Santoshkumar Patil

Strategy consultancy Bain & Company fires over 150 consultants in India offices https://lnkd.in/g3EDA9Hw when the likes of McKinsey & Company , Boston Consulting Group (BCG) and Bain & Company start retrenching, you can ignore economic data and assume all is not well with the economy

4

Learnings from spending quality time with someone who's days are counted in real sense. Two days back I lost my brother-in-law (BIL). I spent quality time(s) with him when he was hospitalized due to multiple problems in key organs. Due to this he was bed-ridden and was hardly able to move his body on his own and speak even fluently for few minutes continuously. Hardly any solid food he was capable of even swallowing. He was fed few spoons of rice porridge, in my mother-tongue we call it "akki ganji" ("ಅಕ್ಕಿ ಗಂಜಿ"), at regular intervals. This continued for nearly a month till his last breath. While spending time with him he gave clear and hindsight on what matters the most when your days are numbered. I learnt much by sitting his bed side and listening to his few words what he could say and his eyes expressed more than words. His eyes and smiles (now & then, even with lot of pain inside his body due to malfunctioning of few key organs - kidney, heart, etc..) while listening to him really conveyed a lot more than words about what is life all about. I used to reciprocate with smile forcibly with lot of pain inside me and controlling tears coming out. I learnt, in fact reminded me of what I was knowing, and understood better that love and compassion for others is central to being human. He taught me those things we ought to know already, but have somehow forgotten. You learn a lot by spending quality time with someone whose days are counted in real terms. Don't miss the opportunities when you get. BIL conveyed following: the culture doesn't encourage you to think about such things until you are about to die. We are so trapped up with egostical things, career, family, having enough money, meeting the EMIs, getting a new car, etc. - we are involved in infinitely large number of little acts just to keep going. So we don't get into the habit of standing back and looking at our lives and saying, Is this all? Is this all I want? Is something missing?" We all need someone to probe you in that direction. It won't just happen automatically. We all need teachers in our lives. Best teacher(s) are those who are on death bed whose days are counted in real terms. Whenever you get opportunity to spend and serve some one who is on death bed don't miss it. Communicate with him, his words will be golden words which teaches a lot, no schools can teach that with high effectiveness. Message from BIL "We must be compassionate and take responsibility for each other. If we only learned those lessons, this world would be so much better a place." Lastly conveyed, forgive yourself before you die. Then forgive others. We must remember, our days are counted too. If you live every moment assuming you are on death bed your way of thinking and life will be much better. You will show more love and compassionate to others.🙏

