The deteriorating infrastructure is one of the key factors to the growing difficulty in meeting the various and complicated requirements of today’s electricity systems, which is becoming increasingly more difficult as time goes on. Not only does this have an effect on reliability, but it also presents system operators with a significant conundrum: they must decide whether to extend the life of their assets or whether to replace them and make them more up to date. Testing, condition monitoring, and diagnostics allow operators to manage their assets in a timely and efficient manner. They also guarantee that plant and equipment fulfill design and operational criteria. There are many different approaches to condition monitoring that can be utilized for high voltage equipment. Some examples of these approaches include the detection of partial discharges, the measuring of vibrations, and thermal imaging. When considered separately, each of these methods has a set of advantages and disadvantages that, in many instances, compromises their capacity to give a comprehensive and accurate evaluation of the state of an asset when utilized on its own. In addition, the efficient utilization of these systems calls for the ongoing collection and evaluation of significant amounts of data by engineers who possess specialized knowledge, frequently making use of specialized instruments and software.
This fact can make the adoption and implementation of these systems challenging. The goal of the research will be to develop an all-encompassing condition monitoring solution for the components of power system apparatus. This solution will combine aspects of electrical and non-electrical techniques and be able to provide automated condition diagnosis utilizing artificial intelligence. In the beginning, it will involve the collection and analysis of data from laboratory studies on a smaller scale in order to establish a potential correlation between the various monitoring techniques as well as the capabilities of sensors and signal processing algorithms. The knowledge that was acquired as a result of the inquiry described above will serve as the foundation upon which the layers of deep neural networks will be built in order to automate the process of condition diagnosis and reporting using machine learning. The collected data will be used to train the models that have been developed so that they are able to successfully identify incipient faults and categorize the condition of equipment based on severity without the need for human intervention, and ultimately provide a prognosis of asset life expectancy.
About Scholarship Provider
It is widely acknowledged that the University of Liverpool is among the most illustrious educational establishments in the entirety of the United Kingdom. In the year 1881, it was first established. The university offers programs at the undergraduate, graduate, and research levels in a wide variety of disciplines, such as the arts and social sciences, science and engineering, health and life sciences, and management studies, among others. In addition to that, it provides customers with access to a vast selection of different online courses and lessons. Ever since it was founded, the University of Liverpool has done everything in its power to live up to its reputation as a leading center of cutting-edge education and technical advancement across the entire world. Liverpool University was one of the original members of both the Russell Group, which is an association of academic institutions, and the N8 Group, which is an organization in the United Kingdom that supports collaborative research. Within a period of six months after getting their diplomas, ninety-four percent of a school’s alumni either secured work or enrolled in additional educational opportunities, as indicated by the figures provided by the institution.
At the University of Liverpool, which is located in the heart of the world-famous city of Liverpool, you will be a part of a diverse international community that will assist you in achieving both your academic and professional goals. As a student at the University of Liverpool, you will have an extraordinary and life-changing experience that will change the course of your entire life. Our area of expertise encompasses not just teaching and the accumulation of new information but also research in all of its myriad facets. We also have fantastic support and facilities that are on par with the best in the world, both of which contribute to the fact that we are ranked as one of the top 200 educational establishments in the whole wide world.
Given that our university is ranked among the top 25 universities in the United Kingdom in terms of its desirability among high-level graduate employers, it should not come as a surprise that more than 75 percent of our graduates receive a First or a 2:1. This should come as no surprise given that our university is ranked among the top 25 universities in the United Kingdom (High Fliers 2020). Supported admission into the United Kingdom as well as specialized Careers and Employability counselors are both offered to international students in the United Kingdom in order to boost the likelihood of those students being successful while they are enrolled in school there.
Scholarship Sponsor(s): University of Liverpool
Scholarship Country: United Kingdom
Scholarship Worth: £16,062
Study Level: Masters
Nationality: International Students
- The institution has committed to providing support at the UKRI level, which, for the academic year 2022-23, will cover tuition fees at the home fee rate of £4,596 and give an annual stipend of £16,062 for 3.5 years of full-time study. Applicants from other countries would be expected to make a contribution toward the increased international tuition expenses.
Eligibility for Scholarship.
- The candidates’ applications will be evaluated based on whether or not they satisfy all of the following criteria:
- Be a citizen of the United Kingdom and possess established status
- Have pre-settled status
- Have permission to enter or stay for an indefinite period of time
- Applicants from other countries will be expected to make a contribution toward the increased international tuition expenses.
The University of Liverpool 2022 Postgraduate Research in Holistic Condition Monitoring Methodology for Power System Assets using Machine Learning, UK for Master is open to all International Students
With the Bursary, students who don’t receive full support from outside sources can continue their education. Student expenses such as rent, living expenses, child support, and the like may rise unexpectedly and the Bursary is designed to assist them. Submittals for one-year bursaries ranging from $500 to $5,000 will be reviewed by the Economic History Society, which provides financial aid to postgraduate students (PhD) enrolled in UK institutions of higher education
- Are you interested, and do you qualify? To submit your application to the University of Liverpool, please visit app.askadmissions.co.uk.
- If you are interested in applying for this position, please go to the following website (https://www.liverpool.ac.uk/study/postgraduate-research/how-to-apply/) and click on the link that says “Ready to apply? Click the ‘Apply online’ button to begin the application process.
The application deadline for University of Liverpool 2022 Postgraduate Research in Holistic Condition Monitoring Methodology for Power System Assets using Machine Learning, UK for Master Is September 1, 2022