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The next breakthrough in pharma may not come from a better molecule alone. It may come from better coordination.

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  The next breakthrough in pharma may not come from a better molecule alone. It may come from better coordination. Drug development is an incredibly complex process. Scientific research, manufacturing, clinical trials, regulatory work, data analysis, and external partners all have to move together. And when one part changes, the consequences can ripple across the entire program. That's where the latest advances in AI are becoming particularly interesting. AI is moving beyond simply helping researchers analyze biological and chemical questions. It's increasingly being designed to connect scientific insights with the operational workflows that turn those insights into medicines. A recent example is Orchestra Bio, whose technology is designed to help biopharma teams track studies, identify downstream impacts when something changes, and surface potential next steps. And now, OpenAI has acquired Orchestra Bio, bringing its team and technology into its life-sciences platform, Rosalin...
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💊 AI is going deeper into drug discovery!

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  Boehringer Ingelheim is expanding its use of AI across oncology 🧬 and immunology 🔬 to accelerate the discovery of new medicines. According to Reuters, the pharma company is licensing Owkin’s AI research platform and multimodal patient data to support faster and more informed drug discovery. The collaboration builds on a 2025 pilot, where AI was used with tumour samples 🧫 and biological datasets 📊 to help prioritise potential drug targets. The expanded initiative will now bring in additional oncology data and generate new immunology datasets. 🚀 AI is increasingly becoming part of the drug discovery engine itself, helping pharma teams identify promising targets faster and make better R&D decisions. #AIinIndustry #GenAI #EnterpriseAI #PharmaAI #DrugDiscovery #ArtificialIntelligence #LifeSciences
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Have you noticed how often we ask AI for answers before we've even tried thinking through the problem ourselves?

  AI is an incredible tool. I use it every day. But it also raises an important question: Are we strengthening our thinking, or slowly outsourcing it? In my latest article, I explore what happens when convenience begins to replace curiosity, critical thinking, and independent judgement. It's not about rejecting AI. It's about making sure we don't stop thinking while using it. I'd love to know if this resonates with you. Read the full article here: https://www.rajashreerajadhyax.com/post/do-we-still-think-or-just-ask-ai 🚀🧠 #AI #CriticalThinking #ArtificialIntelligence #FutureOfWork #Learning #Leadership
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AI Without the Big Transformation: A Practical Guide for Pharma Equipment Manufacturers

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  🚀 AI Without the Big Transformation 🏭 Many pharma equipment manufacturers believe AI requires massive investments, new systems, and complex digital transformation. But the reality is much simpler.💡 Companies can start their AI journey using existing ERP, CRM, engineering tools, and business processes by focusing on: ✅ Boosting employee productivity ✅ Empowering teams with AI ✅ Automating repetitive workflows ✅ Enhancing business processes ✅ Gradually building custom AI agents  📊 Key Insight: AI adoption is a journey—not a one-time transformation. Start with small, high-impact use cases, learn from them, and scale over time. The biggest wins often come from solving real business problems rather than replacing existing systems. 🔗 Read the full article: https://www.linkedin.com/posts/rajashreerajadhyax_activity-7486375835516485632-owFh?utm_source=share&utm_medium=member_desktop&rcm=ACoAAADweskBwQoiNFk0D9lVaX-es-3280NzOew #AIinIndustry #GenAI #EnterpriseAI #...
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Engineering Amnesia

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  Last week, I came across an article published by ISPE (International Society for Pharmaceutical Engineering) on Knowledge Management. It made me think about an equally important challenge faced by pharmaceutical equipment manufacturers. Every engineering project creates valuable knowledge. Design decisions, FAT observations, IQ/OQ activities, commissioning, service visits, CAPAs and troubleshooting all contribute to an organization's engineering expertise. ❓ But here's the question: If the knowledge already exists, why is it still so difficult for engineers to find it when they need it? 🔍The challenge isn't a lack of knowledge. It's that knowledge is often scattered across CAD repositories, document management systems, ERP, PLM, quality systems, service records and even the experience of senior engineers. 🏭 As pharmaceutical manufacturing moves towards Pharma 4.0, connected engineering knowledge is becoming just as important as connected manufacturing systems. 🤖  T...
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*Every HVAC project is different. But does that mean we should start from scratch every time? 🤔*

