17 courses with the subject EPE, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
EPE 5010Subsurface Energy Storage Blockchain
EPE 5020 - Petroleum and Geothermal BKCH 4121 - Case Studies in Block Chain Engineering PETE 5050 - Life Cycle Analysis EPE 5030 - Exergy PETE 4820 - Blockchain in Energy Advanced Drilling Engineering Credit Hours
This course introduces the concepts of exergy, exergy destruction, and second-law efficiency, and the development of energy, entropy, and exergy balance equations for energy systems/processes, such as power plant, refrigeration, chemical process, thermal energy storage, hydrogen production, etc., which are needed to perform energy and exergy analyses. Max Credit: 3 Prerequisite:
Building a solid scientific foundation for senior undergraduate and graduate students in quantitatively evaluating the impact of engineering decisions on the environment via (LCA); 2) Contents: Covering LAC concepts and methods, case studies, and recent developments, and 3) Goals; Conducting ISO 14040 standards based LCA. Max Credit: 3 Prerequisite:
This course introduces programming for energy data analysis using the Python programming language. Topics include data import-export, data types, control statements, functions and data visualization. Students will get hands-on training on writing programs for analyzing data from the energy industry using Jupyter Notebook as the Integrated Development Environment (IDE). Max Credit: 3 Prerequisite:
EPE 5150Project Management in Energy Advanced Drilling Engineering
Analytics EPE 5210 - Advanced Well Control EPE 5130 - Data Analytics Applications in the EPE 5220 - Drilling Problems and Solutions Energy Industry EPE 5230 - Managed Pressure Drilling EPE 5140 - Temporal Analytics for the Energy EPE 5050 - Life Cycle Analysis Industry EPE 5860 - Energy, Environment, and Materials
This course provides students with a fundamental understanding of graphs and graph data models, focused on application to the energy industry. Concepts such as knowledge graphs, graph visualization, graph clustering, page ranking and graph powered machine learning will be presented in a hands-on fashion using data from the energy industry. Max Credit: 3
This course provides students with the fundamental knowledge and skills to extract value from unstructured textual data in the energy industry through text mining methodologies. Through hands-on projects and real-world example students will learn how to extract valuable insights from a diverse range of text data from the energy industry. Max Credit: 3
Graduate standing and successful completion of EPE 5110 and EPE 5130 courses.
EPE 5210Advanced Well Control3
This course is designed to give students an in-depth understanding of well control principles, practices, and equipment. Students will develop the knowledge and skills to manage well control situations and ensure effective and safe operations. Max Credit: 3
Principles and practices of advanced topics in drilling engineering, including directional and horizontal drilling, well control equipment and procedures, offshore and deepwater drilling technologies, and drilling optimization. Application of modern computer-based analysis, design methodologies, and simulation of complex drilling scenarios. Max Credit: 3
PETE 3255 and Graduate standing. Cross Listed: PETE 4255 ,PETE 5255
EPE 5310Applied Blockchain for Oil and Gas3
This course focuses on applying blockchain technology for sustainable development in the oil and gas industry. It provides hands-on experience in developing and deploying Smart Contracts and other decentralized solutions with real-world applications. Max Credit: 3
EPE 5110 and Graduate standing Credits: 3 Max Credit: EPE 5860 - Energy, Environment, and Materials ERS 1300 - Oil: Busine Disseminating integrated knowledge in producing energy and synthesizing chemicals and materials; Content: Covering the fundamental principles in these disciplinaries; Goals: 1) understanding the relationships among the three areas, 2) gaining the knowledge in the three areas, and 3) identifying contemporary issues in the three areas. Credits: 3 Max Credit: 3 Prerequisite:
EPE 5860Energy, Environment, and Materials Energy Engineering
