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Delta Rock
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Delta Rock is proud to support National Engineering Day.National Engineering Day is a day where we celebrate the fantastic achievements and impact engineers have on everything we do. Without engineers, our lives would be very different.Wherever we look, we can see how engineers have improved our lives. Engineers have designed, developed and manufactured everything we use in our everyday lives, from mobile phones to the computers we use to the homes we live in. At Delta Rock, we continue to invest in the electrical and automation engineers of the future through ongoing training and apprenticeships. It is vital we promote engineering and nurture the skills to support industry now and in the future.Supporting innovative minds and skills of engineers will help us meet the ever-changing challenges of the future.Find out more about National Engineering Day and what engineers do for us all: https://ow.ly/B4P750Q2yzC#NationalEngineeringDay #Engineering #Systems #AutomatedSystems #CAD #Electrical #UKIndustry
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Amol Deshmukh
Power Transmission and Distribution
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Why can't an electrical engineer do his or her own electrical work for their home?I think you misunderstand what electrical engineering is and what it involves.Electrical engineering is far more abstract, and you learn about signal processing, semiconductors, control systems, computer architecture, power distribution systems, electromagnetism etc. You are not taught how to wire a house, but you are taught the theory behind why electrical connections are made the way the are (cicuit analysis).Wiring a house involves following and knowing standards, having tools, and having enough practice to do it right. All of these hands-on skills are taught in trade schools or apprenticeships, and they have very little overlap with electrical engineering. Also, for something as critical as the electrical work for my home, I’d rather not take the risk of messing it up and would prefer to leave it to a professional.Sure, a small minority of EEs may learn this as a hobby, but it is far from the norm.
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electrically engaged in career as an engineering student
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Muhammad Yaqoob
Electrical Engineer KFUEIT-24||Research Assistant at High Voltage Lab KFUEIT||R&D on HV Insulations Failure||Former Intern at HVSC Lab Rawat||Former Intern at NTDC 500kV & 220kV Grid||R&D on HV Cable (XLPE)||
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Post No: 05 HV&SC Lab Rawat (Internship) Routine and Type Testing on Current Transformers (CTs) Part# 02Type TestingType testing takes the evaluation of CTs to the next level, ensuring they meet specific performance and safety standards in diverse scenarios.1. Accuracy Class Test:The Accuracy Class Test confirms the CT's accuracy under specified conditions.Purpose:To guarantee that the CT provides reliable measurements, critical for accurate power system operations.2. Saturation Test:The Saturation Test assesses the CT's response to increasing current levels until saturation.Purpose:To determine the CT's behaviour during high-current events, ensuring it remains within accurate measurement limits.3. Impulse Withstand Test:The Impulse Withstand Test exposes the CT to high-voltage impulse conditions.Purpose:To validate the CT's insulation strength against voltage surges and lightning strikes.4. Temperature Rise Test:The Temperature Rise Test measures the CT's temperature under load conditions.Purpose:To ensure the CT operates safely within specified temperature limits.5. Short-Circuit Test:The Short-Circuit Test puts CTs to the ultimate trial, assessing their ability to withstand the intense stresses of short-circuit conditions.Purpose:To guarantee that CTs can endure the extreme currents encountered during fault conditions, ensuring uninterrupted power system protection.6. Dynamic Current Test:The Dynamic Current Test is all about evaluating how CTs perform when subjected to rapid changes in current intensity.Purpose:To ascertain that CTs maintain their accuracy even during high-rate current variations, ensuring consistent and dependable measurements in dynamic power systems.7. Thermal Stability Test:The Thermal Stability Test is a rigorous examination of how CTs handle prolonged exposure to overcurrent conditions.Purpose:To validate the ability of CTs to withstand extended periods of elevated current, ensuring their durability and accuracy in demanding operational environments.In the world of electrical power systems, the accuracy and reliability of CTs are paramount. Routine and type testing are the cornerstones of quality assurance, ensuring these vital components perform flawlessly in demanding conditions. Embrace these tests as your allies in maintaining the integrity of your power systems.Muhammad Usman Sardar, Dr. Abubakar Siddique, Dr.Waseem Aslam Sial, High Voltage Engineering Europa, B.V., Danish Khan,
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Makhosandile M Nyathi
Final Year Electronic Engineering Student at NUST
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Embracing the Journey: My Passion for Electronic EngineeringBack in 2017, as I approached my A'level exams, I found myself grappling with the daunting decision of choosing a university major. Uncertainty loomed over me until I had a pivotal conversation with someone who would become my lifelong mentor. They posed a simple question: "What brings you joy and fulfillment in your free time?"Without hesitation, I shared my deep love for design and my dream of one day crafting intricate electrical systems. At that point, I was also immersed in the world of coding, eagerly learning the ins and outs of Python. It was in that moment that my mentor painted a vivid picture of electronic engineering, recounting their own captivating projects and experiences. Instantly, I knew I had discovered my true passion.For the past five years, I have wholeheartedly dedicated myself to pursuing a degree in Electronic Engineering. This journey has been anything but easy, marked by numerous challenges and invaluable learning experiences. Yet, with every hurdle I encountered, I found myself growing more enamored with the field.Beyond the realm of coding and electronic systems, this path has offered me so much more. I have delved into project management, honed my skills in instrumentation and control, and embarked on a remarkable internship at a hospital as an HET (Hospital Engineering Technician). These diverse experiences have expanded my knowledge and enriched my understanding of the intricacies within the field.Today, I stand at the threshold of a new chapter in my career, brimming with excitement to apply my skills and make a tangible impact in the world of electronic engineering. I am eager to collaborate with like-minded professionals, pushing the boundaries of innovation and shaping a future that holds endless possibilities.If you share my passion for technology, design, and the boundless potential of electronic engineering, I invite you to connect with me. Together, let's embark on a journey of transforming ideas into reality, leaving an indelible mark on the world we live in.
