Podcasts about pcb design

First-time inventors face a steep learning curve when adding electronics to physical products. This episode unpacks PCB design essentials, outsourcing strategies, and manufacturing optimization to help you avoid costly mistakes and bring your idea to market faster. To learn more, visit https://www.rabbitproductdesign.com/electronicsdesign Rabbit Product Design City: Palo Alto Address: 2100 Geng Rd Ste 210 Website: https://www.rabbitproductdesign.com/

The PCB design world is buzzing with frustration: skyrocketing costs, forced cloud migrations, and a widening gap between free tools like KiCad and heavy enterprise suites like Xpedition, Allegro, and Altium Designer. In this frank and non-nonsense conversation, David Haboud explains how Siemens is stepping up with right-sized mid-tier solutions built on the proven Xpedition technology stack that allows for scalability, affordability, and gives designers real choice as individuals and SMB teams.

Modern engineering teams need design tools that can scale with their growth. In this episode, Judy Warner talks with David Haboud of Siemens EDA about how evolving PCB Design tools are helping small and mid-sized engineering teams manage increasing design complexity. They discuss data integration, flexible access to advanced capabilities, and how cross-tool collaboration and supply chain data are shaping the future of engineering workflows.   Learn more: Scaling Design Capabilities with Adaptable Add-Ons | Siemens Webinar https://tinyurl.com/ybsdfhre

Join host Zach Peterson for an illuminating journey through the pivotal moments in PCB design and electronics manufacturing in 2025. This year-end review explores critical industry developments, from global trade restructuring to the dramatic expansion of Ultra High-Density Interconnect (UHDI) production capabilities in the United States and beyond.   Discover insights from expert guests who dissect the year's most significant trends: the impact of tariffs on global supply chains, the strategic reshoring of manufacturing, and the technological advances pushing the boundaries of PCB design. Learn how industry leaders are navigating challenges in electronics production, from complex substrate technologies to the intricate world of solder paste innovations.  

The PCB design world is buzzing with frustration: skyrocketing costs, forced cloud migrations, and a widening gap between free tools like KiCad and heavy enterprise suites like Xpedition, Allegro, and Altium Designer. In this frank and non-nonsense conversation, Siemens' David Haboud explains how the company is stepping up with right-sized mid-tier solutions built on the proven Xpedition technology stack that allows for scalability, affordability, and gives designers real choice as individuals and SMB teams. Join The EEcosystem Community for more free engineering Masterclasses from Eric Bogatin, resources, and member-only benefits at https://theeecosystem.com   Show Links: Siemens PCB EDA Solutions: https://eda.sw.siemens.com/en-US/pcb/ Free 30-day trial of Xpedition Standard: https://tinyurl.com/562mc8rs   Sponsor Links:

Discover how Altium is revolutionizing PCB design software with solutions tailored to teams of all sizes. In this exclusive interview from PCB West 2025, Justin Sears breaks down the key differences between Altium Develop and Altium Agile, helping you choose the perfect design platform for your organization. Learn how these innovative solutions can streamline your PCB design process, enhance collaboration, and unlock new possibilities for electrical and mechanical engineers. Whether you're a small startup or a large enterprise, Altium has a solution that fits your unique needs.

How do you keep pace with rising PCB complexity while ensuring scalability and innovation? What you'll learn… (00:40) David Haboud's career journey and what drew him to Siemens (02:50) Aligning personal vision with Siemens mission of digital transformation and sustainability (04:50) The role of a technical audience manager in amplifying customer voices (07:00) Why integrated ecosystems outperform siloed toolchains (08:40) Today's biggest challenges in PCB design: complexity, time-to-market, and supply chain volatility (10:50) What is the true cost of the decisions you make and how they impact downstream? (13:10) Hidden costs in component libraries and the case for smarter automation (15:31) How automation has always been part of EDA—and what's next (18:40) Scalability of Xpedition Standard and what it means for engineers and SMBs (23:30) The future of PCB design: AI integration, sustainability, and smarter business-driven design More about the episode… In this episode of the Printed Circuit Podcast, host Steph Chavez welcomes Siemens newest co-host, David Haboud, Senior Technical Audience Manager at Siemens EDA. With over a decade of experience spanning embedded software and hardware product marketing, David shares how his career has been shaped by bridging gaps between domains and amplifying the user's voice in product development. Together, Steph and David explore how Siemens fully integrated digital thread transforms the way products move from concept to manufacturing—eliminating translation errors, reducing wasted time, and enabling true digital twins. They discuss the hidden costs of component selection, how scalability in solutions like Xpedition Standard empowers both startups and enterprises, and why automation and AI are key to unlocking engineers' full potential. The conversation also dives into the challenges facing modern PCB designers: supply chain volatility, increasing design complexity, and time-to-market pressure. Steph and David emphasize the importance of training the next generation of engineers, academia collaboration, and adopting scalable ecosystems that grow with business needs. This episode is ideal for PCB designers, electrical engineers, design managers, SMBs, and enterprises who want to harness scalability, digital transformation, and smarter automation in their workflows. Connect with Steph Chavez: LinkedIn Website Connect with David Haboud LinkedIn Website

University of Minnesota students share their journey designing custom PCBs for the Bright Manufacturing Challenge. Watch as electrical and mechanical engineering students Ethan Chung, Kevin Vo, and Alexander Wan discuss their line-following robot project, from initial schematics to flex-rigid PCB manufacturing. This inspiring episode of the OnTrack Podcast reveals how young engineers learn PCB design through hands-on competition experience. Discover the challenges these students faced when transitioning from theoretical schematics to real-world printed circuit board layouts. Learn about their innovative flex-rigid PCB solution for encoder positioning, power management strategies, and the valuable lessons learned from their first manufacturing attempt. Their story demonstrates that diving into PCB design with determination and the right resources can lead to impressive engineering achievements.

