Are you passionate about innovation and sustainability? We are seeking a visionary Application Engineer to design and develop state-of-the-art flex circuit products that integrate cutting-edge battery technology. You'll have full product responsibility from conception to production release, partnering with OEM and Tier customerS/suppliers to ensure optimal performance while driving sustainable solutions. 🌿 You'll get to: ⚡ Design and develop 3D models and 2D drawings of current collector assemblies, battery interconnects, and voltage sense harnesses. ⚡ Select eco-friendly termination options for connecting to BMS/PCBA ⚡ Build prototype circuits with a focus on minimizing environmental impact. ⚡ Lead design reviews and DFM analysis to enhance product sustainability. ⚡Create and execute DVP&R to validate products, along with DFMEAs and other APQP documentation. Join us and revolutionize flexible circuit technology! #SustainableInnovation #ApplicationEngineer #CAD #APQP #AutomotiveInnovation #FlexHarness #BatteryTech
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Design review! The team is working towards release to our manufacturing partner for early DFM and tooling input. #DesignReview #DFM #Manufacturing #Collaboration #engineering #design #mechanicalengineering #innovation #CAD
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Register here: https://bit.ly/3SlXYMA In this webinar we will cover how to integrate your PCB designs and electrical wire harness projects, generate manufacturing documentation, easily make changes, and regenerate the documentation package to streamline the design process while ensuring accuracy. #PCBdesign #Cadence #ECAD
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Ever wonder how a high-speed Product is designed? Let's Discuss: Topic 2: Product Development Cycle of High-Speed Design 1. Requirements Definition( Architecture): - Identify performance, functionality, and design constraints. - Document electrical, mechanical, thermal, and regulatory requirements. 2. Conceptual Design(Schematic ): - Develop initial schematics and block diagrams. - Conduct feasibility studies and preliminary simulations. 3. Detailed Design(Layout ): - Create detailed schematics and select components. - Perform signal integrity and power integrity analyses. - Design PCB layout with focus on high-speed signal integrity. 4. Simulation and Analysis: - Conduct thorough simulations (signal integrity, thermal, EMC/EMI). - Validate design against requirements using EDA tools like #ADS 5. Prototyping: - Fabricate initial PCB prototypes. - Assemble and solder components onto the board. 6. Testing and Validation: - Perform functional, signal integrity, and performance testing. - Troubleshoot and identify issues. 7. Design Iteration ( Re-spin): - Refine design based on testing feedback. - Implement necessary changes and improvements. 8. Production ( Mass Production): - Prepare for mass production with pilot runs. - Conduct reliability testing and ensure compliance with standards. 9. Post-Production Support: Provide technical support and address field issues. #pcb #ADS #product #Productdevelopement #signalintegrity #schematic #layout
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DFW Test – Is your Complete Vertically Integrated Source for Electro-Mechanical Solutions At DFW Test, we offer a seamless, end-to-end solution for all your Test Hardware mechanical and electrical requirements. From initial design to precise PCB manufacturing, advanced hardware development, thorough testing, and accurate measurement – we have it all under one roof. Design: Our expert engineers bring innovative concepts to life with meticulous attention to detail and functionality. This includes all aspects of the product, such as electrical, mechanical and test. Manufacturing: All printed circuit boards, assembly and machined parts required are included in the full solutions we provide. Testing: We conduct comprehensive testing to guarantee that every component and system operates flawlessly in the most demanding conditions. Our Zeiss O-Inspect CMM produces precision measurement, vital for quality hardware of any size. By integrating every step of the process, we eliminate inefficiencies and reduce time-to-market, all while maintaining the highest standards of quality. Whether you're looking to bring a new product to life or enhance existing systems, DFW Test is your trusted partner for excellence and innovation. #Innovation #Engineering #DFWTest #VerticallyIntegrated #PCBManufacturing #HardwareDevelopment #Testing #AccurateMeasurement #MechanicalEngineering #ElectricalEngineering
