A long time ago we needed to have some metal
castings milled to avoid shorting PCB etch when the castings were assembled to the PCB. We found a provincial government supported (NOT USA) shop to do the work.
When I brought the castings and rework drawings to the shop I was surprised to find it incredibly clean. And only 3 staff - a receptionist, a head honcho, and the machinist that actually did all the work.
Clean = no work in progress. Our tax dollars at worst.
Thank you. So many work wonders yet get so little public recognition. This is another example of hard-achieved progress simply taken for granted because it does not involve touchdowns, goals, runs, or baskets.
An obituary for Prof Rosalyn Yalow appeared a few days ago:
which includes a picture of her at her very cluttered desk. Allowing a modest extension of the 'engineering workspace' definition it is worth noting that she was awarded the 1977 Nobel prize for medicine and physiology although originally trained as a physicist. The account is worth reading for what she had to overcome in recognition of her work.
Some are seeking truth from politicians - totally wrong place to search for;
others think that employees are inspired by a 5S-conformant desk - well this might be fine for shared working areas;
many might believe that a messy desk by itself is a sign for genuity - for sure you NEED genuity to handle such a desk.
While I never had the pleasure to meet Bob personally, I really liked his writing which covered much more than analog stuff.
For sure, any 5S reminder in our office puts a smile on my face - Bob simply didn't care about.
What I will keep in mind is Bob's helping hand.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.