Last Updated on 02/13/2026 by Traci Hedetniemi
In Part 1 of our blog series, we examined ten key executive functioning skills and why they are critical to improving academic achievement. Today, we focus on how to bolster students’ executive functioning skills and explore strategies to leverage Chrome browser features to support them. These tools are more than productivity hacks; just like when we scaffold a math problem or a challenging text, we can scaffold the digital environment itself.
The WHY: The Reality of Cognitive Load from Digital Demands
Today’s students face a digital environment that goes beyond a messy desk. Cluttered tabs, pop-up notifications, and sidebar ads create digital noise that demands attention and causes a “cognitive leak” when students attempt to engage with their work.
When students engage in a learning task, they operate within a limited-capacity working memory. They are balancing cognitive load, or the mental effort required when performing a task. John Sweller’s cognitive load theory identifies three types of load:
- Intrinsic load: the difficulty of the actual task
- Extraneous load: the effort of processing the environment
- Germane load: the effort used to learn and build schema
The digital noise above is considered an extraneous load, which is the portion we can control the most. Simplifying students’ digital environment helps them manage cognitive load and direct their limited working memory toward the academic task at hand.
The HOW: Leveraging the Digital Platform
Part 1 – Productivity:
We begin with Chrome browser features that support organization, planning and prioritiziation, and task initiation by reducing visual noise from tab overload.
- Pinned tabs: Pinned tabs remain open until closed, even when you close and reopen a browser window, within a Chrome profile. They are ideal for items you want to keep “always open,” those places that students regularly access and use throughout the school day.
Ties to Cognitive Science – Pinned tabs support categorization and create a visual hierarchy that helps students distinguish tools (pinned tabs) from tasks (wide tabs). They also help students build automaticity and reduce working memory demands when locating the tool before use.
- Tab groups: Tab groups are collections of tabs that you can open and close together. You can label and color-code your tab groups to further support organization and clarity. Tab groups can also be collapsed or closed and reopened from the bookmarks bar.
Ties to Cognitive Science – Tab groups support executive-functioning needs related to productivity by leveraging chunking. They support working memory by reducing visual stimuli and lowering extraneous load.
- Bookmarks: Bookmarks, also known as “Favorites” in some browsers, are a browser feature that lets users save a website’s address (URL) for easy access and navigation later. They can be saved individually or organized into folders, either in a general list on your bookmark toolbar. Use the toolbar to make frequently accessed “prime real estate” sites easily visible and accessible.
Ties to Cognitive Science – A helpful way to leverage the bookmark bar is to treat it as a visual timeline. For example, labeling folders along the bookmark bar with daily tasks, such as 1. Morning Tasks, 2. Independent Work, etc., or with a schedule for a student’s classes, such as 1. Biology, 2. Algebra 1, etc., automates and externalizes multi-step sequences and schedules.
- Reading List: While similar to bookmarks, a reading list is especially helpful for multi‑step projects or time‑sensitive tasks because it stores in‑progress resources without creating tab clutter. It simulates a digital to‑do list and provides a clear sequence of what students need to revisit as they move through a multi‑part activity or project. Reading lists open and close in a sidebar, giving students a designated place to hold “to‑be‑addressed” items for later without keeping them open as ongoing visual distractions.
Ties to Cognitive Science – The reading list serves as an external memory aid, offloading the effort of remembering what to tackle or address in the future. It also supports inhibitory control by reducing ongoing distractions and providing a scaffold that accommodates delayed engagement.
Part 2 – Accessibility:
Accessibility options in Chrome are not just for students with official accommodations; they also support Universal Design for Learning (UDL) by benefitting all students through improved working memory, information processing, self-monitoring, sustained attention, and fluency/processing speed.
- For multilingual learners, every sentence requires a two-step process: decode the English, translate into the home language, and finally comprehend the concept. This process rapidly depletes working memory.
Ties to Cognitive Science – By automating translation, we reduce extraneous load and allow students to focus on the germane load of understanding the concept. - Live Captions: This feature generates real-time subtitles for any audio playing in the browser, including podcasts and teacher videos. Live captions create a temporary “visual buffer” for fleeting audio and allow students to catch up if attention lapses while listening.
Ties to Cognitive Science – Paivio’s dual coding theory suggests we retain information more effectively when it is processed through both visual and verbal channels. - Page Zoom and Dark Mode: Increasing text and element size on webpages or inverting screen colors helps reduce visual crowding that taxes selective attention. These features also help reduce cognitive fatigue from repetitive stimuli, such as computer screen glare.
Ties to Cognitive Science – By reducing sensory input, we preserve students’ capacity for sustained attention and help direct their focus, thereby increasing processing speed. - Reading Mode: Reading Mode removes ads and images, minimizing distractions and supporting sustained attention and improved processing speed. It also allows users to adjust text formatting, including font, font size, line height, and letter spacing. To help with focus, links can be deactivated. A Play button offers text‑to‑speech that not only reads web pages aloud but also highlights words as they are read.
Ties to Cognitive Science – Reading requires two distinct processes: decoding and comprehension. For struggling readers, decoding consumes the majority of working memory, leaving little bandwidth for comprehension. Text-to-speech enables the computer to handle word recognition, freeing students’ cognitive capacity for higher-level thinking, inference, and synthesis.
Ultimately, Chrome browser features can be considered energy savers. Every student approaches a learning task with a limited cognitive capacity, and when most of that capacity is spent managing extraneous digital-environment factors, they have little left for the assignment itself. Reducing that digital load preserves more cognitive energy for learning where it matters most.
In the third part of this blog series, we will explore how to build daily routines that make executive function skills stick. In the meantime, connect with us in the comments below to share your experiences using Chrome tools to support students