Visby Medical’s Post

🔬 Transforming Lives Through Engineering: Mechanical Engineers in Medical Devices 🏥 Imagine your next engineering challenge impacting millions of lives. As a Mechanical Engineer in the medical device manufacturing industry, you’ll be at the forefront of innovation, turning complex problems into practical solutions that enhance patient care. Here’s what sets this role apart: 🌟 Innovative Problem-Solving: Tackle real-world medical challenges by designing and refining devices that save lives and improve health outcomes. 🌟 Interdisciplinary Collaboration: Partner with biomedical engineers, clinicians, and regulatory experts to bring groundbreaking medical technologies from concept to reality. 🌟 Precision Engineering: Work on devices where precision isn’t just a requirement—it’s a lifesaving necessity. Your designs will undergo rigorous testing to meet stringent medical standards. 🌟 Continuous Learning: Stay ahead of the curve with ongoing advancements in medical technology and engineering practices, ensuring your skills evolve alongside industry innovations. Dive into a role where your engineering prowess translates directly into meaningful advancements in healthcare. Be the change-maker in medical device engineering! 🚀 #MechanicalEngineering #MedicalTechnology #InnovativeCare #EngineeringImpact

Opportunity

Great topic by Aaron Moncur Here are some topics I've been thinking of teaching: - Digital Sketching - 3D Master Modeling - DfAM (design for Additive) - Teardown Products to Reverse Engineer - Mockup (Sketch Model) Techniques - Fast prototyping by using Service Bureaus - Rapid Injection Molding with Soft Tools - Prototyping you can do (at your desk) - Prototyping with production vendors - Stratasys FDM - Insight/GCP Speed Tricks - Prusa/Hobby Printers - Speed Tricks - Using freelancers for repeating tasks - Testing early and often to accelerate learning - Photorealistic Rendering as a prototype - Storyboarding User Journey - Form vs Function Prototyping - Partial Prototyping - Interaction Prototyping  - Prototyping Strategies - Parallel vs Sequential Prototyping - Scale Models for Faster Prototyping Let me know if you'd like me to set up a Zoom course on any of these topics. And go like Aaron Moncur post, he's got a great idea for a workshop/event. #engineering #design #prototyping

From Blueprints to Business: My Journey in Engineering and Sales As a recent Mechanical Engineering graduate now working in medical sales, I've gained some unexpected insights: 1. Engineering principles apply everywhere - even in client conversations 2. The ability to explain complex concepts simply is invaluable 3. Understanding both technical and business needs creates unique opportunities My experience designing a plastic injection mold taught me the importance of precision. Now, I apply that same attention to detail in understanding client needs. Interning across various industries - from steel to shipyards - showed me the diversity of engineering applications. It's exciting to now see how these technical solutions translate to real-world impact in the medical field. I'm curious: How have others found their engineering background useful in non-traditional roles? #EngineeringInBusiness #CareerGrowth #FromTechToSales

Design verification is a critical part of any medical device development process. Without it, there can be no green light to proceed to manufacturing stage and beyond that to market. But what can you expect from the process? As devices become ever more complex, often with multiple components, the testing needed to demonstrate a device has been designed to the required functional, regulatory, performance and safety specifications becomes increasingly important. ⚖️ Metrology: Precise functions often demand critical dimensional tolerancing. Metrology measures that this specified tolerance is being met. 🦿 Mechanical testing: a vital part of design verification, mechanical testing may include verification of component or assembly performance in terms of strength, durability and reliability assessed through static, dynamic and life testing. 🌡️ Environmental testing: evaluates a device under the different climatic conditions or mechanical stressors that it is likely to encounter during its life cycle. Simulating these under test conditions can uncover potential weaknesses in design before it goes to manufacture. 💡 ESD testing: Electrostatic Discharge testing is required for devices with electrical components. Its purpose is to check that the functioning of a sensitive device isn't impacted by electrostatic events in the environment it is being used or transported in. Our specialist facilities, equipment and processes mean that we can support design transfer to manufacturing with verification testing at this critical point in a device's route to market. Reach out to us here to find out more: https://lnkd.in/eN_xR_w #Pharma #MedicalDevices #DFM #ProductDevelopment #Innovation #Manufacturing SteriPack Group