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Philip Espiritu Dilao
Engineer - Electrical at Midmac Contracting W.L.L.
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Improving your skills as an Electrical Engineer involves a combination of continuous learning, practical experience, and staying updated with industry trends. Here are some tips:1. **Continuous Learning**: Stay updated with the latest advancements in electrical engineering through courses, workshops, webinars, and industry publications.2. **Hands-on Experience**: Seek out opportunities for internships, co-op programs, or projects to gain practical experience and apply theoretical knowledge.3. **Specialization**: Consider specializing in a specific area within electrical engineering, such as power systems, electronics, or telecommunications, to deepen your expertise.4. **Networking**: Build a network of fellow engineers, mentors, and professionals in the field to exchange ideas, seek advice, and explore opportunities.5. **Problem-Solving Skills**: Focus on developing strong analytical and problem-solving skills, which are crucial for addressing complex engineering challenges.6. **Soft Skills**: Enhance your communication, teamwork, and leadership skills, as they are essential for collaborating effectively with colleagues and clients.7. **Certifications**: Pursue relevant certifications, such as Professional Electrical Engineer (PEE) or Certified Electrical Engineer (CEE), to demonstrate your expertise and credibility.8. **Stay Updated**: Keep abreast of emerging technologies, regulations, and best practices in electrical engineering to remain competitive in the field.Consistently applying these strategies will help you become a well-rounded and proficient Electrical Engineer.
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Saad Siddiqui
Student at NED University of Engineering and Technology
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Excited to share that I've successfully completed my internship in Electrical Engineering at Afroze Textiles Industries Pvt. Ltd. It has been an incredible journey of learning, growth, and hands-on experience in the field of electrical engineering.During my internship as an electrical engineering student, I had the opportunity to explore and learn about various fascinating aspects of the field, particularly in relation to industrial applications. One area that captivated my interest was the remarkable growth of electrical engineering in industries and its profound impact on automation.Witnessing the role of Programmable Logic Controllers (PLCs) in machinery automation was truly impressive. I gained hands-on experience with instruments commonly used in electrical engineerings, such as the megger, clamp meter, PLC modules, circuit breakers, relays, and different types of circuits. This exposure enhanced my technical skills and understanding of their practical applications.One of the most enlightening experiences during my internship was working in an electrical powerhouse. Here, I witnessed firsthand the operation of generators that supplied an impressive 1 MV each by gas supply. It was captivating to learn about the intricate workings of compressors and chillers, which play a crucial role in cooling the machinery. Exploring departments like spinning, sizing, weaving, dyeing, and packaging provided me with valuable insights into the diverse range of machines employed in textile manufacturing.Moreover, my internship also shed light on the significance of sustainable practices in the electrical engineering field. Discussions on zero-carbon buildings and the importance of renewable energy sources underscored the growing need for environmentally friendly solutions. This knowledge deepened my understanding of the industry's responsibility in mitigating environmental impact and reinforced my commitment to incorporating sustainable practices into my future work as an electrical engineer.Overall, my internship experience in electrical engineering within the Afroze Textiles Industries Pvt industry was a profound learning journey. The exposure to automation, instrumentation, industrial machinery, and sustainability has equipped me with invaluable skills and insights that will undoubtedly shape my future career in this dynamic field.
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zinwan T
I am simply END-GENE-of this ERA###but an engineer###UNemployed Engineer##
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INTRODUCTION . 1###UNEMPLOYED ENGINEER ### INTRODUCTION###AIM :TO ADDRESS THE HURDLES OF THE PRESENT ENGINEERING GRADUATES.
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Osama Bahary
Electrical Design Engineer | Technical Office Engineer | BIM Engineer
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I am pleased to share with you that I had the opportunity to visit one of the leading companies in the field of manufacturing electrical cables and accessories Giza Cable Industries GC3 During this visit: - We got acquainted with the history of the establishment of the company, its fields of work, the stages of its development, and the various projects that contributed to its implementation.-The visit also dealt with a theoretical explanation of the stages of cable production, the conditions taken into account when manufacturing according to international standards, an explanation of industrial quality tests, and the importance of taking into account safety, health and environmental factors.--The visit concluded with a practical tour to see the various types of tests (routine tests, sample tests, internal type tests (before sending the product to third party laboratories to be certified)that are being carried out and to watch the stages of production of each of the following:LV cablesMV cablesHV cablesIt was an honor to meet inspiring successful engineers who supported and helped us Eng.Hamed Shiha , Mr.Osama Zakaria Omar , Eng. ahmed ahmed mahdy , Special thanks to mohamed Anwar, MBA #training #internship #cables #experience #work#manufacturing #engineers#Cables #CableAccessories #safety #Internship2023 #electrical #quality #electricalengineering #opportunity
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Jonathan Strange
Trainee Engineer
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I always try to encourage apprentices to push themselves in their learning..... Its time I walked the walk...Booked myself onto LEVEL 4 Design and Verification of Electrical Installations 2396.Best dig the college books back out now to do some revision. #learning #design #electrical #cityandguilds
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