Gov banners and more

I finished up course graphics for both microeconomics and rhetoric! I got a new assignment last week to make retractable print banners (big ones) for the government department. They want two — one generic, with logos, and one for graduation (“congratulations, class of 2021”). I’ve made a ton of drafts (read: 15) and am waiting on feedback from the client.

In other news, I hear we’re starting a new training curriculum for web dev STAs, which is neat. I’ll be helping with it even though I’m not a web dev person: I’m writing up lessons on certain elements in CLIO — google forms and CSS flip cards, specifically, which loyal readers will recall I used in the D&I CLIO course we worked on over winter break.

Computer Science Course Graphics

This week, I mostly worked on tweaking and improving on the graphics with feedback from Maddy and Aidan. Here are some examples:

SIMPL:

Regression:

Design Principles and Causal Inference:

Reduced Course Graphics Design Menu

I also created a reduced menu template and used it for the GOV 365W graphics:

This week: course graphics

It’s that time of the semester again. Last week, I got two course graphics assignments, one for a microeconomics course and the other for a rhetoric course (but it’s on coding, so…)

 

Each are pretty straightforward, but they also have their quirks. Like I detailed in last week’s blog post, I created a hybrid image with Photoshop cutouts and image edits for the microeconomics course. We ultimately didn’t use it — instead, we’re using one of the stock images I suggested previously. And for rhetoric, the professor needed not one, not two, but six (yes, six) presentation templates in Keynote, the default Mac presentation software.

 

I hadn’t used Keynote, but it was fairly simple (I daresay more user-friendly that PowerPoint.) I created a template using master slides, then picked a color scheme (the professor wants his presentations color-coded) using coolors.com before making the remaining five presentations.  I created the remaining graphics for that course today, like the callout buttons and the Canvas banner.

 

In other news, my car got dented from a hailstorm (hang in there, Camry!) and I got new blue light blocker glasses, which I highly recommend even as we’re starting to come out of the pandemic.

GOV 365W Course Graphics

The professor for GOV 365W, Human Rights/World Politics, initially requested just two PPT mockups of using this image as the background:

The request called for this image to be overlayed in UT’s Sandstone color. These were the resulting Course Title Slide and Lecture Segment Slide assets:

Later on, the professor requested the following Canvas assets in Sandstone color as well:

Once I got feedback from the client, I was asked to provide them with versions of the Canvas homepage banner and Dashboard graphics in a shade of blue. The reason for this was that the professor feared there wasn’t enough contrast and wanted to “see something brighter, like a turquoise or blue.” Consequently, I chose three different shades of blue on UT’s secondary palette, and these were the results:

As a way to increase contrast, Maddy asked for the background to be kept in black and white and have only the text box be colored in:

I think these look really good and give more contrast between the image on the background and emphasizes the text box for the course on the front. I like the “blue 1” and turquoise options more since they give more of a pop than the “blue 2” version. As for legibility, I think the “blue 1” version is the easiest to read out of the three colors.

CSMS/MSDS Graphics for Animation

This week, I was given the description of five CS courses. The design brief asked for graphics that could be turned into short animations and followed the style guide of previous graphics made for these courses:

ALR: Automated Logical Reasoning (CSMS) – Graphics

Course Description:

A lot of things in a lot of areas of computer science like Artificial Intelligence, programming language, and Databases, boil down to automated logical reasoning. How do you automate logical reasoning and applications about that especially about program correctness?

Maddy and Aidan initially liked the idea of a decision tree to reflect the logical reasoning behind computations. Initially, I came up with three different ideas:

1. Decision Tree

2. “Correct Decision”

3. Lightbulb: kind of a combination between the previous two options and also reminiscent of the lightbulb design used for the “Online Learning and Optimization: Algorithms and Analysis” course.

Based on feedback for these, we decided to move forward with the Decision Tree version.

The first version used larger nodes and the lines had different stroke weights:

Maddy pointed out the question of keeping all line weights consistent or emphasizing the difference, like shown between these two images:

After some feedback from Aidan, we went ahead with consistent line weights and node sizes more proportional to a real-life PCB:

The resulting graphic started looking much better. Here are four images that depict “frames” of a possible way this graphic could be animated:

Later on, Maddy gave me some feedback and asked me to consider a grid layout and a more consistent path direction. This is what the graphic looks like at the moment:

SIMPL (CSMS) – Graphics

Course Description:

Bridging the gap between high-level programming language structure & low-level implementation details.

Aidan’s first sketched proposal:

Initially, I came up with three different ideas:

1. Vertical bridge, 2. Multiple boxes and connections, 3. Abstract hand

I wasn’t too convinced about these and asked Thuy for some input. She gave me some more details on the class description and gave me these graphics to work with:

Based on these, I met with Maddy and decided to try these shapes using the same style guide for nodes and paths outlining important shapes:

As for now, I’m looking to see if it would make sense for these to go together. These are some “frames” of what these would look like animated:

And another version of the digital circuit layout that spells out SIMPL:

 

 

ECO304L Animation : Proof of Concept

This week I have mainly been working on the ECO304L animation. I was instructed to create an animation, possibly a stop motion, that consisted on money origami folding into different shapes. Preferably the professor wanted the origami shapes to be different money currencies.

I created two proofs of concept. One is a stop motion and the other is completely animated.

 

 

We decided to go with the second choice because I will be able to include different currencies and the design will match better with the complete course graphics.