Asutosh Misra’s Post

As a Fresh Graduate of Metallurgical and Materials Engineering, I am strengthening my abilities in the field of industrial engineering to face the challenges of learning new things in the manufacturing industry. By studying OEE which is very often used in the manufacturing industry in evaluating the productivity performance of a machine. Below are the project data processing results from company XYZ which were calculated and compared with the ideal OEE (basic analysis). This is done to strengthen my understanding about OEE, TPM, DMAIC etc. References written on slides. Thank you! #learn #project #OEE #TotalProductivityMaintenance #IndustrialEngineering #ISO9001 #FreshGraduate #Manufacturing #Leanmanufacturing #kaizen #Improvement #Leansixsigma #Rootcauseanalysis #7QCTools

#gorakhpur #india Submitting Copied Project Reports There is a discipline in professional colleges that students of professional colleges have to go for one day or two days industrial visits or one month or 6 weeks industrial trainings. During Industrial visit their professors take them to nearby industries and make them understand how industrial procedures actually happene. Similarly industrial trainings happen after the particular semester where students must join some industry and take training from there related to industrial procedures relevant to their field of qualification. Students participate in these activities and gain a good knowledge related to corporate world after completing the schedule. Once students finish these trainings and visits, there is a procedure in professional institutions that students have to prepare a project report based on that. But here students do something which is very wrong, and that is they copy project reports from each other. One person prepare report by copying from internet and the entire class takes the photocopy of that. When professor checks the project report he find that all the students have not only prepared similar kind of project report, but the mistakes that they have done in preparing the report, all those mistakes are also similar. By looking at the project reports the professor automatically comes to know that they have copied project reports from each other. When a students return from industrial trainings and industrial visits, professors expect that students must prepare project reports according to their own individual observation about the procedures happening in the industry, but all the enthusiasm of professor goes down when he finds that all the project reports are copied project reports. Students must understand that along with theoretical studies, if their institution is sending them for industrial training and industrial visits there is definitely a purpose behind it. And the purpose is institutions want their students to have practical understanding of what they are studying in their different semesters so that after completing their courses they can become good corporate professionals. Therefore it is the responsibility of students to observe the industry thoroughly and analyse what is actually happening over there. When they are going for any industrial visit they must take photographs of relevant machineries by the permission of industrial authority. They must talk to industry experts and note down the crucial points in their notepad. Once the industrial training or visit is over, student should make use of what they understood from industry experts & the photographs that they have taken and prepare the project report in their own words. Professional college is the place of completing your courses sincerely so that you can confidently join corporate sector. And always remember that corporate sector hires only on the basis of your own individual knowledge.

#artificialintelligence #machinelearning #data #analytics #sustainability #design 11 AM, 6.5.24 ▶️ Sharing another paper with members of #LinkedIn network containing examples and use cases of machine learning tools and techniques in chemical #engineering. ▶️ Plant data analysis, plant performance prediction data, driven model development for design and control, there can be so many uses of #machinelearning in this highly data reliant industry, making it more responsive to changing demands and requirements! ▶️ Do you have any of your use cases to share or any related examples that you know of? Please let us know 🙂 I am looking to compile these examples into a form suitable for class room #teaching to fresh graduate trainee chemical engineers at our Training School.

Diploma & Me (Part 1) It’s been a while since I completed my Diploma in Chemical Engineering at Universiti Teknologi MARA, Kota Samarahan but I wanted to share this message with everyone. Whatever path you take after SPM, bloom wherever God plants you. I chose the route of a diploma. At first, I hesitated and was anxious thinking whether I made the right decision for my future. I thought about how I still needed to thrive for 3 years while most of my friends had already started their degree during my second year of diploma. I imagine the feeling of being left behind in this fast-paced world where my friends were already on day one at their workplace while I was still walking through the lecture hall finding the best seat so I could hear the lecturer better in my degree years. However, those thoughts faded as the years went by. I actually enjoyed my 3 years in diploma. I made new friends, met super supportive, helpful lecturers, and joined committees in society programs, where I was able to grow, bloom, and create meaningful connections with people. In those 3 years, I learned a lot of new technical skills that would be useful for my future career (also useful when pursuing a degree), such as using Microsoft Word, Microsoft Excel, Microsoft PowerPoint, AutoCAD, and Aspen Hysys. All these software are so exciting because there is endless learning when using them. I always find myself referring back to my textbook or sometimes watching tutorials on YouTube as guidance as I try to figure out how to complete a task assigned by our lecturers. I love that I could always learn new things, as I would be able to expand my knowledge on it, and hopefully, I could pass that knowledge to my juniors or my classmates who needed help with understanding how to use one of this software. (continue in part 2..)

Dear Engineers, Most freshers graduating and desirous to join an engineering consulting career do not have much idea about what all engineering activities are required to be performed by an engineering consultant. When I was invited as a chief guest for the NIT Warangal Faculty of Chemical Engineering golden jubilee celebrations in 2015, the topic I was to speak on, related to the various aspects of engineering for the chemical process industry. To facilitate my lecture on this topic, I had prepared a power point presentation for the students to create an awareness about what engineering consultants do for engineering design of a chemical process plant. The presentation gives a broad overview of the engineering activities and deliverables, but is not comprehensive. Depending on the type of project, there may be many more engineering activities and deliverables not covered in the presentation. That presentation is attached with this post and hopefully freshly graduated students would find it quite enlightening. Please feel free to share your views and comments. Best Regards, Ankur.

