assurance for Pipeline Systems– OE10
Relief and Flare Systems– OE11
Compressor Systems - Mechanical Design and Specification– OE12
Ad
va
nce
Process Utility Systems– OE13
Fundamentals of Onshore and Offshore Pipeline Systems– OE14
Instrumentation, Controls and Electrical Systems for Facilities Engineers–
OE15
Optimizing Asset Availability Using Reliability Engineering– OE16
Rotating Equipment Reliability Optimization– OE17
Project Management for Engineering and Construction– OE18
Advanced Training Center – PVU 38
ADVANCED TRAINING PROGRAM 2013
Progression Training Program of Gas processing
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
Fo
un
da
tion
Overview of Gas Processing – GA01
Gas Conditioning and Processing – GA02
Process Safety Engineering – GA03
Instrumentation, Controls and Electrical Systems for Facilities
Engineers – GA04
Technology and the LNG Chain – GA05
Sk
ill
Heat Transfer Equipment – GA06
Relief and Flare Systems – GA07
Process Utility Systems – GA08
Process/Facility Fundamentals – GA09
Overview of Offshore Systems – GA10
Separation Equipment - Selection & Sizing – GA11
Gas Dehydration Operations – GA12
Cryogenic NGL Recovery and NGL Fractionation – GA13
Ad
va
nced
Compressor Systems - Mechanical Design and Specification – GA14
Gas Treating and Sulfur Recovery – GA15
Onshore Gas Gathering Systems: Design and Operation – GA16
Gas Treating and Sulfur Recovery – GA17
Corrosion Management in Production/Processing Operations – GA18
Project Management for Engineering and Construction – GA19
Advanced Training Center – PVU 39
ADVANCED TRAINING PROGRAM 2013
Courses of Heavy Oil and Sand Oil
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
Gen
eral
Introduction to heavy oil – HO01
Heavy Oil Upstream Technology– HO02
Heavy Oil Marketing and Downstream Technology– HO03
Overview of World Heavy Oil Development – HO04
Practical Aspects of Thermal EOR in Heavy Oil– HO05
Evaluation of Canadian Oil and Gas Properties – HO06
Ex
plo
ratio
n &
Reserv
oir E
ng
ineerin
g
Heavy Oil and Exploration– HO07
Petroleum Systems and Exploration and Development Geochemistry–
HO08
Geomechanics Applications in Heavy Oil– HO09
Reservoir modelling and Heavy Oil Characterisation– HO10
Solving the Challenges of Field Scale Heavy Oil and Oil Sands
Simulation– HO11
Reco
very
En
gin
eering
Upgrading Processes of Heavy Oil – HO12
Heavy Oil Recovery Process Analysis and Design – HO13
Thermal Reservoir Simulation for SAGD – HO14
Heavy Oil and SAGD Technologies – HO15
Thermal and Non-thermal Recovery Processes – HO16
In Situ Heavy Oil Operations – HO17
Advanced Training Center – PVU 40
ADVANCED TRAINING PROGRAM 2013
Pro
du
ction
Heavy Oil Production– HO18
Production Technologies in Heavy Oil Development – HO19
Practice and Improvement of Sand Washing Technology for Heavy Oil
Horizontal Wells– HO20
Heavy Oil Flow Measurement – HO21
Shale and Tight Gas Technology - Drilling and Completions – HO22
Sand Control: Gravel Pack & Frac Pack – HO23
Tra
nsp
orta
tion
Heavy Oil Transportation – HO24
Heavy Oil Gathering and Transport System – HO25
Heavy Oil Operations and Environment – HO26
Advanced Training Center – PVU 41
ADVANCED TRAINING PROGRAM 2013
Courses of Deepwater Technologies
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
No Course No course
01 Introduction to Deepwater Petroleum Systems 15 Offshore Managed Pressure Drilling
02 Deepwater Clastics 16 HPHT Well Troubleshooting & Best Practices
03 Deepwater Turbidite Depositional Systems and Reservoirs 17 Deepwater Operations I: Plant Processing of Natural Gas
04 Integrated Gas Reservoir Management 18 Deepwater Operations II: Production Technology
05 Deepwater AVO, Inversion and Attributes in Seismic
Interpretation 19 Preventive Deepwater Well Control
06 Deepwater Drilling 20 Advanced Deepwater Well Control
07 HPHT Drilling & Completion 21 Deepwater Well System Design
08 Deepwater Drilling, Equipment And Operations 22 Problem Solving and Decision Making
