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Update: In an effort to consolidate all the posts throughout the year into topics, we’ll simply update the post with new information. This will help you by creating one page of content for the year, simply bookmark the page and you can check it periodically. Much easier. We are kicking
The IEEE Boston Reliability Chapter cordially invites you to attend a joint meeting and plant tour with SMTA Boston Chapter and iMAPs organizations on Nov. 1st, 2017: Laser Exfoliation Removal of Conformal Coatings From CCA PCB Pad Surfaces and Design for Rinsability Wednesday evening, November 1st, 2017, Raytheon, Andover, MA Circuit
This talk will highlight current and promising directions in the fields of Reliability Engineering and Risk Assessment. Leading topics such as research on the fundamental sciences that underpin risk and reliability technologies, challenges in reliability of ultra-complex systems of interacting hardware and software, utilization and processing of large data and
Increasing transmission capacity is essential to meet an increased demand of electricity, integration of renewable generation and so on. The power industry’s pressing need for the most economical ways to transfer bulk power along a desired path may be met by building new transmission lines, which is a long and
We’ll be at the HPEC 2017 Conference for the next few days, and will be posting from there on all social media platforms as well as here on the blog. Look for HPEC tags to follow the proceedings. Thanks for joining us!
The first two individuals to introduce reliability engineering in their work were: Dr. William Channing (1820 -1901), inventor of Boston’s fire alarm system over 160 years ago, and Fred Stark Pearson (1861-1915), chief engineer of the world’s first and largest public transit system of Boston. Channing had carefully examined and