What happens when a SpaceX engineer takes on one of the toughest problems in electronics? In this episode, Quilter CEO Sergiy Nesterenko shares how first-principles thinking and lessons from his time at SpaceX led him to tackle the decades-old bottleneck in PCB design: manual layout. From his triple major at Berkeley to building avionics for Falcon 9, Sergiy brings unique insights into why auto-routers failed, how reinforcement learning changes the game, and what the future of PCB design with AI might look like.

Stephen Chavez is principal technical product marketing manager with Siemens, but he's best known for his three decades as a printed circuit designer and instructor. He's a regular contributor to various industry publications and host of the Printed Circuit Podcast. He also coauthored and teaches the PCEA Training Certified Printed Circuit Designer curriculum, and is chairman of PCEA. He talks about some of the issues designers are running into, his upcoming presentations at PCB West, and the design-related programs at the college level, where he has been teaching of late.  

Join host Zach Peterson on this episode of the OnTrack Podcast as he speaks with Caleb Buck, PCB Design Electronics Engineer at Nidec Aerospace, about the critical considerations for high power PCB design. From guitar pedal prototypes etched in his kitchen to aerospace systems handling 500+ amps, Caleb shares his journey and expertise in designing life-critical electronics. Learn about voltage isolation requirements, current distribution challenges, thermal management strategies, and the pitfalls that can lead to melting connectors and component failures.   Discover practical approaches to high power design including IPC 2221 vs IPC 2152 standards, material selection for reliability, and how PCB layout dramatically affects current distribution in parallel switching circuits. Whether you're designing power electronics for automotive, aerospace, or industrial applications, this conversation provides valuable insights for pushing the boundaries of what's possible on a PCB.

How do you enable seamless PCB design collaboration for globally distributed teams without sacrificing security or IP control? What you'll learn… How cloud connectivity supports asynchronous design reviews across time zones Why web-based 2D/3D visualization is a game changer for non-EDA stakeholders How BOM integration and real-time supply chain data reduce redesign risk Best practices for balancing accessibility with security in PCB design The role of AI in future PCB collaboration and design review workflows Where you'll find it… (01:00) How has cloud connectivity transformed PCB design collaboration in recent years? (02:20) How web-based 2D 3D visualization works in practice? (03:30) What specific features enable remote design reviews to be as effective as in-person reviews? (05:35) How does the bill of materials factor into the design review process? (07:00) How do you balance accessibility with security in cloud-connected design? (08:25) What measures are in place to protect intellectual property during collaboration? (10:25) Layers of access control in secure cloud environments  (16:00) The future of cloud-connected PCB design and AI's role  More about the episode… In this episode of the Printed Circuit Podcast, host Steph Tinkham speaks with Paul Welch, Product Manager at Siemens EDA, about how secure, cloud-connected solutions are transforming PCB design collaboration. Paul explains how centralized, cloud-based environments enable asynchronous design reviews, bringing together global teams while maintaining full traceability of feedback and design changes. He dives into the advantages of web-based 2D and 3D visualization for stakeholders without direct EDA tool access, and how integrating BOM insights with live supply chain data helps avoid late-stage redesigns. The conversation also covers Siemens' secure-by-design approach, the multiple layers of access control that protect intellectual property, and where AI will fit into future PCB workflows, from prioritizing design review feedback to streamlining issue management. Ideal for PCB designers, electrical engineers, design managers, supply chain teams, and anyone involved in collaborative, multi-location PCB projects. Connect with Steph Chavez: LinkedIn Website Connect with Paul Welch LinkedIn Website

In this episode, we're diving into a topic that's rapidly reshaping our industry: Artificial Intelligence in PCB Design. Far from a futuristic concept, AI is already being integrated into advanced design tools—improving efficiency, reducing design iterations, and helping engineers tackle increasing design complexity with shrinking timelines.Joining me today are two thought leaders who are at the forefront of this transformation:First, we welcome back Stephen Chavez, a senior printed circuit engineer with more than 30 years of experience. Stephen serves as a Senior Product Marketing Manager at Siemens EDA, where he helps drive AI adoption in PCB design workflows. He's also the Chairman of the Printed Circuit Engineering Association (PCEA) and a PCEA and IPC Certified Master Instructor Trainer. Stephen recently authored the article “AI in PCB Design: It's Already Here”, which forms the foundation of today's discussion.Also joining us is Dave Wiens, Product Marketing Manager for the Xpedition Enterprise portfolio at Siemens EDA. With decades of experience in electronic design automation, Dave is a recognized expert in digital transformation and design innovation. He brings deep insight into how AI-driven tools are streamlining everything from system-level design to manufacturability, while empowering engineers to focus on innovation rather than repetition.We'll unpack the practical applications of AI in PCB workflows—covering predictive design, simulation acceleration, and how these advancements are improving both reliability and time-to-market.If you're wondering what AI really means for the future of design—and what it doesn't—you'll want listen to this episode!

