Arduino

The Program

By: Grant Knowles

One of the key criteria we follow when selecting a new SLD KitBusters Project is to attempt / learn something new which we wouldn’t necessarily tackle on our own. Over the years we have explored various aspects of building structures, rolling stock, bridges and even trackage each time ratcheting up our knowledge, skills and confidence. One area where we have had limited exposure is to the electronics side of the hobby which has been limited to installing lights in our structures.

Thus, this season’s (2022-23) program will take a deeper dive into this area focusing on the use of the Arduino technology in Model Railroading.

The Approach

As this is a multi faceted project, we will taking this on as a group with all participants working on the same kit / parts. The first half of the program will introduce us to the Arduino technology then guide us through implementing some basic functionality via processing input signals and driving out puts. We will then leverage these basic building blocks to implement functionality specific to your railroad, i.e. train detection, turnout control, signals, lights, etc.

The delivery format will be similar to past projects which leveraged clinics to introduce new material and work sessions to exercise what we have learned. We will also introduce ZOOM Workshops to take place allowing us to connect, address questions and review participant’s progress live at home. A lot of our learning will follow the “read then try” model thus there will be home work assigned to be performed on your own time.

In addition there is a wealth of information On Line regarding this technology that we will draw upon.

As this is a whole new area of the hobby for most of us (me included), we will all be working on the same project together under close supervision by the experts in the club. So no prior knowledge or experience is required, we will guide you through each step thus ensuring your success.

You will find ll relevant information in this section of the SLD Web Site.

Reference Material