#hiring *Staff OPC (Optical Proximity Correction) Product Engineer*, San Jose, *United States*, fulltime #jobs #jobseekers #careers #SanJosejobs #Californiajobs #Engineering *Apply*: https://lnkd.in/gSeZkCAM Job ID: J-Introduction to the jobASML US, including its affiliates and subsidiaries, brings together the most creative minds in science and technology to develop lithography machines that are key to producing faster, cheaper, more energy-efficient microchips. We design, develop, integrate, market and service these advanced machines, which enable our customers - the world's leading chipmakers - to reduce the size and increase the functionality of their microchips, which in turn leads to smaller, more powerful consumer electronics. Our headquarters are in Veldhoven, Netherlands, and we have 18 office locations around the United States including main offices in Chandler, Arizona, San Jose and San Diego, California, Wilton, Connecticut, and Hillsboro, Oregon.Job MissionWe are looking for a highly motivated, self-driven, hands-on technical individual to support our state-of-the-art Optical Proximity Correction product (OPC+). This position will be in our OPC PEG (Product Engineering Group) organization.OPC PEG team functions as a link between R&D and customers and interacts with most of the other teams (Marketing, Field, Sales, QA, etc.); therefore, this job provides a broad exposure to whole pictures of the product. OPC PEG engineers play a key role in shaping and directing OPC product growth and development.Role and responsibilitiesThe Product Engineering Group is responsible for tool benchmark, new feature engagements with customer, new product / feature definition, release testing with acceptance tests, second-line support of current accounts, and training (internal / external).Understand the request/feedback from customers and envision the technical trend with the marketing team.Define the details of new product features and improvements in each release.Test and qualify the new features and improvements in each release, providing the proof book, documentation, and training materials.Keep improving OPC product by internal studies and innovations.Support customers as a second-line engineer to field engineers to resolve customer issues.Engage in a new customer benchmark / evaluation and provide the best solution with the Field team.Education and experiencePh.D., M.Sc./M.Eng. in Electrical Engineering, Engineering Mathematics, Computer Science, Physics, Optical Engineering, Imaging science, Mechanical Engineering, or equivalent education/experience5 or more years related work experience.In-depth research or engineering experience.Experience in semiconductor technology with an emphasis on lithography, lithography simulation, or analysis tools is a plus.Direct experience in OPC (Optical Proximity Correction), including lithography simulation, ILT, RET, or

Ensuring your medical device functions as intended is a major consideration before moving into manufacturing phase. Design verification is the key that unlocks the path to manufacturing and market entry. This process becomes even more crucial as devices grow complex, with intricate components that all need to meet strict standards. Design verification meticulously tests the device against functional, regulatory, performance, and safety requirements, giving you the confidence to move forward. But what kind of tests might the verification process entail? ⚖️ Metrology: Precise functions often demand critical dimensional tolerancing limits. Metrology measures that this specified tolerance is being met. 🦿 Mechanical testing: a vital part of design verification, mechanical testing may include verification of component or assembly performance in terms of strength, durability and reliability, assessed through static, dynamic and life testing. 🌡️ Environmental testing: evaluates a device under the different climatic conditions or mechanical stressors that it is likely to encounter during its life cycle. Simulating these under test conditions can uncover potential issues in design before it goes to manufacture. 💡 ESD testing: Electrostatic Discharge testing is required for devices with electrical components. Its purpose is to check that the functioning of a sensitive device isn't impacted by electrostatic events in the environment it is being used or transported in. The specialized resources, facilities, equipment and processes of our UK and US Design & Product Development teams enable us to support our customers' seamless design transfer with integrated verification testing. Keen to find out more? Get in touch here: https://rb.gy/et314b #Pharma #MedicalDevices #DFM #ProductDevelopment #Innovation #Manufacturing

⚙️ Forward-Thinking Engineering ⚙️ Propelling innovation with forward-thinking mechanical, electrical and process engineering solutions. Process engineering is one of the driving forces behind the products we desire and depend on in our daily lives. From innovative new medicines that fight diseases to the microchips that power our smart devices. We support organisations at the forefront of innovation to ensure they can continue to create change that positively impacts people and the planet. #processengineering #processengineers #engineering

🛠 MISTEL Product Development – Striving for Excellence requires continuous self-reflection. About 2 years after intensifying activities, it is clear: our strength, is your value, especially, in creating sub-systems to medical device system solutions. – If you are looking for development capacity, let’s talk! 📝 Why MISTEL? * 🎯 Focus – scope goes along with size. Ensuring a holistic approach requires people with similar mindset and expertise. For now, our path means development of sub-systems empowering total medical device system solutions. * 🤼 Client oriented Project Management. Means, the interface, integrator and moderator between Manufacturer and Engineering Specialist. Means also, controlling & preparing certification supporting development documentation. * 🌍 A multinational Project Team with international record means multiple perspectives affecting creativity, inject findings out of specific markets and local medical device application. –  As a result, identification of internationally competitive solutions. * 🎓 Russian Engineering Pool and Power. Our core team is KEY. Access to complementary specialized expert capacity boosts the range of possibilities.  – The MISTEL Core: mechanical design, microelectronics and related programming, sensor solutions. Challenge us, #MistelLLC!