Wally Rhines, spokesperson for the ESD Alliance, joins Mike Buetow to discuss the first quarter electronic design automation market results. The good news: sales of PCB/MCM design software were up 5.5% to $399.8 million for the quarter, the 17th straight period of growth. Strength in Asia-Pacific offset slower results in some other regions.  The four-quarter moving average for PCB and MCM rose 8.9%. The Americas, the largest reporting region by revenue, procured almost $2.21 billion of electronic system design products and services in Q1 2025, a 14% increase.  Listen to the podcast for more data and analysis, including thoughts on tariffs.

In this insightful episode of the Altium OnTrack Podcast, host Zach Peterson sits down with Kirsch Mackey, founder of HaSofu, to explore the evolving landscape of PCB design education. Kirsch reveals how his educational platform bridges the critical gap between academic theory and industry requirements, sharing his unique journey from physics enthusiast to electronics education innovator.    Discover how HaSofu is revolutionizing hardware design education and learn about the potential and limitations of AI in PCB design workflows.  

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What happens when you fabricate the wrong version of a board because someone skipped the process? It's a nightmare scenario—and it's more common than you think. But there's a solution: PLM integration. In this episode of The Printed Circuit Podcast, host Steph Chavez is joined by Scott Claes, Senior Technical Marketing Engineer at Siemens, to explore how Product Lifecycle Management (PLM) systems can revolutionize PCB design workflows. With nearly two decades of experience integrating ECAD data with PLM systems, Scott offers practical insights into how PLM enhances design control, collaboration, and efficiency across global teams. The discussion covers the real-world problems PCB designers face when managing data, from version confusion to design reuse challenges, and how a properly implemented PLM system solves them. Whether you're navigating compliance needs like ITAR and HIPAA, or trying to bridge the gap between ECAD and MCAD, this episode provides a clear roadmap for leveraging PLM in your design ecosystem. This conversation is essential for PCB designers, electrical engineers, CAD admins, and product teams looking to streamline their design process and avoid costly mistakes. What You'll Learn in this Episode: What does a PLM system do? (1:35) How does PLM integration enhance rather than restrict design freedom? (4:55) How PLM enables easy reuse of previously released designs. (6:35) Avoiding Costly Errors: How PLM prevents versioning mix-ups and fabrication mistakes (8:15) How PLM supports ECAD/MCAD integration and complex designs like flex and rigid-flex (11:55) Learning Curve & Workflow Impact: What PCB designers can expect when adapting to PLM (13:30)  Behind the Scenes of Integration: How PLM connectors automate design data management and bill of materials comparisons (16:55) Library Management & Synchronization: What to push, what not to, and where EDM fits in (21:10) How PLM supports ITAR, HIPAA, and team-based permission management (24:40) Why learning PLM early can boost your career and prevent process bottlenecks (26:55) What's next for ECAD-to-PLM flows and supplier integration (28:10) Connect with Steph Chavez: LinkedIn Website Connect with Scott Claes LinkedIn Website

Sean Patterson, CTO of Summit Interconnect, joins Judy Warner to explore how AI is transforming PCB manufacturing and design engineering. They discuss industry challenges, workforce adaptation, and how AI can drive collaboration and innovation. Sean also introduces CrossGen.ai, his new online community designed to help engineers and tech professionals navigate the future of AI-driven work.  

Wally Rhines, spokesperson for the ESD Alliance, which is part of Semiconductor Equipment and Materials International, joins Mike Buetow to share the latest electronic design automation data. Rhines details highlights from the fourth quarter 2024, which was another record-setting period for PCB design tool sales as well as the other major EDA segments. And he notes that while historically EDA does well in the first few quarters of industry downturns, there are concerns for what the looming tariff battles will bring down the road.

Artificial Intelligence is everywhere, but what does it mean for PCB design? Will AI replace engineers, or will it be the ultimate tool for enhancing productivity and innovation? In this episode of The Printed Circuit Podcast, host Steph Chavez sits down with André Alcalde, co-founder of CELUS, to explore the role of AI in PCB design and the broader electronics engineering landscape. As someone with a deep background in hardware design, André shares his unique perspective on how AI can optimize workflows, reduce design iteration time, and future-proof engineering careers. The conversation delves into AI's ability to automate aspects of PCB design, the risks and rewards of adopting AI-driven solutions, and how engineers can best adapt to the rapid evolution of technology. With data security and intellectual property protection concerns, how can companies safely implement AI while keeping their designs secure?  This episode is a must-listen for PCB designers, electronics engineers, and technology leaders looking to understand how AI is reshaping the design process. Whether you're a seasoned professional adapting to new tools or an industry newcomer eager to stay ahead of the curve, this conversation offers valuable insights into the future of AI-driven automation in PCB design. What You'll Learn in this Episode: AI in PCB Design: Fad or Here to Stay? (1:55) Automation vs. Manual Workflows: To what extent can AI take over PCB design, and what tasks will remain in human hands? (2:50) How companies can ensure data privacy and protect their intellectual property when using AI tools (7:10) The Changing Skillset for Engineers: How AI is shifting the role of PCB designers from execution to problem-solving and validation (12:10) Job Market Impact: Will AI reduce or increase opportunities in the PCB design field? (15:50) The Reluctance to Adopt AI: Why some companies are still hesitant and how expectations influence adoption (17:50) Speeding Up Time to Market: How AI-driven automation can significantly improve design iteration cycles (20:50) The Risks vs. Rewards of AI in PCB Design: Balancing automation, creativity, and human oversight (23:40) Closing thoughts on AI and innovation in PCB design: (25:50) Connect with Steph Chavez: LinkedIn Website Connect with André Alcalde: LinkedIn Website

