Learn how GaN is making inroads in the lower-end of the high-voltage, wide-bandgap power market in the latest Semiconductor Engineering article, where Teradyne’s Tom Tran sheds light on best practices for faster process development and cost reduction: https://bit.ly/3Aj525G
About us
Teradyne brings high-quality innovations such as smart devices, life-saving medical equipment and data storage systems to market, faster. Its advanced test solutions for semiconductors, electronic systems, wireless devices and more ensure that products perform as they were designed. Its robotics offerings include collaborative and mobile robots that help manufacturers of all sizes improve productivity and lower costs. Teradyne employs over 6,500 people worldwide. The Semiconductor Test Division is the world's largest supplier of semiconductor test equipment for logic, RF, analog, power, mixed-signal and memory technologies. The System Test Group is a global leader in electronics testing solutions serving the world's leading original equipment manufacturers, electronics manufacturing services suppliers, and hard disk drive makers. The Wireless Test segment, LitePoint, is focused on reducing the time to market and cost of system level test for wireless products operating on WiFi, Bluetooth, GPS, and cellular phone networks. Teradyne Robotics, consisting of Universal Robots and MiR, provides low-cost, easy-to-deploy and simple-to-program robots that work side by side with production workers to improve quality and increase manufacturing efficiency.
- Website
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http://www.teradyne.com
External link for Teradyne
- Industry
- Semiconductor Manufacturing
- Company size
- 5,001-10,000 employees
- Headquarters
- North Reading, MA
- Type
- Public Company
- Specialties
- Electronics Manufacturing, Robotics, Semiconductor Test, Industrial Automation, Production Board Test, System Level Test, Storage Test, Wireless Test, and Memory Test
Locations
Employees at Teradyne
Updates
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The enthusiasm around AI and ML is being met by robust infrastructure changes to accommodate the need for real-time inferencing of test data and test optimization. Teradyne’s Richard Fanning provides insights on the expanding role of AI and ML, and how it can impact design-to-test time. Read more via Semiconductor Engineering: https://bit.ly/3WAQNjV
AI/ML's Role In Design And Test Expands
https://semiengineering.com
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We're #hiring! We're looking for a Mechanical Engineering Manager to join our Platform Engineering team in Costa Rica. This person will be a key individual in the areas of product development. Learn more at the job posting below. https://hubs.li/Q02JCz1c0
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Time for an #InternSpotlight for one of our interns, Rachel Wang. Rachel is a Master's student studying Electrical and Computer Engineering at Carnegie Mellon University. “As a hardware engineer in Teradyne’s System Test Hardware team, I've been working on testing PCBs for the latest System Level Test (SLT) platform for System on Chips (SOC) and Solid State Drives (SSD). I spent most of my time in the lab mastering high-speed oscilloscopes, design verification methods and tools, and PCB design flows. I have honed my technical skills by learning from brilliant minds and gained valuable insights into the power of teamwork. Teradyne is a company without doors, it's invaluable that everyone is happy to share and help. I've got the opportunity to work closely with power, FPGA, and embedded software designers for design reviews and timely debugging. I’m fully committed to ensure our customers can always count on us!” If you're interested in co-op and internship opportunities with us, check out this page to learn more. https://hubs.li/Q02JzMGd0
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We're hiring! We're looking for a Hardware Design Engineer to join our engineering design team in North Reading, MA. This role will design and develop digital, analog, and optical automated test instrumentation and fixtures to meet the challenging needs of our critical Defense and Aerospace customers. Reach out to Romana Abraham if you our someone you know is interested! https://hubs.li/Q02Jh1St0
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This summer we welcomed a great group of interns to our headquarters. We are so thankful for all that they do! If you are interested in any of our intern opportunities, learn more at the link below and check out our current openings. Happy #NationalInternDay! https://lnkd.in/g9pPi2Kd
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Time for an #InternSpotlight for one of our interns, Xin Wang. Xin is a Master student at Northeastern University majoring in data science. “I'm currently interning as a data scientist in the AI team under Teradyne's semi test division. Everyone I’ve met here has been incredibly friendly and supportive. We all have our own open cubes with large and comfortable desks, and I was told that I can go to anyone's cube for help. This welcoming atmosphere is very appealing to me. Additionally, my manager and mentor are open to listening to my suggestions, giving me the opportunity to implement my ideas, which makes me feel valued. I love learning new things, and my work allows me to continually explore and acquire new knowledge in the AI field, which brings me great joy. I’m looking forward to gaining more practical experience here at Teradyne!” If you're interested in co-op and internship opportunities with us, check out this page to learn more. https://hubs.li/Q02GPrXK0
Recent Grads, College Internships & Co-Ops with Teradyne | Teradyne
https://www.teradyne.com
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EV and ADAS trends are increasing silicon demands and driving carmakers into the semiconductor arena. Teradyne’s Zhenyu (Fisher) Zhang highlights the pivotal role of semiconductor testing and collaborative relationships in this market transition. Read more via EV Design & Manufacturing: https://hubs.li/Q02G-f3d0
EV and ADAS trends drive carmakers into the semiconductor arena
evdesignandmanufacturing.com
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One volt is not the problem, it’s the 1,000+ amps. With the arrival of AI applications, the increasing power trends for HPC have accelerated current draws and exasperated power delivery network (PDN) challenges. Teradyne’s Michael Keene shares insights on the need for power in HPC and how to address new testing challenges. Read more via Semiconductor Engineering: https://hubs.li/Q02GQsxn0
Delivering On Power During HPC Test
https://semiengineering.com
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