How do you measure electronic engineering quality and performance?

It’s the people mind set! It WAS a time when Zenith Radio & Television manufacturing of Chicago Said, “The Quality goes in Before the name goes on!” At that time, workers inspected their works and signed off on the product. Inspectors also signed off on it after inspection. People wanted to be known by their signature that the product achieved its due requirements! Thats “ Proud in America “ With that story, you can design in a good product . You can build it to spec. You can source those parts required to meet the reliability. BUT IT IS THE PEOPLE WITH THE MINDSET TO ACHIEVE OR EXCEED EXPECTATIONS! Said that in 633 words.

A crucial stage in assuring that electronic systems, components, and devices satisfy their intended specifications and functional requirements is measuring the quality and performance of electronic engineering. To test the operation of electrical equipment under diverse operating settings and environmental pressures, it combines quantitative and qualitative analyses. Several crucial elements and techniques for evaluating the performance and quality of electronic engineering include: requirements and specifications, Tests of functionality, performance indicators, modeling and simulation testing apparatus Processes for quality assurance, reliability testing testing for compliance user research, Data analysis, ongoing development.

Quality and performance in electrical engineering are determined by a number of factors, including specification compliance, power efficiency, signal integrity, and dependability. Strict testing, simulation, and analysis methods evaluate these factors, guaranteeing that electronic systems satisfy industry requirements and function as best they can in the intended uses.

These whole points are correct, because in electronics engineering, all formulas must be obeyed, if not there will be catastrophic damage while running your finished project.

This is mostly true, because when resuming a new work environment,in most cases to succeed you must firstly, work carefully according to their work ethic before, later introducing your experience into the new system in- order to adapt fast...in your new work environment.

Instrumentations of air quality monitoring-- this was the electronics engineering line of work as my experience. Compared to Canada, the Philippines (where I had plenty of exposure to electronics engineering) is like the opposite pole, compared to its climate conditions. I remember when I was still new here in Toronto when the thick snow and the cold air I needed to endure in going to my job as an electronic assembler. Now, with the advent of Climate Change, the precipitation in Toronto has changed to lesser cold, and instead of snow, there is rain which shows that the temperature become warmer.

Try and get yourself onto a standards committee. These can be somewhat political as there are many agendas but overall they are good for your career. Having my name on a standard (Infiniband) has helped me a lot. The other really good thing is that when you design something that must comply with the standard you will have a head start.

I learned to examine previous designs, and figure out how to make them even better, including a billion dollar LIGO apparatus measuring 5 miles in length. I was laid off, as usual, but when it proved Einstein's theory of gravity waves, I was invited back to be thanked and celebrate.