Explore the revolutionary advancements of Ultra HDI in PCB design and manufacturing. In this episode of the Altium OnTrack Podcast, Zach Peterson sits down with Tara Dunn, Director of Training and Education at SMTA, to discuss how UHDI is reshaping the PCB industry.  Gain insights into its impact on design, fabrication, and assembly, and learn how to stay ahead in this rapidly evolving field.   **Highlights**:   - The future of Ultra HDI in PCB manufacturing   - Challenges and opportunities for PCB designers   - SMTA's role in fostering innovation and collaboration    

What does the changing workforce mean for the future of PCB design? How can intuitive software bridge the gap between retiring experts and incoming engineers? In this episode of The Printed Circuit Podcast, host Steph Chavez welcomes Jerry Suiter, Chief Architect at Siemens, to discuss the evolution of PCB design tools. As the industry faces a generational shift, Siemens is at the forefront of creating intuitive user experiences that cater to both power users and first-time engineers. Jerry shares his decades of insights into the challenges of modern PCB design, the critical need for tools that accelerate productivity, and the role of AI-driven customization in enhancing the user experience.  From addressing workforce dynamics to developing AI-powered design aids, this conversation highlights how Siemens is preparing the next wave of engineers to be creative and productive from day one. What You'll Learn in this Episode: The key challenges of a retiring PCB workforce and the rise of multi-skilled engineers ( 1:30 ) How intuitive software tools accelerate productivity for infrequent users ( 3:55 ) The role of AI in modern PCB design—from predictive commands to customization ( 5:30 ) Insights from five beta programs and the surprising results of A/B testing ( 10:35 ) How Siemens tools deliver a 30% productivity boost for new PCB engineers ( 11:20 ) Connect with Steph Chavez: LinkedIn Website Connect with Jerry Suiter Website

Sales of software for printed circuit board and multichip module design rose to a record $450 million in the third quarter ended in October, extending a growth streak that has seen only three down quarters in the past nine years, the ESD Alliance announced today. Our guest Wally Rhines offers the latest data and analysis of the electronic design market, which saw strength in the Americas and Europe offsetting dips in Asia and Japan. He also offers comments on how the latest merger announcements (Synopsys-Ansys, Renesas-Altium, Siemens-Altair) might impact the data trends. And he discusses how funds from the Chips Act may (or may not) show up in future EDA sales. 

How is AI reshaping the PCB design landscape? What challenges are engineers and small businesses facing today, and how can advanced tools provide solutions? In this episode of The Printed Circuit Podcast, host Steph Chavez from Siemens speaks with Antonio Becerra Esteban, Head of Customer Success at CELUS, about the transformative role of AI in PCB design.  They explore how AI tools, like the CELUS platform, help engineers move from requirements to prototypes with unparalleled speed and efficiency while addressing challenges like the growing knowledge gap in hardware engineering and supply chain constraints. Antonio shares insights into CELUS' innovative AI assistant, CUBOt , and how it simplifies design processes, enhances decision-making, and minimizes errors. He discusses real-world success stories of how AI-powered solutions have enabled engineers to overcome barriers and help small businesses remain competitive in the fast-evolving PCB market. Listeners will also get a glimpse into the partnership between CELUS and Siemens EDA, which combines the power of AI with cutting-edge PCB design tools to create an integrated, efficient workflow. If you're an engineer, designer, or small business owner searching to learn more about leveraging AI to streamline your PCB design process and stay competitive in the ever-evolving electronics industry, this episode is a must-listen. What You'll Learn in this Episode: • What does CELUS do, and how was it founded? (00:40) • Biggest challenges engineers and small businesses face in PCB design (04:40) • How is AI specifically transforming the field of PCB design (09:30) • What benefits can engineers gain from using AI in PCB design workflows? (12:24) • How integrating CELUS AI with Siemens design tools will benefit users in the SMB market (22:56) • What to Expect from the CELUS-Siemens Fully Integrated Product in March 2025 (27:55) • Advice for you engineers starting out in PCB design (30:40) Connect with Steph Chavez: ● LinkedIn ● Website Connect with Antonio Becerra Esteban ● LinkedIn ● Website

In this special episode of the Altium OnTrack Podcast, filmed live at PCB West 2024, Tech Consultant Zach Peterson chats PCB design and manufacturing challenges with Neil Chamberlain, Product Specialist at Polar Instruments. Neil shares his expert insights into the evolving landscape of PCB design, discussing critical topics like substitute materials, copper roughness, and the benefits of using tools that bridge the communication gap between designers and fabricators. Discover how Polar Instruments has been leading the way for almost 50 years, and learn valuable tips to optimize your PCB designs.

