Introduction

Technical managers in today's oil and gas industry are expected to do far more than provide technical expertise. They must lead multidisciplinary teams, optimize production performance, manage operational risks, control costs, and align technical decisions with corporate business objectives. Success requires a combination of strong leadership capabilities, operational excellence, production chemistry knowledge, and financial awareness.

This highly practical course equips technical managers with the leadership skills and technical insights needed to drive production chemistry optimization, improve oil and gas operational performance, maximize asset value, and achieve sustainable cost management. Participants will learn how to integrate technical decision-making with business strategy while leading teams through operational challenges and performance improvement initiatives.

The course combines leadership development with practical applications in production chemistry, flow assurance, asset integrity, production optimization, and cost management to enable managers to deliver measurable results in complex operating environments.

Objectives

By the end of this course, participants will be able to:

• Strengthen leadership and management capabilities in technical environments.
• Lead multidisciplinary teams toward operational excellence.
• Understand the strategic role of production chemistry in asset performance.
• Improve production optimization and operational efficiency.
• Manage production chemistry programs to maximize production and reduce costs.
• Apply cost management principles to upstream operations.
• Improve decision-making using technical and economic analysis.
• Manage operational risks and performance challenges effectively.
• Enhance communication and stakeholder engagement.
• Develop strategies for sustainable operational improvement.

Organizational Impact

Organizations will benefit from:

• Improved leadership effectiveness among technical managers.
• Enhanced production performance and asset reliability.
• Better integration of technical and commercial objectives.
• Reduced operating costs and chemical expenditures.
• Improved production chemistry management.
• Enhanced operational decision-making.
• Increased team productivity and accountability.
• Better asset value creation and profitability.

Personal Impact

Participants will gain:

• Stronger leadership and people management skills.
• Enhanced operational and technical decision-making capabilities.
• Improved understanding of production chemistry optimization.
• Better cost management and budgeting skills.
• Increased confidence in managing multidisciplinary teams.
• Greater ability to influence stakeholders and drive change.
• Improved strategic thinking and business awareness.

Who Should Attend

• Technical Managers
• Production Managers
• Operations Managers
• Production Chemists
• Petroleum Engineers
• Production Engineers
• Asset Managers
• Field Managers
• Facilities Managers
• Integrity Managers
• Team Leaders
• Senior Supervisors

Methodology

The course combines:

• Interactive workshops
• Leadership assessments
• Technical case studies
• Group discussions
• Practical exercises
• Operational simulations
• Cost optimization workshops
• Industry benchmarking

Course Syllabus

Day 1: Leadership Excellence for Technical Managers

Leadership in Technical Organizations

• The evolving role of technical leadership
• Leadership versus management
• Building high-performance technical teams
• Leading through influence and expertise

Strategic Thinking and Decision-Making

• Aligning technical objectives with business goals
• Strategic asset management
• Risk-based decision-making
• Leadership during operational uncertainty

Communication and Stakeholder Management

• Communicating technical issues to executives
• Influencing stakeholders
• Managing cross-functional relationships
• Building collaboration across departments

Day 2: Production Chemistry Optimization and Asset Performance

Strategic Role of Production Chemistry

• Production chemistry and value creation
• Production chemistry challenges in mature assets
• Integrating chemistry into asset management

Managing Production Chemistry Programs

• Corrosion management
• Scale management
• Emulsion treatment optimization
• Wax and asphaltene control
• Produced water management

Production Chemistry Economics

• Chemical treatment optimization
• Cost-benefit analysis of chemical programs
• Performance measurement and benchmarking
• Reducing chemical operating costs

Case Study

• Production chemistry optimization in a mature field

Day 3: Operational Excellence in Oil & Gas Operations

Production Optimization Principles

• Maximizing production efficiency
• Production system analysis
• Managing production constraints
• Improving equipment reliability

Asset Integrity and Reliability Management

• Integrity management frameworks
• Risk-based inspection
• Reliability-centered maintenance
• Failure prevention strategies

Operational Performance Management

• Production KPIs
• Root cause analysis
• Performance monitoring systems
• Continuous improvement methodologies

Workshop

• Operational improvement planning

Day 4: Cost Management and Value Optimization

Financial Fundamentals for Technical Managers

• Understanding financial statements
• Cost structures in upstream operations
• Capital versus operating expenditures
• Budget development and control

Cost Optimization Strategies

• Chemical cost optimization
• Maintenance cost reduction
• Production cost benchmarking
• Contractor management

Economic Evaluation and Decision Support

• NPV and IRR concepts
• Economic screening of technical projects
• Investment prioritization
• Value-based decision-making

Practical Exercise

• Cost optimization case study

Day 5: Leading Change, Innovation and Sustainable Performance

Change Leadership

• Leading operational transformation
• Overcoming resistance to change
• Building a culture of accountability
• Driving continuous improvement