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  • Description: This course provides participants a comprehensive overview of the industry; learn what petroleum is, where it comes from and how it affects all of our lives on a daily basis. Become familiar with the various phases of the Oil and Gas Value Chain – upstream, midstream and downstream – the key industry players, the basics of oil and gas supply, demand, and pricing and the challenges that the industry faces as demand for these important form of energy grows by 50% in the next 25 years. 
    Learning Objectives:
    • Basic knowledge of the oil & gas lifecycle from reservoir to finished product 
    • Basic knowledge of the oil & gas industry and the processes and technology involved  
    • Insight and understanding of the participants work and role in a larger context 
  • Description: This course provides an introduction to the business of primary energy production.  The course will examine the nature of demand and supply in global energy markets, and business considerations for participants in those markets.  Students taking this course will be able to identify the distinctive challenges facing enterprises engaged in the development of primary energy resources.  The course is intended to provide a broad perspective of the challenges for businesses and policy authorities engaged in diverse but integrated global energy markets. 
    Learning Objectives: students will be able to: 
    • describe the complex nature of global energy policy agendas 
    • compare and contrast various global energy policies in the context of shifting agendas and politics 
    • discuss global energy challenges from four distinct perspectives: security; public policy; sustainability; and development 
    • interpret and judge competing policy approaches towards global energy challenges 
    • identify and differentiate the role and multifaceted nature of existing actors in global energy governance 
    • evaluate the existing spectrum of institutional arrangements that aim to govern global energy 
  • Refining & Chemical Processes Syllabus

    Course Description: This course is ideal for professionals working in the Oil and Gas industry who want to gain a better understanding of best practices and technologies related to Exploration & Production activities. It is also suitable for those who are preparing to enter the Oil and Gas industry or developing a career in Petroleum Engineering. Refining & Chemical Processes is an online course designed to provide students with an introduction to the concepts and processes of various refining and chemical reactions. This comprehensive class will cover topics such as chemical equations, thermodynamics, reaction kinetics, catalysts and more. Course Objectives: 1. Demonstrate a basic understanding of the fundamental principles involved in refining and chemical processes; 2. Master problem-solving methods used in these areas; 3. Apply theoretical knowledge when solving practical problems; 4. Develop laboratory skills related to refining process experiments; 5. Design innovative solutions that solve refinery or industrial problems related to these disciplines; 6 Understand how environmental regulations affect how businesses operate with respect to processing operations ; 7 Learn effective communication strategies for presenting technical information within a professional environment. Participants will gain an understanding of the complexities associated with refining processes and chemical reactions. This knowledge can then be applied in industrial or research settings to enhance productivity, increase efficiency, and protect the environment.
  • Oil and Gas Exploration and Production Syllabus

    Course Description: This online course on Oil and Gas Exploration and Production will provide students with an understanding of the principles, technology, resources, and management strategies used in hydrocarbon exploration and development. Through lectures, discussions, case studies and hands-on projects, this course will introduce the fundamentals of good planning, drilling operations, production engineering as well as reservoir evaluation methods. The curriculum also covers topics such as petroleum geology/geophysics; petrophysics; natural gas resources; oil refining & transportation. By the end of this course, a student should be able to describe key elements involved in all stages of the exploration process from prospect definition to field facilities design and optimization. Course Objectives: 1) Identify subsurface formations that may contain hydrocarbons 2) Understand how to identify possible drilling sites 3) Evaluate potential productivity levels for exploratory wells 4) Apply foundational elements of reservoir engineering including decline curves analysis 5) Utilize data mining tools to improve decision-making in resource appraisal processes 6) Describe operations-related key concepts such as artificial lift systems & surface processing equipment selection 7) Implement operational regimes for optimal production rates vs cost-effectiveness 8) Apply best practices to ensure safety & environmental regulations compliance 9) Determine the economic viability of developing an oil and gas field. This course is ideal for professionals working in the Oil and Gas industry who want to gain a better understanding of best practices and technologies related to Exploration & Production activities. It is also suitable for those who are preparing to enter the Oil and Gas industry or developing a career in Petroleum Engineering.
  • Renewable Energy Syllabus

    Course Description: This online course is designed to help participants understand the basics of renewable energy and its applications in our daily lives. This course will cover topics such as different types of renewable energy, processes for implementing them into daily life, current trends in technology, and economic considerations when planning for future energy needs. Upon successful completion of this course, students should be able to: Course Objectives: 1. How renewable sources can affect individual lifestyle choices as well as policy decisions 2. Identify viable alternatives to non-renewable energy sources 3. Analyze the cost benefits associated with investing in renewable energy technologies 4. Understand the various regulatory policies that govern different forms of renewable energies 5. Explain how technological advances have enabled a wider range of options for utilizing sustainable resources

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