Can cloud technologies revolutionize how we approach electronics and PCB design? What role does AWS play in shaping the future of collaboration, security, and performance in this industry? I'm your guest host, Matthew Walsh, filling in for Steph Chavez this week, and in this episode, we sit down with Adam Cabler, Chief Cloud Architect at Siemens Electronic Board Systems. Adam shares his extensive experience with EDA software development and dives into how Siemens is leveraging AWS to enhance PCB design tools. We explore the journey of integrating cloud capabilities into Siemens' design tools, the specific challenges they've faced, and the transformative cloud-enabled features that are enhancing collaboration for design teams worldwide. This episode offers key insights for engineers, IT professionals, and anyone curious about the intersection of cloud technology and electronics design. What You'll Learn in this Episode: The driving forces behind Siemens' adoption of AWS for PCB design (02:15) Advanced ECAD visualization and how the cloud enhances user experience (03:05) How cloud collaboration is changing teamwork for global design teams (05:05) Siemens' approach to security and compliance in the cloud (06:25) Real-world examples of improved time-to-market with AWS (9:25) Future capabilities and the role of AI in PCB design (10:30) The impact of AI and Machine Learning (ML) of the future of PCB design (11:50) Adam's advice for companies considering cloud integration (13:20) Connect with Matthew Walsh: LinkedIn Website  Connect with Adam Cabler LinkedIn Website

Today on Elixir Wizards, Bryan Green shares how he transformed a vintage 1930s rotary phone into a fully functional cell phone using Elixir, Nerves, and a mix of hardware components. Bryan shares the highs and lows of his project, from decoding rotary dial clicks to troubleshooting hardware issues with LED outputs. He explains why Nerves was the perfect fit for this project, offering SSH access, over-the-air updates, and remote debugging. You'll also hear how Elixir's concurrency model helped him manage hardware inputs and outputs efficiently using GenStateMachine and Genservers. Elixir and Nerves really shine when modeling real-world systems. Bryan dives into how he used a finite state machine to track the phone's states and handled inputs from the rotary dial and hook switch via GPIO. For hardware enthusiasts, Bryan's advice is to embrace this “golden age” of DIY electronics. Whether you're experienced with embedded systems or just curious on where to start, Bryan's VintageCell can inspire you to tinker with a hardware engineering project. Key topics discussed in this episode: Advantages of functional programming and immutability in Elixir Building hardware projects using Adafruit components Why Nerves was the best choice for the VintageCell project Interpreting rotary dial clicks using GPIO and circuits.gpio Troubleshooting hardware issues with LED diagnostics Challenges in optimizing wiring and PCB design Benefits of Nerves: SSH access, OTA updates, and remote debugging Modeling real-world systems with Elixir and Nerves Implementing a finite state machine with GenStateMachine Managing input with Genservers for rotary dial and hook switch Leveraging community resources like Discord, Elixir Slack, and forums Practical advice for keeping hardware projects on track Potential applications from SMS servers to home automation Links mentioned: Vintage Cellphone: Bridging the Past and Future with Elixir (https://www.youtube.com/watch?v=U4hetzVpjmo) Seven Languages in Seven Weeks https://pragprog.com/titles/btlang/seven-languages-in-seven-weeks/ Seven More Languages https://pragprog.com/titles/7lang/seven-more-languages-in-seven-weeks/ Node.js https://github.com/nodejs https://nerves-project.org/ https://www.arduino.cc/ Adafruit Circuit Playground https://www.adafruit.com/category/965 Adafruit 3D Printed Star Trek Communicator https://learn.adafruit.com/3d-printed-star-trek-communicator Adafruit FONA 3G Cellular + GPS Breakout https://learn.adafruit.com/adafruit-fona-3g-cellular-gps-breakout/overview https://github.com/elixir-circuits/circuitsgpio Nerves SSH https://hex.pm/packages/nervesssh OTA (over-the-air) Updates with NervesHub https://www.nerves-hub.org/ https://github.com/kicad Waveshare 4G Hat for Raspberry Pi https://www.waveshare.com/sim7600e-h-4g-hat.htm https://hexdocs.pm/genstatemachine/GenStateMachine.html https://hexdocs.pm/elixir/GenServer.html https://www.sparkfun.com/ https://www.digikey.com/ USB-C Gadget Mode with Nerves https://github.com/nerves-project/nervessystemrpi4/issues/18 https://livebook.dev/ https://codestorm.me/ https://github.com/codestorm1/vintage_cell/ Special Guest: Bryan Green.

Design for AI is at the forefront of the PCB design education revolution, driving a new era of innovation in how we approach electronics. In this episode of the Altium "OnTrack" podcast, Technical Consultant Zach Peterson sits down with John Watson, Altium's technical engineer and professor at Palomar Community College, to explore how AI is transforming the landscape of PCB design. Discover how partnerships, like the one between Altium and Mouser, are playing a pivotal role in educating a new generation of PCB designers across the globe. John and Zach discuss the integration of AI into PCB design education, its impact on students and professionals alike, and what the future holds for the industry.

