CREO’s Post

When I'm working with both early stage and commercial teams on innovative strategies to maximize patient outcomes and market impact, I know it's important to remember that the underlying technology layer is one of the most important engines that help support and bring our strategies to life. My colleagues at CREO have got it covered! Check out the blog post below to learn more about how CREO's flexible and consultative approach can bolster your technology needs in life sciences. #lifesciences #cybersecurity #ITconsulting #strategyconsulting #pharmaconsulting

If you need help with your technology roadmap, or if your current technology investments aren't providing the business enablement you are expecting - let's talk! Technology should make life easier, support your business strategy and decision making, and be a force multiplier!

It's critical to ask the right questions when searching for a partner to help you #automate manufacturing processes in the medical and life sciences industry. #medicalautomation #lifescienceautomation Learn more: https://hubs.la/Q02wlPpR0

How are today's leading #LifeScience #Manufacturers keeping pace and driving success with #DigitalTransformation? Read about one of the many success stories of Medical Device, Diagnostics, and Biotech manufacturers utilizing Siemens Digital Industries Software Opcenter Execution (formerly Camstar) to increase efficiency, reduce error, reduce cost of goods sold, and drive operational excellence. #MES #OperationalExcellence #MedicalDevice #Biotech #Diagnostics #ConnectedManufacturing #DigitalSolutions

Did you know? 💡 Generative design utilizes algorithms and machine learning to explore countless design options based on specified parameters, optimizing for factors like cost, material efficiency, and sustainability. This approach revolutionizes the design process by generating innovative solutions that may not be immediately apparent through traditional methods. #WiiGroup #Construction #ProjectManagement #4DPlanning #bim #digitalconstruction #projectmanagement #projectcontrols #engineering  #pharmaceutical 

As a CTO of a small biotech company, are you working on a the development of a production process for your new therapeutic? Let me give you a simple and actionable checklist today and tomorrow to help you prepare for the process scale-up. Wouldn’t it be wonderful to produce the material for the upcoming clinical studies with peace of mind? ✅ Evaluate the Current Process: - Review the existing production process and identify its key steps, inputs, and outputs. - Assess the process's scalability potential and any limitations or challenges. ✅ Define Target Production Scale: - Determine the desired scale for producing the material for clinical studies, considering factors such as patient population, trial size, and regulatory requirements. - Define the quantity of material needed at each stage of the clinical studies. ✅ Conduct Process Optimization: - Identify areas of improvement in the existing process to enhance efficiency, productivity, and yield. - Optimize critical process parameters and operating conditions to ensure reproducibility and consistency at the target scale. ✅ Perform Risk Assessment: - Evaluate potential risks and challenges associated with scaling up the process. - Identify critical process steps, raw materials, equipment, and personnel that may impact the quality and integrity of the material. ✅ Develop a Process Flow Diagram: - Create a detailed process flow diagram illustrating each step of the scaled-up production process. - Include information on equipment, raw materials, critical process parameters, and quality control checkpoints. ✅ Define Material Specifications: - Establish specifications for the material to be produced, including physical, chemical, and biological attributes. - Set acceptable ranges and limits for key parameters to ensure product quality and consistency. ✅ Source Raw Materials and Equipment: - Identify reliable suppliers for raw materials, ensuring their compliance with regulatory standards and quality requirements. - Procure or upgrade equipment necessary for the scaled-up production process, considering capacity, functionality, and regulatory compliance. Tomorrow I’ll give you 7 additional actions you can take to make your scale-up a success. Stay tuned! #cellculture #processdevelopment #bioprocessing #celltherapymanufacturing #cellandgenetherapy #leadbiotech