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Designing an Electronic Product Enclosure (EPE Design) is a critical step in transforming a developer's innovative idea into a tangible, market-ready product. This process involves creating a protective and functional housing for electronic components, typically residing on a printed circuit board (PCB). The enclosure not only safeguards the internal electronics from environmental factors but also plays a key role in the user's interaction with the product. For developers who have pioneered a software or electrical circuit, EPE design is essential in bridging the gap between a conceptual idea and a physical hardware that customers can utilize. It encapsulates the core functionality of the circuit or software, while also addressing user accessibility, durability, and compliance with industry standards. A well-designed enclosure can significantly enhance the perceived value and usability of the product. In my upcoming posts, I will delve deeper into the various aspects a developer must consider in EPE design. These include: - CAD/CAE/CAM Techniques and Tools - Structural Considerations, - Materials and Manufacturing Processes, - User Interfaces, - Assembly and Serviceability, - Product Environments, - Cooling Techniques, - Electromagnetic Compatibility (EMC/RFI), - Safety and Reliability, - Documentation and Technical Communication, - Shipping and Packaging Each of these factors plays a pivotal role in creating an effective and successful electronic product enclosure, and understanding them is crucial for any developer looking to turn their innovative idea into a viable, marketable hardware product. #EPE #Subrack #Solidworks #EnclosureDesign #HardwareDesign #DesignForManufacturing #DesignForAssembly #ProductDevelopment #ProductDesign
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📌Gearless Transmission using Elbow mechanism Download Design PDF: https://lnkd.in/gSeQ5_Gb Follow Automotive Engineering World for more useful info! #mechanical #engineering #cad
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"Mechanical Engineering in Creation: Development of Matrix 64*64 Pixels 1.0 by GEC Engineering" The Matrix 64*64 Pixels 1.0 by GEC Engineering stands on the solid foundations of mechanical engineering. Our engineering team has designed the matrix housing and robust stand, ensuring high quality and long life of this innovative product. This product also features a unique cooling system that allows the device to operate stably even under heavy load. Thus, Matrix 64*64 pixels 1.0 combines reliability and performance, making it an ideal choice for industrial and creative applications. #TechnologyInnovation #EngineeringExcellence #3DPrinting #ElectronicsEngineering #MechanicalDesign #Innovation #GECEngineering #TechFusion #ProductDevelopment #ElectricalEngineering #ProgrammingSkills #HighTech
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🚀 Exciting Collaborative Opportunities with EDS Master! 🚀 With our comprehensive services, we're here to partner with you every step of the way, from concept to production. 🔍 Explore some of the collaboration scenarios we've successfully navigated with our valued customers: 1️⃣ Startup seeking EDS support: The customer is a Startup looking for a comprehensive supplier that can generate Wiring Diagrams, 3D Harness Routing and Packaging, and Harness Drawings to support their venture from inception through implementation. 2️⃣ Prototype to Production: The customer has a prototype Electrical Wiring design but seeks optimization and refinement for series production. 3️⃣ Electric Vehicle Conversion: The customer is converting an ICE vehicle to an Electric Vehicle but does not have any CAD data and requires support for 3D Harness Routing and Harness Drawing generation. 4️⃣ Staffing shortages in the Electrical Department: The customer is an established OEM struggling to meet a deadline for the Harness Drawings release. 5️⃣ Migration to new design tools: The customer seeks to transition to a new design tool or software platform and requires assistance in converting existing Electrical Designs to the new system efficiently and accurately. 6️⃣ Carry-over Design: The customer has a new design with a few Circuits and Electrical packaging changes, based on an existing design, currently in production. 7️⃣ Integration of 3D Wiring Harness: A customer has an in-house Circuits team doing the Circuit Design, but they need assistance in creating the 3D Harness Routing as well as generating the Harness Drawings required for the installation manufacturing. Reach out to explore how we can support your business and drive your projects to success. 💡💼 #Collaboration #EDSMaster #EngineeringServices #ElectricalDesign
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CME designs all its own PCBs and PCB related mechanical assemblies in-house using the latest cutting edge CAD tools, allowing us to interface with all leading manufacturing and process tools and systems. Close control over the CAD process allows the generation of rapid and accurate PCB designs, cross-referenced with mechanical, performance and environmental parameter models, within the development process. #CME #design #pcb #pcbdesign #CAD #services #cambridge #UK #engineering
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Finding the right #CAD solution for your small and medium business can be tricky. Depending on how you run your business, different users have different needs. We’re working to solve this with #Siemens Mechanical Design (SMD) – a solution that brings the best of NX and Solid Edge together with the ability to scale through value-based licensing. Here’s my thoughts on what this can do for you. https://lnkd.in/d2DX89JY
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