31

2 Comments

𝑯𝒐𝒘 𝒕𝒐 𝒂𝒑𝒑𝒍𝒚 𝑷𝒐𝒘𝒆𝒓 𝒐𝒇 𝑷𝒂𝒓𝒂𝒍𝒍𝒆𝒍𝒊𝒔𝒎 𝒕𝒐 𝒂𝒄𝒄𝒆𝒍𝒆𝒓𝒂𝒕𝒆 𝑳𝒆𝒂𝒓𝒏𝒊𝒏𝒈 𝒂𝒏𝒅 𝑷𝒆𝒓𝒔𝒐𝒏𝒂𝒍 𝑮𝒓𝒐𝒘𝒕𝒉 ? In a world where efficiency and speed are key to staying competitive, mastering the art of parallelism—not just in computing but in learning and time management—can be a game-changer. 𝙏𝙝𝙚 𝘾𝙤𝙣𝙘𝙚𝙥𝙩 𝙤𝙛 𝙋𝙖𝙧𝙖𝙡𝙡𝙚𝙡𝙞𝙨𝙢 Parallelism involves breaking down complex tasks into smaller, simultaneous operations. In computing, this leads to faster processing, as multiple threads work together to complete tasks. In learning, it means approaching your education with the same mindset—drawing from multiple sources simultaneously and managing your time more effectively. 𝑳𝒆𝒂𝒓𝒏𝒊𝒏𝒈 𝒇𝒓𝒐𝒎 𝑻𝒘𝒐 𝑩𝒐𝒐𝒌𝒔: Multithreading Your Education Consider the impact of reading two books on the same topic simultaneously. Each author offers unique insights, and by engaging with both, you’re effectively “multithreading” your learning process. Like in parallel processing, where multiple threads handle different parts of a program, you absorb information from different angles, leading to a richer and faster learning experience. 𝑻𝒘𝒐 𝑷𝒂𝒓𝒂𝒍𝒍𝒆𝒍 𝑹𝒆𝒔𝒊𝒔𝒕𝒐𝒓𝒔 :  Weak to Strong In an electrical circuit, two resistors in parallel allow more current to pass through. Similarly, when you engage in parallel learning—taking in knowledge from various sources at once—you optimize the flow of information into your brain. This approach saves time and deepens your understanding by encouraging connections between different perspectives. 𝑻𝒘𝒐 𝑾𝒐𝒐𝒅 𝑺𝒕𝒊𝒄𝒌𝒔: Building Resilience Through Parallel Learning Imagine two wooden sticks placed side by side. Separately, they might break under pressure, but together, they are much stronger. This is analogous to parallel learning and time management. When you diversify your learning and manage multiple tasks simultaneously, you build a stronger, more resilient foundation. This resilience helps you handle challenges more effectively, making you better prepared to face the demands of a fast-paced world. 𝑴𝒖𝒍𝒕𝒊𝒕𝒉𝒓𝒆𝒂𝒅𝒊𝒏𝒈 𝒀𝒐𝒖𝒓 𝑻𝒊𝒎𝒆: The Power of Parallel Processing In computing, parallel processing distributes tasks across multiple cores or processors to get more done in less time. This concept can be applied to time management. By multitasking wisely—allocating different types of tasks to different “threads” of your day—you can maximize your productivity. 𝑷𝒆𝒓𝒔𝒐𝒏𝒂𝒍𝒊𝒛𝒆𝒅 𝑳𝒆𝒂𝒓𝒏𝒊𝒏𝒈: Addressing Dissatisfaction and the Need for Individual Attention If you’re not satisfied with your current instructor or feel lost in a large class, parallel learning allows you to explore additional resources, such as different instructors or smaller classes, to fill in the gaps. #microcontroller #microcontrollers #embedded #embeddedsystem #embedkari #opentowork #freshers

1

https://lnkd.in/dPggpqWB These points are valid for most regions in the world aspiring to self-sufficiency.... " Across the world, countries are spending wagonloads of taxpayer money to develop or support their semiconductor industries. This pipeline of cash has yielded some successes and some failures; the difference is usually down to how strategically the money has been spent... Not even the US can really aspire to true semiconductor self-sufficiency, given the complexity of chip supply chains... Fabrication isn’t the only place where money is made in the chip supply chain. Design, assembly and packaging together represent about half of the sector’s revenue... " #bloomberg #blombergnews #semiconductors #semiconductormanufacturing #chipwars #capex #investment #economicgrowth #fabs #chipact

20

It is delusional to think that material improvement will bring happiness and inner contentment. The high standard of physical living which science has placed at our disposal does not save us from decadence and folly. #organizationaldevelopment #coaching

3

I was in grade 3 when I told my mother I want to learn painting. Unlike today where most kids get coaching for most of the stuff to explore and know what they are good at, back then we used to get training only for things our parents used to feel is important. As everything other than studies was looked as waste of time or things to do in free time. But I was lucky that my parents put me in different trainings (which I asked for or my teachers suggested) as that helped me in all paths of my life. Hobbies are always looked at as a leisure activity, however I feel they are important. They not only helps us unwind but also teaches us important life lessons. Be it team sports, art, music, adventure sports etc, they all teach us consistency, perseverance, patience and so many great values. These are not just hobbies but skills and that is the reason I feel it is important to put them CVs, as it conveys so much about the individual’s character. I am a painter, a writer (authored 2 books), a storyteller, a clay artist and all these skills and creativity helps me great deal In my engineering job. Western Digital is a place which conducts so many people first events and initiatives and helps us keep our hobbies and other life skills alive and connected with engineering! Again thanks to Ronni Shendar and team for creating this amazing video. #art #vlsi #colors #creativity #persistent #vision #semicon

55

3 Comments

Engineers, navigating the demands of engineering—or any job—calls for strategy: 🗒️ Craft a clear personal agenda. ⏱️ Slow down to prioritize and organize. 📅 Schedule smart, structured contact time. 🎯 Set and manage realistic expectations. 🤝 And intentionally cultivate your social networks. #ProductivityHacks #EngineeringLife