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  One of the things I find fascinating about the HVAC industry is that every project brings its own set of challenges. A hospital isn't a hotel. A pharmaceutical plant isn't a data centre. Every customer has different requirements. But here's the paradox. While every project is unique, very few problems are truly new. Over the years, HVAC companies build an incredible repository of engineering knowledge through proposals, drawings, calculations, commissioning reports, service records, and lessons learned. Yet, when a new RFQ arrives, teams often spend hours searching through folders, emails, or simply asking experienced colleagues if they've "seen something like this before." The challenge isn't a lack of knowledge. It's making that knowledge available when it's needed. This is where AI can make a real difference—not by replacing engineers, but by helping them reuse the collective experience of the organisation. Imagine being able to ask: "Hav...
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🧠 The Biggest Impact of AI? A Better Starting Point.

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  Over the last few days, there's been a lot of excitement around a UK court case where an AI law firm helped win a legal dispute. Most of the conversation has been about whether AI is replacing lawyers. I think we're asking the wrong question. What caught my attention wasn't just the courtroom victory. It was something much more fundamental. AI changed the starting point. 💡 Instead of beginning with a blank page, the claimant was able to prepare documents, organise evidence and build a strong foundation before expert legal representation became necessary. That changes the economics of accessing expertise. And that's a pattern we're beginning to see far beyond the legal profession. Whether it's consulting, patents, compliance, accounting or customer support, AI has the potential to make expert services more accessible by reducing the effort needed before the expert steps in. To me, that's the real story behind the headlines, and one that has implications fo...
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Haven’t we solved something like this before?

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  💡 “Haven’t we solved something like this before?” If you’ve worked in an equipment company where every order becomes a project, this question probably sounds familiar. Yet, despite years of accumulated experience, teams often find themselves recreating proposals, revisiting engineering decisions, and relearning lessons that already exist somewhere — buried in folders, reports, systems, or simply in people’s memories. As organizations grow, knowledge grows too. But the ability to reuse that knowledge efficiently often does not. In my latest article, I explore: 🔹 Why project-driven organizations struggle to reuse knowledge 🔹 The hidden cost of “forgotten expertise” 🔹 How Generative AI is changing the way companies can access and build on their accumulated experience Would love to hear your thoughts — have you seen this challenge in your organization? Further read : https://www.rajashreerajadhyax.com/post/when-every-order-is-a-project-why-is-knowledge-so-hard-to-reuse #Generativ...
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🔧 When Field Engineers Need Answers, Not More Manuals

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  Recently, the founder of an Engineer-to-Order (ETO) biotech equipment company shared a common challenge. A custom bioreactor at a pharmaceutical plant suddenly stopped working. The field engineer was on-site, but the error was unusual. Manuals existed. Service notes were available. Yet finding the right solution took multiple calls, discussions, and document searches. 💡 His observation was simple but powerful: "The challenge is not that we don’t know enough. The challenge is finding the right knowledge quickly enough." This is a reality many field engineers face every day. ⚙️ Valuable troubleshooting knowledge is often: • Stored in people's memories rather than systems • Scattered across manuals, emails, and service records • Difficult to access when time is critical 📊 Modern equipment generates huge amounts of data, but data alone doesn't explain what's happening. Engineers still need context, past experiences, and machine-specific knowledge. 🤖 This is where...
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Moving Beyond the Draft: GenAI in Custom Manufacturing

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  Moving Beyond the Draft: GenAI in Custom Manufacturing In ETO and MTO manufacturing, writing technical manuals is often a slow, manual data hunt. Engineers spend up to 30% of their time just chasing CAD models, ERP data, and supplier sheets. While some claim Generative AI can instantly "write" these manuals, the 2026 reality is much more practical. AI isn't replacing the engineer; it is acting as an automated assistant to handle the heavy lifting. ⚙️ The 70/30 Rule of AI Documentation The AI handles the 70%: It extracts data from CAD and ERP systems, builds the skeleton draft, populates part tables, and translates for global markets. The Human handles the 30%: Experienced engineers provide the critical "human-in-the-loop" expert review, adding the nuanced tribal knowledge that no software can replicate. 💡 For custom equipment manufacturers, the goal isn't to have completely AI-written manuals. The goal is to eliminate the "documentation tax" and...
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