Congratulations!! You have all come so far through our Advanced Scientific Computing course and have learned so much. Take time to think about all that you know now about the following topics:
Probability, Statistics, and Distributions
Normal Distribution
Lognormal Distribution
Weibull Distribution
Confidence Intervals
Machine Learning
Neural Networks
Decision Trees
Ethics
Optimization
Algorithms
Time Complexity / Big O
Traveling Salesperson Problem (and other similar problems)
Dynamic Systems & 3D Plotting
Planes and Vectors
Projectile Motion
Cross Product and Dot Product
Monte Carlo Methods
Integral Estimation
Physics Applications (Prediction of missing person's location)
On top of that, you all know a lot about problem solving and learning new things, which are two of the most crucial skills for engineers to develop! Using all of this knowledge, you now have the opportunity to work on a final project of your own!!
When you consider all of the topics above, which ones piqued your interest the most or were the most enjoyable for you to work on?
Outside of this course, what other topics do you care about or find interesting?
We want you to combine both of these things to create a final project idea that you have fun with and can use to your benefit!!
The specific requirements for this project are very minimal because we want you all to make the project your own and take it in any direction that you want to! All we ask is the following:
Incorporate at least one topic that we have learned in this course (listed above)
Apply your new skills to an interesting topic of your choosing!
To help you further understand what we will be looking for, we have provided you with the below grading rubric so you know how your work will be evaluated!
Students will present their findings to Engineering Tomorrow staff in a casual, Q&A-style format! We would like to see the following things in your presentation:
A brief background of what your project is and how you chose it
An overview explanation / demonstration of your program
A summary of your findings and what you learned!
These are meant to be around 5 minutes long (we can be flexible with timing if you feel you need more) and can be done at any time. If you are working ahead, submit an email to scicomp@engineeringtomorrow.org and we will find a time to meet with you!
Students who have not yet presented will be provided a Zoom link for a particular breakout room to present.
Remember that engineers constantly deal with problems that may initially feel overwhelming! Learning to navigate broad, big problems is a skill that you will most definitely develop in engineering and one that will help you in so many other areas of your life!!!
Take everything one step at a time, and just start somewhere!!! Getting the ball rolling is the hardest part, but you don't have to know how it will end to get it started :) Always remember you can reach out to us via email if you need help!
The next page will help guide you on finding inspiration and getting started too!!