5

Guru = Father. Gurukulam = Father + Mother, when their child crosses 7 years of age, takes 7 other children along with them and live in a nature bound environment. The parents of other children can serve and love around the Gurukulam. But do not take the child out of this environment. 5 Centers of Excellence in every Gurukulam. (5 Shaalas) 1. Gaushala - Mother of all Sustainability (pl see my earlier posts in Indian Breed Cows) 2. Prayogashala - Practice comes first followed by just required Theory. not other way. 3. Athithishala - Guests are so welcome, the children will soak them entirely and leave them empty next day. 4. Paakashala - Food 5. Paatashala - Classroom (Anywhere!) When the first School and Classroom came from Britain in 1811 (Class Benches are a replica of Church, India had 1,72,000 Gurukulams, documented. Let your child sit on the floor and see the Padmasana unfold the brilliance, along with the environment of Gurukulam. I'm forever in my life indebted to my Guru Shri Mukul Kanitkar Ji, whose video I am sharing below that could change your life too. Rich, and Super Rich category children and likewise Poor and Poorest are behind us now to create this learning environment for the children - across all religions and castes! AI/ML/Quantum/Chip Design/Math/Conceptual Sciences/Farming/Arts/ Bring it on to us dear India - our Bharatha Matha :) https://lnkd.in/g4dwcVBm

6

🇮🇳 Semicon India 2024 🇮🇳 ☘️ A Glowing Future Awaits ☘️ #semiconindia #SEMICONIndia Throw in Sand to Glow 🌟: Igniting India's Semiconductor Manufacturing Ecosystem from Beaches to Brilliance 🏆 India, with its burgeoning digital economy 💰and a tech-savvy population, cannot afford to miss this Journey 🏎️ . Our dependence on imported chips makes us vulnerable to 🌏 global supply chain disruptions. Investing in semiconductor manufacturing is not just an economic imperative; it's a strategic necessity🥅 forlaying the foundation for the next generation 🌱 The vision 🎯of transforming India into a semiconductor manufacturing hub is not just a pipe dream—it's an achievable goal with the right strategy and commitment. Supporting Semicon India 2024 is a crucial step in positioning India as a global leader 🎯 in the semiconductor industry. By investing in cutting-edge research, fostering innovation, and creating a robust ecosystem for chip manufacturing, this initiative aims to reduce dependency on imports and propel India to the forefront of the global technology landscape 🏜️. It not only promises to generate high-skilled jobs but also aligns with the nation's vision of becoming a self-reliant tech hub ☘️, driving economic growth and technological sovereignt🏆 From Concept to Chip: India’s Leap into the Semiconductor Century 🌏 Semicon India Bharath Semiconductor Society (BSS) Messe Muenchen India Electronic Industries Association of India-ELCINA HCLTech Ajai Chowdhry Infineon Technologies ASE Global GlobalFoundries FOXCONN TECHNOLOGY INDIA PVT LTD KLA Applied Materials Yield Engineering Systems Lam Research Amudhan Balasubramanian Sampath VP Robert Quinn Mogan Lakshmanadas PVG Menon Ashwini-K Aggarwal, PhD, FIETE Parikshit Sengupta Saravana Anand Intel Corporation TSMC Samsung Semiconductor Rajeev Chandrasekhar Karnataka Digital Economy Mission (KDEM) Gaurav K Punjabi MeitY Startup Hub Ministry of Electronics and Information Technology APEITA Andhra Pradesh Naan Mudhalvan - TNSDC Tamilnadu Chief Minister's Office, Odisha Naan Mudhalvan - TNSDC India Electronics and Semiconductor Association India Semiconductor Mission India Semiconductor Mission ASML

