I originally started using this technique while I was doing the programming assignments for ml-class because I wanted to know how much time I was spending on it each week and make sure I didn’t run down rabbit holes too often.
One interesting observation that I noticed from keeping the data of these pomodoros was that while during the early programming assignments it would take me 7 or 8 pomodoros to finish, by the end it was down to around 4.
I think this was due to the difficulty of the assignments decreasing as time went on, I didn’t improve that dramatically!
As I mentioned a few weeks ago I’ve also been using pomodoros in combination with a yak stack to make sure I don’t go off track and it’s been interesting applying the technique while trying to solve a problem I’m having with using the Jersey client on Android.
It’s such a fiddly problem and splitting my time into 25 minute slots has forced me to create a plan for what I’m going to try and do in that pomodoro, whether it be ruling out an approach or trying to understand the underlying code that isn’t working.
I haven’t been successful in solving my problem but I’m pretty sure that I’ve spent much less time trying to solve it than I would have otherwise. I can certainly imagine spending hours aimlessly trying things that have no chance of working.
One thing I’ve been experimenting with is reducing the length of the pomodoro to 15 minutes when I know there’s something specific that I want to investigate and I’m fairly sure it won’t take a full length pomodoro.
Previously I would end up just killing time for 10 minutes or just resetting the pomodoro because I didn’t have anything else to do.
I generally enjoy coding much more by applying this time constraint and I think the reason for that is explained by The Progress Principle, which I’m currently reading:
If people are in an excellent mood at the end of the day, it’s a good bet that they have made some progress in their work. If they are in a terrible mood, it’s a good bet that they have had a setback.
To a great extent, inner work life rises and falls with progress and setbacks in the work. This is the progress principle
Using a pomodoro seems to reduce the amount of time that is spent dealing with setbacks and it creates frequent opportunities to discard an approach you’re taking if it’s clear that it’s not going anywhere.
A disadvantage that I’ve sometimes felt when working on the Jersey/Android problem is that I really don’t want to spend 25 minutes working on it because I’ve been getting absolutely nowhere with it for about 6/7 pomodoros now.
I’d rather delude myself that I’m going to magically fix it just by fiddling around with the code for an indeterminate period of time!
In a way constraining coding in this way does take some of the fun out of it as well because it’s now more structured and you tend to have fun when you’re just randomly doing stuff and lose track of time.
On the other hand I probably end up doing a lot more of the stuff I want to do when I constrain it in this way!
Author David Gassner explores Java SE (Standard Edition), the language used to build mobile apps for Android devices, enterprise server applications, and more!
The course demonstrates how to install both Java and the Eclipse IDE and dives into the particulars of programming. The course also explains the fundamentals of Java, from creating simple variables, assigning values, and declaring methods to working with strings, arrays, and subclasses; reading and writing to text files; and implementing object oriented programming concepts. Exercise files are included with the course.