Managing Political Risk in the Oil & Gas Sector

NAME OF THE COURSE
Managing Political Risk in the Oil & Gas Sector
 
CERTIFICATION
Managing Political Risk in the Oil & Gas Sector
 
COURSE OVERVIEW
Up to 70% of earnings can be at risk from political factors according to a 2014 McKinsey study.  Political risks such as governments imposing new taxes, sudden changes in government policy, popular opposition to oil and gas projects, civil unrest or other political priorities distracting from key decisions on energy policy can all lead to delays and undermine the economics of oil and gas projects.  Strategic management of these risks can mean the difference between success and failure of a project and can make a material difference to the value realized.
 
TIME AND OTHER DETAILS
TRAINING DURATION
Total Training Hours : 10-14 Hours
Training Duration      : 2 Days
Total Training  Days  : 1-2 Working Days
 
TRAINING SCHEDULE
Weekdays (Sunday to Thursday)
Regular Sessions : 4 – 6 Hrs Per day (9am to 2pm or 3.00pm to 9.00 pm)
Food & refreshments Included
Weekends (Friday & Saturday)
Fast Track Sessions: 8 Hours per day (9am to 5pm)
Food & refreshments Included
 
CERTIFICATION
Globally recognized certificate from “Kings Global Career Academy”
 
TEST
No
 
LEARNING AIDS
Yes
 
COURSE MATERIAL
Hard & Soft Copies of Study Material
 
LANGUAGE OF INSTRUCTION
English
 
INSTRUCTOR HELPLINE
Yes
1. Email
2. Social Media (For Emergency requirements)
 
REGISTRATION REQUIREMENTS
1. Passport Copy
2. Curriculum Vitae
3. Passport size photographs
4. Course Fee
 
MODE OF PAYMENT
Cash / Cheque / Credit Card / Bank Transfer.
 
ELIGIBILITY CRITERIA
Country Managers
Asset Managers
Project Managers
Operations Managers
New Venture Managers
Business Development Managers
Finance and Tax Professionals
Lawyers
Risk Managers
Government Relations Managers
Political Risk Analysts
Corporate Affairs Managers
External Relations Managers
Corporate Social Responsibility Managers
Public Relations Professionals
 
COURSE BENEFITS
This course will benefit oil and gas upstream professionals and management engaged in operations, planning and decision making, assessing and managing projects and work programs, assessing new ventures opportunities and managing exploration portfolios such as:
Business development managers, drilling managers, exploration and production team leaders, exploration managers, operations managers, senior exploration managers, senior petroleum engineers, senior reservoir engineers, senior safety engineers, technical safety engineers. Planning managers and departmental heads will also benefit from this course.
 
COURSE CONTENTS 1
 
Introduction – Current Environment and Industry Trends
 
Business Environment and RelevanceOil & Gas Markets and Commodities
 
Industry Performance
 
  • Industry Structure, Contractual Arrangements and Value Chains
  • Technical, Social and Market Trends
  • Oil and Gas Project Management and Planning Fundamentals
 
Life Cycle Analysis and Planning
  • Discussion of Project Management Considerations Across Key PhasesExplorationAppraisal and DevelopmentProductionAbandonment
  • Key Project Valuation Measures
 
Net Present Value Concept Discount Factor
  • Cost of Capital – review effects of interest rate, cost of equity and debt/equity trends
  • Net Present ValueInternal Rate of Return
  • Payback PeriodProfit/Investment Ratio
  • Petroleum Risk and Uncertainty Analysis
 
Probability, statistics and key uncertainty concepts
  • Risk and uncertainty management principles
  • Appropriate use of probability distributions
  • Monte Carlo simulation, Latin HypercubeDeveloping key probabilistic estimation skills
  • Probabilistic reserves and resource estimation techniques
  • Probabilistic cost estimation
 
Estimating with uncertainty
  • Expected value concepts and the effects of low oil price
  • Risk assessment
  • Financial Risk Analysis
  • Incorporating risk management in decision making
  • Decision Analysis for Exploration and Production
 
Fundamentals of decision analysis
 
  • Problem Framing
  • Value of information
 
  • Real option valuation
  • Application of Bayes’ theorem
 
Prospect risking and evaluation – effects of oil price on prospect viability
  • Portfolio management and optimization in a low oil price environment
  • Scenario modelling case studies
 
Project vulnerability analysis and mitigation techniques
 
Sensitivity Analysis (focusing on the effects of oil price downside)
  • Tornado diagrams
 
  • Break-even analysis
 
  • Distributions, Decision trees and simulation
  • Corporate Risks and Strategic Decision making
 
Recognition corporate influences decision making
 
Implications of E&P Corporate Risk
 
Taking and Performance
  • Corporate and Financial Risk Tolerance and Vulnerability
  • Strategic planning and implementation
  • Processes for recognizing a company’s strengths and weakness
  • Strategies for taking advantage of strengths and mitigating weaknesses
  • Importance of effective communication and management buy-in
Commonly used structured planning techniques
 
  • SWOT and PEST analysis
 
  • HSE, labour and stakeholder considerations
 
  • Modelling and structuring complex E&P decisions – exploration plays a selection
 
  • Applications of decisions and Risk analysis to the Petroleum sector
  • Price Risk Management
 
Physical Oil & Gas MarketsPrice Risk – How to Evaluate It?
 
Market structures and types of transactions to mitigate price risk
 
Price Exposure, Definition of Hedging and Hedging principles
 
Pricing and Sensitivities
  • Managing Political Risk & Corporate Governance Solutions
 
  • Understanding, identifying and managing Political Risk
  • Political risk mitigating tools (strengths and weaknesses
  • )Internal policies & solutions
  • Political Risk Insurance and Portfolio Diversification Strategies
  • Effective Implementation of Strategic Decision Making
 
  • Consistent use of metrics and appropriate target setting
  • Decision-making processes, useful systems and tools
  • Separation of operations from strategy
  • Creation of Forums focused on decisions, not a discussion
  • Prioritising high-value items and dropping non-essential issues
  • Ensuring only viable options are considered and implemented