Sales of software for printed circuit board and multichip module design surged 8.2% to $399 million in the second quarter ended in July, continuing a long recovery, the ESD Alliance announced today. Our guest Wally Rhines offers his typical informed assessment of the latest market numbers, noting the particular strength in core areas such as analysis and library data management tools. And he discusses how the rapid rise of EDA startups today compares to a similar upswing in the 1980s.       

Can seamless ECAD/MCAD collaboration revolutionize your PCB designs? How can women in engineering shape this bright future and lead the charge in challenging industry norms? I'm your host, Steph Chavez, and in this episode, we take a deep dive into the world of ECAD/MCAD collaboration with industry experts Charlene McCauley and Terrie Duffy. They share their vast experience working on complex PCB designs for major companies like Dell, highlighting the importance of seamless integration between electrical and mechanical design.  Charlene and Terrie also reflect on their journeys as women in the traditionally male-dominated field of engineering. They talk about their efforts to mentor the next generation of engineers, and they emphasize the growing opportunities for women in PCB design and engineering.  This episode is packed with insights on overcoming design challenges, the evolution of collaboration tools, and inspiring stories about breaking barriers in the engineering world.  What You'll Learn in this Episode: The importance of communication in PCB design (06:05) Deciding to integrate ECAD/MCAD in PCB design (06:40) Is PCB design possible without MCAD collaboration? (09:55) Examples of how ECAD/MCAD collaboration improved the design cycle (12:20) The types of data exchange formats that are used, i.e., IDX, DXF IDF, EMN  (14:45) Advice to the new generation of engineers, especially women (17:50) Connect with Steph Chavez: LinkedIn Website Connect with Charlene McCauley LinkedIn Website Connect with Terrie Duffy LinkedIn Website

Join Tech Consultant Zach Peterson in this interview with Kris Moyer, an esteemed IPC instructor and seasoned PCB design expert. The pair cover a wide range of topics including IPC courses, PCB design practices, and advanced materials. Discover how IPC courses can elevate your PCB design skills, learn about best practices in high-speed digital design (as well as a few other types of design), and explore the challenges of working with advanced materials in the PCB industry. Key Topics Covered: - The importance of IPC courses for PCB designers - Best practices in PCB design and signal integrity - Overcoming challenges with high-speed digital design - Understanding and utilizing advanced materials in PCB manufacturing - Kris Moyer's career journey and industry insights   #PCBDesign #IPC #signalintegrity

Wally Rhines returns to give the latest data and analysis on the printed circuit board and MCM design software market, and the broader electronic design automation market. Rhines comments on the quarterly data released by the ESD Alliance, shifts in demand from India and China, seasonal buying trends, employment and more. This episode is sponsored by PCB Way, celebrating its 10th anniversary as a leading supplier in electronics manufacturing, known for high-quality PCB prototypes and assembly services.

Petr Dvorak is a freelance PCB designer and a prolific sharer of knowledge on LInkedIn. He joins Chris to discuss electronic microscopes, traveling to Shenzhen, revision control, KiCad (of course), and much more!

In this episode of Gradient Dissent, Sergiy Nesterenko, CEO of Quilter, joins host Lukas Biewald to discuss the groundbreaking use of reinforcement learning in PCB design. Learn how Quilter automates the complex, manual process of creating PCBs, making it faster and more efficient. Nesterenko shares insights on the challenges and successes of integrating AI with real-world applications and discusses the future of electronic design.✅ *Subscribe to Weights & Biases* → https://bit.ly/45BCkYzConnect with Sergiy Nesterenko:https://www.linkedin.com/in/sergiynesterenko/ Follow Weights & Biases:https://twitter.com/weights_biases https://www.linkedin.com/company/wandb Join the Weights & Biases Discord Server:https://discord.gg/CkZKRNnaf3

"Humans just aren't the greatest at designing circuit boards." That's according to Sergiy Nesterenko. Nesterenko is founder and CEO of a new software company called Quilter, whose goal is to accelerate hardware development by fully automating circuit board design. His eureka moment came when an early design at a previous employer couldn't be autorouted, then after it was hand-routed and built, it caught on fire. Listen to why the former Space X engineer thinks the margins designers build in are excessive and how AI-driven, physics-based platform can resolve and even violate some "human" rules and still generate superior printed circuit boards.  

RF PCB design involves the creation of printed circuit boards that manage high-frequency signals for radio frequency and microwave applications, ensuring optimal performance and minimal interference. I'm your host, Steph Chavez. Today, we're delving into the fascinating world of RF PCB design with our guest Per Viklund, Director of IC Packaging and RF Product Lines at Siemens.  In this episode, you will learn about the unique challenges of RF PCB design, the importance of integrating RF, analog, and digital components, and the effective use of modern design tools like Siemens' Xpedition Layout and PADS Pro Tools.  What You'll Learn in this Episode: RF design challenges and how to overcome them through co-design and continuous education. (4:35) PCB design conferences, tools for RF design integration. (10:31) RF PCB design fundamentals and tools for efficient design. (15:48) Advice for the new generation just getting started in their careers on how to approach RF PCB design. (18:25) Connect with Per Viklund: LinkedIn Connect with Steph Chavez: LinkedIn