09 Cementing under Extreme Condition of HPHT Wells 23 Advanced design including HP/HT and deepwater
pipelines
10 Subsea Drilling Equipment 24 Pressure and Overpressure in the Subsurface
11 Subsea Well Intervention 25 Deepwater Riser Engineering
12 Deepwater Drilling & Production 26 Failure of deepwater pipelines and risers
13 Deepwater Drilling and Production Technology – DDP 27 Advanced Deepwater Well Control
14 Casing While Deepwater Drilling
Advanced Training Center – PVU 42
ADVANCED TRAINING PROGRAM 2013
Other courses (Geomechanics, Calculating Tools)
Skill Advanced
En
richm
ent C
ou
rses
Assuring Flow from Pore to Process – ER01
Full Life Cycle Fluid Evaluation - Downhole to Laboratory–
ER02
Gas Shale and Liquids Production - Exploiting Production
Sweet Spots – ER03
Gas Shale Evaluation - Finding Production Sweet Spots– ER04
Unconventional Gas Exploitation– ER05
Unconventional Gas Reservoirs - Focus on Coalbed Methane
and Introductions to Shale and Tight Sand Reservoirs– ER06
Geo
mech
an
ics
Fundamentals of Petroleum Geomechanics – GM01
Geomechanics Applications in Unconventional Reservoirs –
GM02
Geomechanics Applications in Coal-Bed Methane – GM03
Geomechanics Applications in Heavy Oil – GM04
Geomechanics Applications in Shale Gas – GM05
Intermediate Petroleum Geomechanics – GM06
Laboratory Geomechanics - Techniques and Concept – GM07
Pore Pressure Prediction Methods – GM08
Seismic Geomechanics – GM09
Ca
lcula
ting
To
ols
Fairway Analysis and Exploration Prospecting – CT01
Play Fairway Analysis:A Tool for Effective Exploration and
Risk Quantification – CT02
Play Fairway Analysis and Prospect Evaluation: Key Concepts
and Techniques – CT03
Play Fairway Analysis and Exploration Prospecting – CT04
Prospect Evaluation and Volumetric Methods – CT05
Exploration Risk Analysis: Prospect Quantification, Decision
Techniques, Estimating under Uncertainty and Upstream Portfolio
Management – CT06
Petroleum Economics and Risk Analysis – CT07
Sequence Stratigraphy and Subsurface Prediction: Methods, Limitations
and New Developments – CT08
Clastic Reservoir Prediction Using Advanced Sequence Stratigraphic
Interpretation – CT09
Stratigraphic Traps Identification Workshop: Sequence Stratigraphic
Concepts and Trap Styles in Clastic Systems – CT10
Seismic Facies Mapping in a Sequence Stratigraphic Framework – CT11
Well Facies Mapping in a Sequence Stratigraphic Framework – CT12
Seismic and Sequence Stratigraphy for Play Prediction and Basin
Analysis – CT13
Conventional and Unconventional Potential of Source Rocks: Methods
and Applications in Exploration Projects – CT14
In order to select a course properly, the participant should identify the topic and its knowledge level of course. The
courses in the below table are arranged in the different topics with the level of increasing competence from left side to
right side. The courses which have same scientific content are grouped into sub-table in the same color. In addition,
the courses having the same color and in lower competence level are prerequisite for the courses of higher competence
Advanced Training Center – PVU 43
ADVANCED TRAINING PROGRAM 2013
level. Each cell of the table includes the course name and its code. If you intend to attend the course, please send an
email with the course name and its code to [email protected]. We will send to you a full course outline and the
instructor’s information.
Petroleum Management & Finance
Code Course
MF01 Quy chế pháp lý về sử dụng lao động trong hoạt động kinh doanh
MF02 Quản trị marketing
MF03 Nghiên cứu thị trường
MF04 Kỹ năng bán hàng hiệu quả
MF05 Quản lý lực lượng bán hàng
MF06 Dịch vụ khách hàng hoàn hảo
MF07 Quản lý dịch vụ khách hàng
MF08 Khuếch trương và truyền thông marketing hiệu quả
MF09 Quản lý sự thay đổi
MF10 Đổi mới và sáng tạo
MF11 Quản trị chiến lược
MF12 Quản lý nguồn nhân lực
MF13 Quản trị sản xuất và vận hành
MF14 Quản lý dự án
MF15 Bồi dưỡng kiến thức kế toán tài chính
MF16 Kế toán quản trị
MF17 Quản trị tài chính doanh nghiệp
MF18 Phát triển tư duy nhà quản lý
