Purvis Energy Advisors’ Post

📢 Exciting News from My PhD Journey! 🎓 Delighted to announce the publication of my paper in a Class A journal! 🌟 My research focuses on "Enhancing fault diagnosis of undesirable events in oil & gas systems: A machine learning approach with new criteria for stability analysis and classification accuracy." This achievement marks a pivotal moment in advancing fault diagnosis methodologies in the oil & gas industry using cutting-edge machine learning and introducing novel criteria for stability analysis and classification accuracy. 🛢️🤖 Your thoughts and engagement on this critical topic are highly encouraged! 💬 Let's elevate the conversation and foster knowledge exchange. #PublishedPaper #ClassAJournal #PhDResearch #OilAndGas #MachineLearning #FaultDiagnosis #UniversityOfBoumerdes

At 59 years old, with 37 years of energy industry experience. The question was asked of me recently “When did I become an expert” My answer was two told, firstly an expert is something with both knowledge and wisdom of a specific skill set, which I feel I have acquired over time. And secondly you can only truly become an expert once you have “learnt all there is to learn” in a certain field. So in essence, we can really only call ourselves knowledgeable, experienced and competent and with a level of wisdom learnt from both failure and success. But an expert ??

Exciting Opportunities in Engineering: A Glimpse into the Future In the dynamic world of engineering, the roles of Power Systems Engineers, Renewable Energy Engineers, and Machine Learning Engineers are evolving to meet the challenges and opportunities of the future. Each role demands a unique set of skills and offers prospects for immense impact and professional growth. Power Systems Engineers are at the heart of transforming how we generate, transmit, and distribute electricity. With a deep understanding of the complexities of power systems and a commitment to sustainability, these professionals are critical in optimizing our energy resources. Renewable Energy Engineers play a pivotal role in our global shift towards sustainable energy. By harnessing the power of the sun, wind, and water, they are leading the charge in creating a more sustainable and eco-friendly energy future, making strides towards combating climate change. Machine Learning Engineers are pushing the boundaries of artificial intelligence, creating smart systems that learn and adapt. Their work in developing algorithms and models is revolutionizing industries - from healthcare to finance, making our systems smarter and more efficient. As we look towards 2024, the demand for these sophisticated roles continues to grow in Australia, with compensation packages reflecting the high value of these skill sets. This makes now the perfect time for professionals to skill up in these critical areas of engineering. For those passionate about making a difference with their technical expertise and leading the way in innovation, these roles offer not only competitive remuneration but also the opportunity to contribute significantly to shaping our future. #Engineering #RenewableEnergy #MachineLearning #PowerSystems #CareerGrowth #Innovation https://lnkd.in/e-Div2zs

Course Launch Announcement: Enroll Now in Solar Energy Data Analysis (SEDAPM-30)! We are thrilled to announce the launch of our advanced online program, Solar Energy Data Analysis (SEDAPM-30). Designed for professionals seeking specialized skills in analyzing solar energy data and Python programming language, this course will equip you with the knowledge and tools needed to excel in environmental sustainability. Enroll now and take advantage of early bird pricing! As a limited-time offer, secure your spot at just ₹10,000 (originally ₹11,999). Don't miss this opportunity to upgrade your skills and make an impact on the environment while enhancing your career prospects. Key Learning Areas: 1. Solar Energy Domain & Its Challenges 2. Advanced Python Skills for Data Analysis 3. Power BI Visualizations & Dashboard Creation Join our community of professionals today and be part of the renewable energy revolution! Enroll now and let's work together towards a sustainable future. join on https://lnkd.in/dTJPsRsg #SolarEnergyDataAnalysis #PythonProgramming #EnvironmentalSustainability #CareerGrowth #RenewableEnergy #CourseLaunch #EnrollNow

Generating economic production opportunities in new or existing fields is crucial for the success of any oil and gas company. These opportunities stem from a systematic assessment of key value drivers, using relevant measurements and thorough analysis to create actionable intelligence. Central to this process is a deep understanding of reservoir surveillance technologies. This book not only helps readers grasp the broad range of surveillance issues but also provides practical tools, techniques, and templates tailored to specific needs. The theory behind various equipment and data analytics is illustrated with examples, making it essential reading for reservoir, production, and operations engineers, as well as earth scientists. Additionally, the theoretical background and concepts are invaluable for university students seeking fluency in this integrated subject. #reservoirsurveillance #productionoptimization #petroleumengineering #dataanalytics #WeAreSPE #oilandgas #energybooks https://buff.ly/3XmNHlo