Traditional printed circuit board (PCB) designs frequently encounter constraints in space optimization and weight reduction, particularly in compact electronic devices. However, by seamlessly integrating rigid and flexible PCB elements into a unified entity, Rigid-Flex PCB design presents a revolutionary solution for electronic system architecture. I'm your host, Steph Chavez, and today, we dive deep into the fascinating realm of Rigid-Flex PCB design. Joining me is Tara Dunn, Director of Training and Education for SMTA. Together, we'll unpack the intricacies, challenges, and opportunities surrounding Rigid-Flex PCB design. In this episode, you will learn about the transformative potential of Rigid-Flex design in optimizing space, reducing weight, and enhancing overall system performance in electronic devices. Additionally, you'll discover key insights into cost considerations, practical implementation strategies, and the importance of continuous learning and networking in mastering Rigid-Flex engineering.  What You'll Learn in this Episode: The challenges and best practices for designing flex and Rigid-Flex PCBs. (3:17) Rigid Flex vs. standard connectors in electronics design. (7:13) The importance of intentional learning for printed circuit engineers to develop their Rigid-Flex design skills. (13:10) The value of building professional networks and connecting with industry experts. (15:47) Connect with Tara Dunn: LinkedIn Connect with Steph Chavez: LinkedIn

In this episode of the OnTrack Podcast, host Zach Peterson speaks with Cory Blaylock, Director of Workforce Partnerships at IPC, in a profound discussion on the looming generational gap within the PCB design and electronics manufacturing spaces, as well as what those industries might be able to do about it. As one generation of seasoned experts nears the end of their careers, the urgency to cultivate a new wave of talent becomes ever more critical. This episode delves deep into the challenges and opportunities that lie ahead in bridging this divide.   Key Highlights: The Generational Shift: Explore the evolving landscape of PCB design and how the departure of experienced professionals is creating an urgent need for fresh talent. IPC's Role: Discover how IPC is spearheading initiatives to develop the workforce of tomorrow through innovative apprenticeship programs approved by the US Department of Labor. The Journey from Classroom to Industry: Cory shares his unique transition from education to a pivotal role in workforce development, shedding light on the path that lies ahead for aspiring PCB designers and manufacturers. - Future-Proofing the Industry: Learn about the measures being taken to ensure the sustainability and growth of the electronics manufacturing sector amidst these changes. Further Resources: Follow Cory Blalock on LinkedIn IPC Apprenticeship Information: IPC Information for employers IPC News releases Check out this article about working with IPC compliant Footprint Models

Matthias Wagner is chief executive and cofounder of Flux, a developer of a browser-based PCB design platform and programmable simulator. When spoke with Matthias last spring, the company was introducing Flux Copilot, an AI-powered hardware design assistant. Flux Copilot uses a large language model that the company's engineers trained and integrated into its design tool. Flux recently added vision capability to its signature tool, whereby users can upload photos of images such as block diagrams to CoPilot and it can recommend parts for their design. This week, we talk about those advances, some real-use cases Flux is seeing, the Renesas-Altium merger, and more. 

The concept of Manufacturing-Driven Design (MDD) represents a shift towards validating manufacturing requirements during the design phase, empowering designers to ensure both electrical and manufacturing needs are met. I'm your host, Steph Chavez, and for this episode, I have two industry experts: Max Clark, Product Strategy and Technology Director at Siemens, and Gerry Partida, Vice President of Technology at Summit Interconnect. Today, we will delve into the evolution of design and manufacturing processes within the printed circuit engineering industry, emphasizing collaboration, data-driven decision-making, achieving higher quality, and efficiency In this episode, you will learn the utilization of digital twins for multi-disciplinary integration, and the importance of collecting and analyzing data for validation. You will also hear more about tools like PCBFlow, offering tool-agnostic solutions, and enabling designers to validate their designs against industry standards early on. What You'll Learn in this Episode: The Evolution of DRC (Design Rule Checking) in the PCB Industry. (05:00) The importance of applying industry-accepted rules to PCB design to improve yields. (07:12) Real-world issues with PCB Design, and the importance of Design for Manufacturability. (09:25) Design for Manufacturability and risk management in chip production. (11:20) Design for Manufacturability and collaboration between designers and manufacturers. (15:46) PCB design and manufacturing issues. (23:20) MDD shifts DFM validation to designers for real-time design process validation. (29:07) Connect with Max Clark: LinkedIn Connect with Gerry Partida: LinkedIn Connect with Steph Chavez: LinkedIn

Scott McMorrow, Strategic Technologist for Signal Integrity Products at Samtec Inc. who's well-renowned for his expertise in signal integrity, discusses revolutionary techniques in PCB design on this episode of the Altium OnTrack podcast.   We delve into Scott's journey in the electronics industry, his approach to overcoming complex PCB layout challenges, and his predictions for the future of signal integrity in PCBs. Learn how Scott's methods are transforming the way designers approach PCB layouts, ensuring optimal performance and reliability.   Join host Zach Peterson as they explore Scott's influential work at Samtec, his experience in consulting, and the innovative strategies that earned him a nomination for Engineer of the Year at DesignCon.  

Printed circuit board and multichip module design software revenue soared 24% year-over-year to a record $426 million in the third quarter 2023, according to the ESD Alliance's latest Electronic Design Market Data (EDMD) report. ESD Alliance spokesperson Wally Rhines joins Mike Buetow to explain the latest data trends.