𝗦𝘁𝗲𝗿𝗶𝗹𝗲 𝗘𝗻𝗴𝗶𝗻𝗲𝗲𝗿𝗶𝗻𝗴 - 𝗔𝗶𝗿𝗳𝗹𝗼𝘄 𝘃𝗶𝘀𝘂𝗮𝗹𝗶𝘇𝗮𝘁𝗶𝗼𝗻 . . . Was discussing till now “Why” part of Airflow Visualization, in this post will elaborate more about “𝗪𝗵𝗮𝘁 𝗶𝘀 𝘁𝗵𝗲 𝗽𝘂𝗿𝗽𝗼𝘀𝗲 𝗼𝗳 𝘁𝗵𝗲 𝗔𝗶𝗿𝗳𝗹𝗼𝘄 𝗩𝗶𝘀𝘂𝗮𝗹𝗶𝘇𝗮𝘁𝗶𝗼𝗻” Purpose of doing Smoke Studies :- Ø Visualize the airflow pattern Ø Air is colorless and invisible – unless we suspend white particles in the air Ø Smoke is means of suspending marker particles in the air so that we can see what the air is doing. Ø Airflow Visualization:- Provides the visual records of actual airflow pattern in pharmaceutical facility. It is currently the most widely accepted method of demonstrating that airflow pattern in critical processing areas meets the regulatory expectations. Based on Airflow, Unidirectional or Turbulent, airflow visualization helps identifying nature of airflow. Determine further course of action based on Airflow visualization if it doesn’t meet the acceptance criteria. In upcoming post, will elaborate more about “How to perform the Airflow Visualization”. Keep commenting and keep giving feedback for improvement. #pharma #sterileprocessing #sterile #airflow #visualization #engineering #pharmaceutical The Aseptic Architect #theasepticarchitect Pharma's Trailblazer #pharmastrailblazer #gauravdakshini

Check out MGS' whitepaper centered around our global engineering services!

Let's talk industries! Our team’s depth of experience across diverse sectors gives us an understanding of industry-specific challenges 🤔, standards 📝 and solutions ⚙️ that you could not find at any other company in the world. Today, we look at the #MedicalDevice #Manufacturing sector. 👩⚕️🏥💉🩺🦾 Combining the challenges of traditional discrete manufacturing with a high level of regulatory control via the FDA and international institutions, Medical Device Manufacturing presents a unique set of challenges. To stay competitive, manufacturers in this sector must balance costs and compliance, all while continuously innovating and consistently producing high-quality products. Here are Engineering IndX’s top 5 #digitaltransformation solutions for this sector today: · Product Design Automation 📐 · Product Lifecycle Management ♻️ · Manufacturing Execution Systems 🦾 · Electronic Device History Recording (eDHR) ⚡ · Digital Supply Chain (Tracking & Tracing) 🔗 Learn more about our medical device manufacturing solutions: https://lnkd.in/dA5sjzNE Engineering Ingegneria Informatica Spa Engineering North America Engineering Brasil Jacopo Mantovani Chris Draska Matt Scanlan Richard Leroux Fabio Sala Ettore Soldi Dieter Laevers Fabio Sala Fabio Raffo Mark Highhouse Marco Steinkamp Brandon Johnson, PMP Clément MAHE Morena Pietraccini Ankit Singla Sean Sullivan

Frustrated with Fragmented Data and Slow Collaboration in R&D? Traditional methods in Pharma and Life Science R&D, like paper documents and basic office software, often lead to scattered data, hindered collaboration, and difficulty extracting valuable insights. This webinar has the answer! We'll showcase Siemens' cloud-based solution, Riffyn X. Discover how it integrates and contextualizes your data, enabling structured sharing across your entire organization. Riffyn X boasts an intuitive workflow design tool, fostering better collaboration and optimizing manufacturing processes. Plus, it adheres to the FAIR principle, ensuring data reusability. Join the webinar, ask our experts your questions, and gain a deeper understanding of how Riffyn X can transform your R&D. Nicolas Teissie Julien Alvo #biosolutions #Pharmaceutical #LifeScience #digitalization #processdevelopment #development