117

7 Comments

🌟 Boosting Problem-Solving Skills as an Engineering Manager Challenge: How can you improve your problem-solving abilities to tackle engineering challenges effectively? Here’s a practical approach: 1️⃣ Commit to Continuous Learning 📚 Stay informed about the latest advancements in engineering and management. Attend workshops, take courses, and read up on new strategies. Expanding your knowledge gives you a wider toolkit for addressing challenges creatively and efficiently. 2️⃣ Break Down Problems for Deeper Analysis 🔍 Before diving into solutions, carefully dissect the problem to identify its root cause. Use techniques like root cause analysis to ensure you're addressing the underlying issues, not just the symptoms. A thorough analysis leads to sustainable solutions that prevent recurring problems. 3️⃣ Leverage Collaborative Problem-Solving 🤝 Encourage teamwork and open dialogue within your group. Diverse perspectives can spark innovative solutions that one person alone may not consider. Fostering a collaborative environment where team members share their insights can enhance problem-solving outcomes. 4️⃣ Encourage Out-of-the-Box Thinking 💡 Push your team to think creatively when faced with challenges. Use brainstorming or mind mapping techniques to explore unconventional ideas. Removing the fear of judgment during these sessions often leads to breakthroughs and innovative approaches. 5️⃣ Plan and Execute Strategically 🛠️ Once a solution is identified, create a clear action plan with specific objectives and responsibilities. Anticipate potential risks and prepare contingency plans. Strategic implementation ensures that the problem-solving process leads to practical, effective results. 6️⃣ Reflect and Improve 🔄 After implementing a solution, review the process. Reflect on what worked and what didn’t, using the experience as a learning opportunity. This reflection helps refine your approach and continuously enhances your problem-solving skills. Involve your team to promote collective growth and improvement. 7️⃣ Stay Adaptable ⚙️ Engineering challenges often require flexibility. Be open to adjusting your approach if new insights or obstacles arise. Adaptability ensures you can pivot when necessary, keeping your problem-solving process dynamic and effective. #EngineeringManagement #ProblemSolving #Collaboration #Innovation #ContinuousLearning #CreativeThinking #StrategicImplementation

2

🎓 Time to focus on outcome-based education for engineers. Let's make learning practical and suited to real-world scenarios and the learning styles of adults. #EngineeringEducation #AdultLearning #PedagogicalShift 🛠️📈

1

Engineers, "Mindset shapes your vision, Skillset builds your path, Toolset powers your journey. Embrace all three to unlock your full potential! #EngineersMantra #MindsetMatters #SkillUp #ToolsForSuccess" 

3

I just finished the “The Neuroscience of Emotional Intelligence and Self-Awareness” course by Knowable. It's a great segway to know more on EQ and help to keep your cool and deliver the best at all times. Check it out at https://lnkd.in/gVdrBqES #emotionalintelligence.

14

5 Steps from Sand to Silicon for a Semiconductor Chip The creation of a silicon chip, the heart of modern electronics, is a complex process that begins with an unassuming natural resource: sand. This intricate journey involves multiple stages of purification, transformation, and precision engineering.  1. Extracting and Purifying Silicon The process starts with mining silica sand, primarily composed of silicon dioxide. This sand undergoes rigorous purification to remove impurities, ensuring the highest quality silicon for subsequent steps.  2. Creating the Silicon Wafer The purified silicon is melted and then slowly cooled into a large, single crystal, forming a cylindrical ingot. This ingot is precisely sliced into thin, circular wafers that serve as the foundation for the chip. 3. Patterning the Wafer Through a series of complex processes known as photolithography, intricate circuit patterns are imprinted onto the wafer's surface. This involves applying light-sensitive materials, exposing them to light through masks, and chemically developing the patterns. 4. Building the Chip Building the Chip In subsequent steps, materials are deposited and etched to create the building blocks of the chip, including transistors and other components. Impurities are introduced (doping) to control the electrical properties of the silicon, and metal connections are formed to link these components together.  5. Testing and Packaging The finished wafers undergo thorough testing to identify and eliminate defective chips. Functional chips are then separated from the wafer and encased in protective packaging, equipped with electrical connections for integration into electronic devices. This meticulous process, from the extraction of sand to the final packaged chip, showcases the remarkable advancements in technology and engineering that power our digital world. For a detailed post, go to TechoVedas ----------- P.S: If you like writings like these, we have compiled 100s of such questions in our book- The semiconductor Saga- a book that teaches you everything about semiconductors in simple words. Link in comments.