Explore the transformative world of 3D MID design in the OnTrack Podcast as Altium's Jack Henriques and Harting's Michael Mross discuss Altium's cutting-edge 3D routing tool. Gain insights into the vast potential of molded interconnect devices (MIDs) across industries and stay updated on the future of PCB design.

My podcast guest this week is Mattias Wagner from Flux! Mattias and I investigate the role that AI plays in the Flux PCB design platform. We also delve into the details of the Flux Method, Flux Model and Flux Co-pilot, and discuss why working smarter not harder is cornerstone to the Flux mission. I also investigate why the discovery of phosphorus in the outer reaches of the galaxy could have major implications for the possibility of alien life. 

Robert Feranec is a hardware designer with over 20 years' experience in the electronics industry, and specializes in PCB design, signal integrity and high-speed digital design. In addition, he is also a self-described passionate content creator on YouTube, where he has developed a large series of help-guides for PCB design and electronics engineering. His company, FEDEVEL Academy, also provides courses on electronics design. We talk about autorouting, simulation tools and teaching board design concepts on this edition of PCB Chat. 

Simply put, when it comes to PCB design software, design automation is the automation of specific tasks throughout your PCB design process. There are many functions or processes within PCB design that can be automated. But as much as benefits, there are typical roadblocks that you'll see when moving toward design automation, such as having less control of the design and PCB designers being unfamiliar with the automated functions available within their PCB design tool.  I'm your host, Steph Chavez. This is officially the first episode of Season Three of the Printed Circuit Podcast. For the first episode of this season, we'll focus on Design Automation. And here to join me in this discussion is John Medina, owner of High-Speed Design Services.  In this episode, you will learn about the necessity of automation in the design process, especially for repetitive tasks. You will also hear more about how automation aids in planning and executing complex tasks, such as high pin count BGA (Ball Grid Array) breakout and routing. In addition, the conversation also highlights the importance of planning and visualization in PCB design, which automation tools greatly facilitate. What You'll Learn in this Episode: Design automation tools for PCB and package engineering (07:11) Automation in PCB design, balancing quality and speed (16:29) The importance of embracing automation and staying aware of new techniques and best practices (19:47) The importance of understanding materials and fabrication in PCB design(25:36) Connect with John Medina: LinkedIn Connect with Steph Chavez: LinkedIn

Dave answers a Twitter question: How should I design a PCB trace to carry 80A of current, and can this be done on one PCB layer? The answer is, well, complicated. Let's go down the PCB design rabbit hole of current rating PCB traces. Designing a PCB trace for 70-80A. How should I design the ...

Today I install a fresh, new version of HamVOIP onto a microSD card for my SHARI Allstar Node. I was using this node on my trip to Dayton Hamvention this year, and it died on me. Turns out, it was a bad microSD card, so today I replaced the card, reimage it and install HamVOIP from scratch.Connect to us on my Hub, 43136, to join us on Allstar!SPONSOR: https://www.pcbway.com Get your projects made into tangible pieces with PCB Design, printing, molding and fabrication.

The growing complexity of printed circuit boards and multi-board products has rendered traditional design analysis and verification techniques obsolete. Reliance on experts for all design analysis creates bottlenecks that delay project schedules. It takes a modern, automated verification approach to catch schematic errors at the source.  I'm your host, Steph Chavez, and today, I'm joined by David Wiens, a PCB design expert, and Todd Westerhoff, an expert in modeling and simulation for digital systems. We will discuss our third pillar of the PCB design best practices, which is digital prototype-driven verification.  In this episode, you will get valuable insights into the role of verification and analysis in PCB design, highlighting the benefits of proactive and systematic approaches. You will also hear more about the need to balance accuracy, time, and expertise while leveraging automation and standardization to make verification more accessible and efficient. What You'll Learn in this Episode: The problem with project delays (1:52) The challenges with routing vendor guidelines. (9:58) The skill sets required for signal integrity and power integrity analysis (16:36) The role of Design Rule Checking (DRC) (22:17) The initial steps in the post-route verification process (24:57) Compliance analysis and its benefits (33:41) Progressive verification (36:51) Connect with David Wiens  LinkedIn Connect with Todd Westerhoff LinkedIn Connect with Steph Chavez LinkedIn

System design companies always want to deliver a successful product, so they rely heavily on their supply chains during product development. But over the last few years, supply chains have become very distributed, complex, and quite frankly, more unpredictable, resulting in many supply chain volatility and disruptions. I'm your host, Steph Chavez. And here to join me, for the second time, is Matt Walsh, a Product Marketing Manager with Siemens EDA. Today, Matt will help us understand the importance of supply chain resilience in the product lifecycle and how Siemens' Xpedition EDM product can help achieve it.  In this episode, you will learn about the importance of supply chain resilience in PCB design and the need for collaborative and cross-functional decision-making throughout the product lifecycle. You'll also hear how Siemens' acquisition of Supplyframe has allowed them to offer their customers a complete end-to-end supply chain resilient solution. What You'll Learn in this Episode: The importance of supply chain resilience for OEMs (02:02) Deep market supply chain and components sourcing knowledge at the part level (3:52) Part intelligence (7:57) Need for supply chain resilience to span the complete product lifecycle (13:13) Siemens' Xpedition EDM product (14:51) Connect with Matt Walsh: LinkedIn Connect with Steph Chavez: LinkedIn