Glimpse’s Post

good visual data of defect analysis for cylindrical cell

🔬 Ever wondered how high-voltage pulse generators can revolutionize multiple industries? 🚀💡 I’m excited to share my experience from my internship at TBRL (DRDO), where I designed and developed a cutting-edge high-voltage trigger system. This project opened my eyes to the vast applications of pulsed power technology, from defense to medical technology. 🎯 Designed an efficient high-voltage pulse generator circuit 🎯 Achieved power pulses >10KV with low power consumption 🎯 Leveraged advanced optical signal conversion for precision and reliability 📈 Follow me for more insights into innovative engineering solutions and how they can drive progress in various fields! #DRDO #Innovation #Engineering #Technology #Research #HighVoltage

Selectra Pro M system is ideal for routine tests, emergency STAT runs and data backup. Operating costs can be minimized maximally thanks to little time for maintenance and efficient use of consumables. • Integrated with the most modern dry electrolyte ISE module technology. General Features: Fully Automated, Random-Access with STAT Functionality Clinical Chemistry Analyzer with integrated PC [Operating System: MS Windows XP] & LCD Monitor. Bench Top, totally open system with mistake proofing and error reducing capabilities. Compact integrated design – fully self contained including Command Center, on-board reagent cooling and on-board waste and water. Throughput: Up to 180 photometric tests/hour without ISE unit. Light Source Quartz-iodine lamp 12V-20W. Wavelength Range 340 – 800 nm; Optical unit with 8 position filter wheel; Automatic wavelength selection. 340 nm, 405 nm, 505 nm, 546 nm, 578 nm, 620 nm, 660 nm and 700 nm standard installed. Other wavelengths available on request. Photo Metric Range 0.1 to 3.0 Absorbance; Resolution 0.001 Abs. #MLT #MedicalLabTehnologists #PakistanAirForceHospital #Internship #ChemistryAnalyzer #Labinstruments

I am excited to share that I will be spending my summer in Knoxville as a SMaRT Program Intern, focusing on the AI/ML Accelerated Neutron Scattering Experiments of Quantum Magnets project. This initiative is a collaboration between the University of Tennessee, Knoxville and the Oak Ridge National Laboratory, specifically within the Neutron Science Division and Quantum Science Center. Under the mentorship of esteemed professionals Jiangxu Li, Yulin Shen, and Ting Bao, our team is pioneering the integration of artificial intelligence and machine learning to enhance neutron scattering experiments. These experiments are crucial for advancing our understanding of quantum magnets, particularly highly frustrated magnets, which are potential candidates for revolutionary quantum technologies. My role involves several key responsibilities: 🔸 Creating a 'descriptor' for electron densities within crystallographic structures, allowing us to represent these electron densities in a numeric form that can be used in machine learning models for predicting various characteristics of materials without having to solve intense equations. 🔸 Developing code to efficiently read and construct a database of solid-state materials using parallel computing. 🔸 Learning and applying quantum mechanical theory relating to solid-state physics. This position not only allows me to apply my background in physics and computer science but also prepares me for future challenges in the field of quantum science and technology.

We are thrilled to highlight the last of our team of interns; Arvind Swamynathan, our Machine Learning Intern at Arrow Diagnostics this summer! Arvind is an incoming senior at UC Berkeley, where he's majoring in Bioengineering and minoring in EECS (Electrical Engineering/Computer Science) and Data Science. His passion for applying software and hardware solutions to improve health and quality of life, particularly in medical device/biosensor and medical imaging engineering, aligns perfectly with our mission at Arrow Dx. #TeamArrowDx #MachineLearning #BiotechCareers"

To all my connections taking time to read one of my posts!!!!! This is a joyous moment that I started my internship with Phoenix Global and for our extended knowledge we are been processing under a bootcamp session in which a topic of QUANTUM COMPUTING is summarized in an article and here comes the presented article as🤩🤩

Meet Phil Alaniz, Production Coordinator at Hemlock Semiconductor! Phil shares his career journey that led him to Hemlock. “My first job was a clean room operator…but the more that you start to understand the science behind it, it was really cool to see all the different things [polysilicon] is being used for to help energize the world.” Check out this video by Tiggbee to learn more about Phil and his career in microelectronics! #Career #Apprenticeship #Technology #Microelectronics #HemlockSemiconductor #Tiggbee

[Digital and Automation Control Labwork - DC Motor Digital Controller] In our recent practicum, my group and I successfully completed the practical on implementing a digital controller for a DC motor. We explored system identification using both OLS and RLS methods to model the motor's dynamics. With the model in hand, we applied a PI controller to optimize the system’s response. Key takeaways: 1. System identification using OLS provided more stable and realistic parameters, especially for step input signals. 2. The PI controller significantly improved system response by reducing steady-state errors and enhancing stability. However, tuning the controller required balancing to avoid overshooting or oscillation. I’d like to extend my gratitude to our lab assistant, Mohammad Baha'uddin Karim, and my incredible teammates Jahfal Fadhil Ramadhan, Akmal Aydin Pratama Ramadhan, Rayhan Noumi, and Ilham Wahyu Eko Prasetyo for their hard work and collaboration throughout the experiment. System and Cybernetic Laboratory, ITS ITS Control System

I will let you all in on a little secret, but don’t go around telling everyone about it because that might disturb a global system that has so far worked in my favour. I’m only telling you because I trust you. For this we need to briefly dive into physics and psychology – a metal quicky if you will. We'll need two concepts that you might have already heard of: the law of conservation of energy (aka the first law of thermodynamics) and self-fulfilling prophecies. Rest assured, I am an expert in both these fields due to my MSc in Psychology and a one-week high school internship in process engineering. Now, simplified the two concepts state that energy in a closed system will always stay the same it will simply change or be converted into something else; and a self-fulfilling prophecy is the idea that our own expectations influence the outcome of events because it influences our behaviour. Now let’s make two assumptions: 1) The World is a closed system and 2) Luck is a form of energy. If we assume this to be true and take self-fulfilling prophecies as kicker we get the following, in my opinion quite obvious, conclusion. A lot of people expect bad things to happen on Friday the 13th, this in turn leads to more bad things happening – or differently said, there’s a lot of bad luck going around. As luck is quite the fickle energy, it frequently fluctuates under normal conditions. However, if a great amount of bad luck is created an equal amount of good luck has to go somewhere. Which is why I love Friday the 13th, I always expect good things to happen and have made it my “Lucky Day” years ago. So my very own self-fulfilling prophecy functions like a luck magnet attracting lavish amounts of luck, that is naturally slightly confused by the current situation. So my advice is, be like me, be a beacon of hope for lost and confused luck molecules (or waves – scientists are still arguing about it, but that is a different story all together). All I can say is that I’ve had a great day. So Happy Friday the 13th to all of you! I am also considering to adopt a black cat.       

I am thrilled to announce that i have completed C.V course with "Bright Light Company" which is a very fruitful with important information about the types of C.Vs around all the world,the countries that use each type of them ,formats each one of them , characteristics of them and many trics which we can accept or not the C.Vs. Ready to apply my new skills and knowledge in practice. #career_Development #Courses