About Author

Pierre Meyitang

Pierre is the current Sales Applications Engineer for Altium’s North America region. He worked in Mechatronics Design and Fabrication at Harvard’s Wyss Institute for Bioinspired Robotics as an Electro-Mechanical Engineer. Pierre recently joined Altium’s engineering team, and continues his hobbies in design and fabrication of miniature PCBs, CNC machines, and IOS app development.

Most Recent Posts

How to Automate Your High-Speed Design Process Keeping track of individual segment lengths for nets, via depths, or pin lengths in a spreadsheet can be burdensome. Learn how to automate your high-speed design process with new technology in Altium Designer^®. High Speed design is one of the most challenging tasks that an electrical engineer can take on. There are any number of factors that can affect the way a high speed signal will respond. A misconception is that High Speed Design is a Read Article

How to Automate Your Design Review Process Your typical design review workflow can be filled with endless hurdles, errors, and time-consuming processes without the right tools, but it doesn’t have to be. Learn how you can automate your design review and comparison process in Altium Designer^®. The increasing demand for smaller, more capable electronics has been a major driving factor behind the development of more complex, densely packed PCBs. Although EDA software is regularly updated to Read Article

How to Reverse Engineer PCB Project Libraries Receiving PCB design files from clients isn’t always as smooth a process. Clients may send incomplete project files, project library files with unstandardized component libraries, or other files that don’t match what you actually need. When that happens, how do you proceed with the project? Outsourcing has become the de-facto solution for companies seeking to cut costs and increase their profit margins. Rather than consuming their own resources Read Article

How to Keep Your PCB Design Variants Synchronized Product customization is increasingly popular to satisfy customer demand as both time-to-market and the complexity of products continue upward without abatement. By making variations of a baseline product, the new products can address different markets and requirements. But how do you go about keeping synchronized PCB variants? Making the Case for PCB Design Variants You are developing a PCB layout for a smartwatch that comes in three different Read Article