Electricity supply system introductory course –  June 17-18, 2024 – Arnhem, the Netherlands This two-day introductory course explains the essentials of electricity generation, electricity supply and markets. Terminology, grid structures and grid components, market players and the coordination of supply and demand will be discussed. The layout, operation, quality and protection of the electricity grid are also addressed. The basic principles will be related to new developments, such as smart grids and renewable generation. Answers to the following questions are being provided: - What safety and protection systems are in place in the grid? - What exactly is the difference between current, voltage, power and energy? - What are active and reactive power, and why are they important? - How is network power quality influenced? More examples of below questions can be found on our website. For whom? Anyone whose work involves the electricity supply system directly or indirectly, and who wants to increase their understanding of the related issues. Visit our website for more information and registration: https://lnkd.in/gN5i2hW

In the electricity and energy field, technical studies are important for keeping the power system stable and efficient. But what some people might not realize is that the success of these studies depends a lot on the environment where engineers work. Let me tell you the story of two engineers who faced similar challenges but had very different results, and how their work environment made all the difference. Engineer Rami was asked to do a technical study for a new renewable energy project. The study was complicated and needed a lot of accuracy, but because his company supported him, he was able to do it with confidence. Rami worked under Engineer Saleh, who was not just a leader but also a mentor. Saleh gave him the guidance he needed and encouraged him to think deeply and creatively. Saleh believed that success comes from a positive work environment where employees feel appreciated. With this support, Rami finished the technical study with high accuracy, which led to good recommendations that helped make the project successful and stable for the long term. This result was not just a technical success but also improved team spirit and Rami’s confidence in his abilities. On the other hand, Engineer Ahmed was given a similar task but worked in a very different environment. He was under the supervision of Engineer Abdulaziz, who did not give enough support to his team. Ahmed also felt stressed because he didn’t have enough resources or guidance. These problems caused him to complete the study poorly, leading to issues during the project’s implementation and service interruptions. The failure here was not because Ahmed lacked experience, but because he didn’t have the support he needed. This negative experience not only affected Ahmed but also hurt the performance of the entire team. These two stories show how a company’s treatment of its employees can make the difference between success and failure. At our company, we know that keeping employees happy and providing a supportive work environment are not just nice things to do—they are necessary for achieving good results and reaching our goals. When employees feel valued and supported, they can focus better, be more creative, and make the right decisions when it matters most. That’s why we are dedicated to creating a work environment that helps our employees grow and do their best work. In the end, happy and motivated employees are the key to successful technical studies. This is the foundation on which we build our success and long-term growth. #EmployeeWellbeing #WorkplaceCulture #EngineeringSuccess

Student researchers at the Georgia Institute of Technology are performing a study. This study seeks to evaluate a newly developed Justice-Embedded Requirements Engineering (JERE) process and tool prototype. JERE was created with the goal of enabling engineers to consider and integrate energy justice principles in the design of clean, renewable, and energy efficient technologies. You can find more information about the study and JERE below. Teams of 2-8 people who are interested in participating can fill out this short interest form: https://lnkd.in/eSqZsbjM   The study will include two 2-hour virtual workshops and will be maxed out at 5 teams. Please support our GT student researcher, and former SEI JG Campbell Award Winner Bettina Arkhurst in her dissertation research by circulating this information to research teams who may be willing to devote a small amount of time to this project. All team members will have to meet the following criteria: - Currently researching, engineering, designing, and/or demonstrating technology in the energy sector*  - Be a fluent English speaker - Live in the United States or a territory of the United States - Be able to give written consent - Be 18 years of age or older Teams working on proposals can also participate.   *Here, we take a broad view of the "energy sector," including but not limited to projects or proposals focused on: demand- or supply-side energy infrastructure or products, energy resilience, electricity or the electric grid, climate mitigation, improving process efficiency, material discovery related to the energy sector, projects or proposals geared towards U.S. Department of Energy initiatives, relevant software or hardware development, and so on.  

Thrilled to graduate as the top-one ranked student in the Petroleum and Energy Engineering department, securing the highest mark of 90/100. Grateful for the opportunity to lead and achieve the top-one rank among over 160 talented peers in the College of Engineering. Excited to apply my academic excellence in contributing to the dynamic field of petroleum & energy engineering. #Top_One_Graduate #Petroleum_and_energy_Engineering #petroleum_engineering #AcademicExcellence"

This article shows how operations research and liner programming can be utilized to optimize the supply chain network and come up with the best operating strategy...