As an undergraduate industrial and manufacturing engineering student, you’re embarking on an exciting journey at university. Here’s a brief introduction to get you started: What is Industrial Engineering? Industrial engineering (IE) is a dynamic field that blends engineering, management, and problem-solving skills. o  IE professionals optimize systems, processes, and resources to enhance efficiency, productivity, and quality. o  You’ll explore topics like operations research, supply chain management, and human factors engineering. What is Industrial Engineering? Manufacturing engineering (also known as production engineering) is a branch of professional engineering that shares common concepts with fields like mechanical, chemical, electrical, and industrial engineering. It involves planning, researching, developing tools, processes, machines, and equipment to efficiently transform raw materials into updated or new products. The primary focus is on turning raw materials into finished goods in the most effective, efficient, and economical way possible. Your Role as an Industrial Engineering Student: Learn the Basics: Understand the foundations of IE, including statistical analysis, optimization, and systems thinking. Problem-Solving: Sharpen your analytical skills to tackle real-world challenges. Collaboration: Work in teams, as IE often involves cross-disciplinary collaboration. Continuous Learning: Stay curious and embrace lifelong learning. Tools and Techniques: You’ll encounter tools like mathematical modeling, simulation, and lean principles. o  Dive into case studies, explore industry applications, and engage with interactive content. o  Remember, every concept you learn has practical implications in the world of manufacturing, logistics, and process improvement Career Prospects: As an IE student, you’ll be well-prepared for roles in diverse sectors: Supply Chain Analyst: Optimize logistics and distribution networks. Quality Engineer: Ensure products meet high standards. Process Improvement Specialist: Enhance efficiency in manufacturing. Keep an open mind—your journey is just beginning! 🌟🔧📊 Remember, curiosity and perseverance will serve you well as you explore the fascinating world of industrial engineering! 🚀🔍🔧 #IndustrialEngineering #SupplyChainOptimization #LeanManufacturing #AutomationSolutions #EngineeringInnovation #SustainableManufacturing #ProcessImprovement #IndustrialDesign #SmartManufacturing #Engineering #STEM #TechTrends #Innovation #ProfessionalDevelopment #IndustryNews #EngineeringLife #Design #Tech #CareerAdvice #Sustainability #FutureOfEngineering #RenewableEnergy #Manufacturing

A visit by GEC Bharuch students to Britannia Industries could be highly valuable, providing students with firsthand experience in a large-scale manufacturing environment. Such a visit would offer insights into the food processing industry, supply chain management, and modern manufacturing technologies. Students could learn about various aspects of production, from ingredient sourcing and quality control to packaging and distribution. In addition to the technical aspects, the visit might expose students to key business processes like automation in production lines, sustainability efforts, and innovative product development. It could also inspire them to think about practical applications of their engineering knowledge, such as how to improve efficiency, reduce waste, or innovate in food production. Overall, such an experience could bridge the gap between academic learning and real-world industrial practices, potentially opening up career opportunities and giving students a clearer understanding of their future professional roles.# TPO CELL GEC-BHARUCH Britannia Industries Limited

Quality is a cornerstone of Industrial Engineering. As an Industrial Engineer, my role goes beyond numbers, measures, and calculus. Being a trainee in Quality Assurance has shown me that engineering is not just about the technicalities; it's about ensuring excellence and maintaining high standards across all processes. While my primary responsibilities may not always involve crunching numbers, I still engage in data analysis tasks where numbers play a crucial role. This blend of qualitative and quantitative work helps me gain a comprehensive understanding of the processes and ensures we maintain the highest quality standards. Industrial Engineering is about optimizing systems, improving efficiency, and ensuring quality, all of which require a balanced approach of both analytical and non-analytical skills. It's this diverse skill set that makes the field so dynamic and rewarding. #IndustrialEngineering #QualityAssurance #DataAnalysis #EngineeringLife #ContinuousImprovement #QualityMatters

Hi All, My brother's daughter wants to do Six Sigma certification. She is on the final year of BE Chemical Engineering. Anyone please suggest how to go ahead, search for materials, how to prepare and how to clear the initial levels of examination. Also if possible, please share some insights on how this certification will add value to her profile as a Fresher in Chemical Engineering

During my cooperative training at SABIC in the Polymer 2 department at YANPET, I had the opportunity to dive into real-world applications of chemical engineering. This experience wasn’t just about observing—it was about learning, solving problems, and contributing to an incredible team. Here’s what stood out for me: 1️⃣ Understanding Production Processes: I got hands-on experience with how polymers are produced and learned how conditions like temperature and pressure are carefully controlled to ensure product quality. 2️⃣ Monitoring and Operations: Working with the operations team, I learned how to monitor production units, analyze performance, and make adjustments to optimize efficiency and reduce waste. 3️⃣ Safety as a Priority: Safety isn’t just a guideline—it’s a culture. From wearing the right protective gear to following strict protocols, I saw firsthand how safety is woven into every aspect of the plant. 4️⃣ Problem-Solving in Action: I got involved in troubleshooting issues like blockages and imbalances in the system. It was a chance to apply theoretical knowledge to real challenges, which was both exciting and rewarding. 5️⃣ Technology at Work: Using advanced systems like the Distributed Control System (DCS), I learned how technology plays a critical role in monitoring and ensuring smooth operations. 💡 Takeaway: This experience showed me how teamwork, attention to detail, and data-driven decisions come together to make complex processes work seamlessly. 🎯 Thank You: A huge thank you to SABIC and the incredible Polymer 2 team for making this such a valuable learning experience. It’s been a journey that has prepared me for the challenges ahead, and I’m grateful for every moment. #SABIC #ChemicalEngineering #InternshipExperience #Polymers #LearningJourney