286

10 Comments

#IntelFoundry #LawsuitAllegations #StockPriceDrops #InternalFoundryModel #FinancialChallenges #ChipManufacturing #TSMCCompetition #GovernmentSupport #CapacityConstraints #RoadmapExecution #Foundry #semiconductormanufacturing **Now Intel faces a class action for alleged mis-reported financial results about its IFS unit in 2023... It will get much worse for Intel before it gets better... ### Article summary: ** Intel's internal foundry model, adopted in Q1 2024, requires its product divisions and external clients to purchase manufacturing and packaging services from Intel Foundry, an independent division within the company. This model aims to drive accountability and efficiency by allocating costs to individual products and teams rather than entire business units. However, it has faced several challenges: Intel Foundry incurred significant losses of $7 billion in 2023 and $2.5 billion in Q1 2024, leading to a one-third drop in Intel's stock value in 2024. Investor concerns grew as Intel outsources around 30% of its chip production to TSMC and others, raising questions about the viability of its foundry strategy **The class action lawsuit alleges that Intel misrepresented the growth and profitability of its Intel Foundry Services (IFS) division, which experienced significant operating losses in 2023 and a decline in product profit driven by lower internal revenue. Specifically, the lawsuit claims Intel made false and/or misleading statements about: The growth of IFS not being indicative of actual revenue growth under the new Internal Foundry model. IFS incurring a $7 billion operating loss in 2023. IFS experiencing lower product profit due to reduced internal revenue. The Internal Foundry model not providing the expected boost to Intel's IFS strategy as claimed. The lawsuit alleges these misrepresentations inflated Intel's stock price until the company revealed the true financial performance of its foundry operations in April 2024, causing significant stock drops. The plaintiffs are seeking to represent investors who purchased Intel stock between January 25 and April 25, 2024. The core issue is whether Intel properly disclosed the financial challenges and losses within its newly separated foundry business unit prior to the stock declines in April 2024 https://lnkd.in/gq8NMjZN

2

This is continuation from my recent post about AI adoptions in various fields. This is a very beginning of the extremely important and evolving discussion addressing the research question below. ‘Is AI a Hype and have we reached the inflection point in it’s adoption globally?’ Having travelling almost half of the world in past few weeks, I had opportunity to meet many experts, entrepreneurs, CEOs of AI startups and academicians. My most memorable experience was meeting 74 years heart surgeon in a train travelling through some parts of north India in beautiful monsoon season. I was surprised when he started talking me about complexities in prediction using convulution neural network in imaging. He was well equipped with all latest AI innovations in the field of medicine. We had a good talk before jumped to question about how he sees AI use in his daily life. Answer was no surprise, he mentioned openly that use of AI is limited and trust is a most fundamental issue. He uses AI applications for basic ‘non risky’ analysis ( although algorithms are well trained achieveing beyond 98% accuracy) but he uses his own experience from past 50 years for analysis and treatments for his patients. He raised a very important question that how his 50 years in experience in medicine is translated to a dataset or LLM or SLM without his knowledge. I had no good answer apart from playing with terms like hypothesis, generalisation etc etc. Generative AI is field open to anyone and fake data is hitting us in our daily lives. I also had a chance to meet many old school and college friends who are leading AI startups and they had different opinion about AI achievements and sounded much more optimistic. They do see multibillion growth in GenAI and focused industries on making that happen in next decade. After I rounded my trip , ended up with mixed opinions about AI adoption, its use and risks. I am happy to see divided world and this is very important for new technologies like AI to evolve properly and get challenged before its full adoption within humans. I conclude my this post written in a flight with a remark by my 9 years old son — Dad , can ChatGPT cook me a lunch of my choice without chatting?. Stay tuned for my next post, keep challenging yourself, new technologies. Do not forget that what taste good is not necessarily good for your health. Start focusing on other side of the spectrum is important.

10

"Success k peeche mat bhaago, excellence ka peecha karo, success jhak maarke tumhare peeche ayegi". These words by Rancho (from 3 Idiots) hold so much power and truth even today. In the current fast-paced world, continuous learning is key. And learning results in excellence. I'm always on the lookout for new skills to master, from software to courses to conferences. Just recently, I took an online course to enhance my skillset and it gave me diverse lenses to look at things differently and develop an analytical view point. It's helped me grow and take on new challenges. I've learned that staying adaptable and curious has been crucial in my career journey. Make learning a habit and watch your career thrive. So what's your current favorite skill to learn? Stay curious, stay ahead! #SkillEnhancement #ContinuousLearning #CareerGrowth #Online #Courses

22

Industrial Revolutions Did you know that we are in the 5th Industrial Revolution? 1.0 was driven by steam 2.0 was drive by electricity 3.0 was driven by automation 4.0 was driven by Internet connectivity 5.0 is going to be driven by AI Are you ready for the 5th revolution?

19

4 Comments