The DISTek Year in Review – 2015
Another year has come and gone and many eventful happenings took place in the history of DISTek. We may look back at 2015 as a turning point due to the substantial changes we made in all aspects of our business. Those end-of-the-year cards you get in the mail always seem to be bragging a little too much, but that is just what I am going to do because I think the year DISTek had is worth bragging about.
‘Tis the Season: Giving Back
There is a long standing tradition at DISTek around the holiday season. In late November, as we gear up for Thanksgiving break, where we spend time with our families reflecting on all the things we have to be thankful for, simple white boards adorned with green and red tags make an appearance in the break room. These tags list basic necessities and wish list items from local families, who are struggling to make ends meet. This year, DISTek was fortunate enough to be able to adopt two families and play a small role in making their holiday season a little bit brighter.
FIRST LEGO League – Cedar Falls Regional Qualifier
I am in the middle of my sixth season coaching a FIRST LEGO League (FLL) team. Each year has furthered my belief that FLL is valuable for all those that are involved. Recently, on December 5th, my team participated in the Cedar Falls Regional Qualifier.
Book Report: Getting Things Done by David Allen
While reading David Allen’s Getting Things Done, I connected the ideas that Allen suggests for time allocation to that of a real-time operating system with which I am familiar. Upon further thought, I wondered if there is a way to act more deterministic and accomplish tasks at higher efficiency, similar to how a microprocessor performs within a real-time operating system.
Design Patterns for Embedded Systems in C
While I was attending the Embedded Systems Conference this year in San Jose, there was one session that peaked my interest. The session was “Design Patterns for Embedded Systems in C” from Bruce Powel Douglass, Ph.D., Chief Evangelist from IBM IoT(Internet of Things).
Choosing the Language for the Task
In college, I had a physics class called Modeling and Simulation of Physics Systems in which students wrote code to model the physical behavior of various systems. The final project of the class involved choosing a system of interest, developing a model for it, and presenting the results with some sensatory aid.