MF19 Đánh giá và phát triển bản thân
Advanced Training Center – PVU 44
ADVANCED TRAINING PROGRAM 2013
Enrichment & Soft Skills
Code Course
EN01 Phương pháp giảng dạy đại học
EN02 Kỹ năng sư phạm
EN03 Kỹ năng học và tự học (learning to learn)
EN04 Kỹ năng lắng nghe (Listening skills)
EN05 Kỹ năng thuyết trình (Oral communication skills)
EN06 Kỹ năng giải quyết vấn đề (Problem solving skills)
EN07 Kỹ năng tư duy sáng tạo (Creative thinking skills)
EN08 Kỹ năng quản lý bản thân và tinh thần tự tôn (Self-esteem)
EN09 Kỹ năng đặt mục tiêu/ tạo động lực làm việc (Goal setting/ motivation skills)
EN10 Kỹ năng phát triển cá nhân và sự nghiệp (Personal and career development skills)
EN11 Kỹ năng giao tiếp ứng xử và tạo lập quan hệ (Interpersonal skills)
EN12 Kỹ năng làm việc đồng đội (Teamwork)
EN13 Kỹ năng đàm phán (Negotiation skills)
EN14 Kỹ năng tổ chức công việc hiệu quả (Organizational effectiveness)
EN15 Kỹ năng lãnh đạo bản thân (Leadership skills)
EN16 Kỹ năng giao tiếp (Communication skills)
EN17 Kỹ năng làm việc đồng đội (Teamwork skills)
EN18 Kỹ năng giải quyết vấn đề (Problem solving skills)
EN19 Kỹ năng sáng tạo và mạo hiểm (Initiative and enterprise skills)
EN20 Kỹ năng lập kế hoạch và tổ chức công việc (Planning and organizing skills)
EN21 Kỹ năng quản lý bản thân (Self-management skills)
EN22 Kỹ năng học tập (Learning skills)
EN23 Kỹ năng công nghệ (Technology skills)
EN24 Kỹ năng công sở và tính toán (Workplace literacy & numeracy)
EN25 Kỹ năng sử dụng công nghệ thông tin và truyền thông (Information & communications
technology)
EN26 Kỹ năng giải quyết vấn đề và ra quyết định (Problem solving & decision making)
EN27 Kỹ năng sáng tạo và mạo hiểm (Initiative & enterprise)
EN28 Kỹ năng giao tiếp và quản lý quan hệ (Communication & relationship management)
EN29 Kỹ năng học tập suốt đời (Lifelong learning)
EN30 Kỹ năng tư duy mở toàn cầu (Global mindset)
EN31 Kỹ năng tự quản lý bản thân (Self-management)
EN32 Kỹ năng tổ chức công việc (Workplace-related life skills)
EN33 Kỹ năng an toàn lao động và vệ sinh sức khỏe (Health & workplace safety).
EN34 Kỹ năng đàm phán
EN35 Kỹ năng khuyến khích động viên
EN36 Kỹ năng quản lý xung đột
EN37 Kỹ năng lãnh đạo
EN38 Kỹ năng xây dựng nhóm làm việc
EN39 Kỹ năng năng quản lý thời gian và sự căng thẳng
Advanced Training Center – PVU 45
ADVANCED TRAINING PROGRAM 2013
Job Skills
Code Course
JS40 Bồi dưỡng nghiệp vụ Đấu thầu nâng cao (Theo chương trình khung của Bộ KH&ĐT tại Thông tư số 10/2010/TT-BKH)
JS41 Khóa nghiệp vụ Đấu thầu qua mạng (cứ văn bản số 6965/BKHĐT-QLĐT ngày 12/9/201)
JS42 Khóa Quản lý lao động, tiền lương và BHXH
JS43 Khóa Nghiệp vụ Hành chính văn phòng, Văn thư và Lưu trữ
JS44 Quản lý dự án đầu tư xây dựng công trình (Theo chương trình khung của Bộ Xây dựng tại Thông tư số 25/2009/TT-BXD - chứng nhận theo mẫu mới)
JS45 Bồi dưỡng nghiệp vụ đánh giá dự án đầu tư (Theo thông tư số 23/2010/TT-BKH)
JS46 Giám đốc tư vấn quản lý dự án (Theo Nghị định 12/2009/NĐ-CP)
JS47 Chỉ huy trưởng công trường xây dựng (Theo Nghị định 12/2009/NĐ-CP)
JS48 Giám sát thi công xây dựng công trình (Theo chương trình khung của Bộ Xây dựng tại Thông tư số 25/2009/TT-BXD)
JS49 Bồi dưỡng nghiệp vụ Định giá xây dựng (Theo chương trình khung của Bộ Xây dựng tại Thông tư số 05/2010/TT-BXD)
JS50 Nghiệm thu hoàn công và thanh quyết toán công trình xây dựng (Theo thông tư 27/2009/TT-BXD, 19/2011/TT-BTC)
JS51 Đo bóc khối lượng và lập dự toán (theo Nghị định 112/2009/NĐ-CP, Thông tư 04/2010/TT-BXD)
JS52 Trắc đạc trong xây dựng
JS53 Hướng dẫn điều chỉnh giá và hợp đồng xây dựng do biến động giá nguyên liệu, vật liệu xây dựng
JS54 Kiểm tra chứng nhận đủ điều kiện đảm bảo an toàn chịu lực và chứng nhận sự phù hợp về chất lượng công trình xây dựng
JS55 Kiểm định chất lượng công trình xây dựng (Theo thông tư số 03/2011/TT-BXD)
JS56 Khóa chứng nhận An toàn lao động lao động (Theo Thông tư số 37/2005/TT-BLĐTBXH)
JS57 Môi giới bất động sản
JS58 Định giá bất động sản
JS59 Quản lý và điều hành sàn giao dịch