One of the benefits of Chromebooks the Chrome browser is that they automatically update their software to the latest version, freeing up IT staff time to work on other issues. We recently learned, however, that a handful of ICCSD Chromebooks were stuck on Chrome OS Version 61, which was preventing certain Chrome Apps – like Lexia – from loading.
At any time, students and teachers can manually check for software updates on a district-issued Chromebook or in the Chrome browser on a Windows or Mac computer. This can be an easy first step when an application is not loading or isn’t behaving as expected. In order to check for a software update, follow the appropriate set of instructions below; the first set shows how to update a Chromebook, and the second shows how to update the Chrome browser.
From all of us in the Technology & Innovation Office, welcome (back) to school! While we haven’t had the seismic technology shifts this summer that we may have had last summer in many buildings, read on to learn about the new and ongoing technology initiatives underway in the district.
Yesterday, I received a couple of emailed inquiries and a petition from students regarding a change in behavior when Chromebook lids were closed. Previously, the Chromebooks were set to automatically go to sleep when the lid is closed – this helps to prevent inadvertent battery drain and overheating – and then to wake up when the lid is opened. Continue reading Chromebook Logouts on Lid Closure→
One of the areas of research that I’ve followed closely has been the digital divide, generally defined as an disparity in the amount of access that students have to technology at school and at home (Dolan, 2016) but sometimes expanded to include in-school versus out-of-school literacies (Nasah, DaCosta, Kinsell, & Seok, 2010) or inequity driven by race and gender (Vie, 2008). As we’ve transitioned to a digital society over the past 40 years, technology literacy is no longer an option. Even in early elementary grades, mandatory assessments are increasingly delivered online, while students applying for college and financial aid will find that applications, supporting documents, work portfolios, and scholarship opportunities are almost entirely digital. Continue reading Elementary Device Weighted Resource Allocation Model→
Those of us who work in the field of educational technology are no strangers to acronyms1, and reading about BYOD, CYOD, 1:1, AUPs, LMS, CMS, GAFE, ITEC, STEM, STEAM, MOOC, QR, etc. can be overwhelming. In this post, I’m going to unpack the first three on this list, in the context of our upcoming technology initiatives within the Iowa City Schools.
As I wrote about here, the ICCSD is launching a secondary-level 1:1 initiative in 2017 (at the high school level) and 2018 (at the junior high level). The concept of a 1:1 initiative, broadly speaking, refers to an educational technology initiative where the ratio of students to devices is reduced to 1:1 (or lower). You can read about our deployment in greater detail in the article linked at the start of this paragraph, but in short, we will be assigning Chromebooks to each student in grades 7-12; ultimately, we will be supporting over 7,000 devices as part of this initiative. For the most part, students will be able to take those devices home for use outside of the classroom. Continue reading 1:1, BYOD, and CYOD→
Chromebooks have become ubiquitous in the education sector, but I’m often met with confusion when I mention a Chromebook to somebody outside of the school setting. Here at the Iowa City Schools, we’ve deployed roughly 2,500 Chromebooks over the past year, with most of those deployments in the form of mobile carts that are now available in each of our schools. Further, an upcoming 1:1 initiative and an increase in the number of devices available at the elementary level will result in upwards of 11,000 Chromebooks district-wide within the next few years. Here’s a quick Chromebook overview:
What is a Chromebook?
Simply put, a Chromebook is a laptop. The form factor (in picture at right) is that of a traditional laptop, with a keyboard, screen, USB ports, and so forth. Unlike other laptops that run Windows or OS X as operating systems, Chromebooks run Google’s Chrome OS.
What is Chrome OS?
Chrome OS is a cloud-based operating system that integrates with Google’s online services (Gmail, Google Drive, Google Calendar, etc.). ICCSD students and staff can sign on to district-issued Chromebooks using their respective Iowa City Schools Google accounts, while one can sign in to non-district owned Chromebooks using any Google account, including ICCSD accounts. Since storage and settings are in the cloud, anything that a user does on one Chromebook is available when they log in to a different Chromebook.
How is Chrome OS different?
Unlike a Windows or Mac computer, where the traditional paradigm is to have software installed directly on the device itself (think Microsoft Word, GarageBand, or Photoshop), Chromebooks are geared towards web-based applications and content. Just about anything that you can do online can be done on a Chromebook. Recent research shows that over 90% of current high school students’ computer use takes place within a web browser, which makes Chromebooks a potentially perfect fit for modern computer usage patterns.
So a Chromebook can’t run regular software?
Yes and no. You cannot install Windows or Mac versions of software directly on a Chromebook, but you can run online versions of the software. Office 365, Google Drive, YouTube, Photoshop Online, and WeVideo, for instance, offer online equivalents to traditional desktop software. Chrome OS does support a number of apps, such as Evernote, Gmail offline, calculator, Any.do, and PDF Viewer that are installed to the device and will work whether the Chromebook is connected to the internet or not.
AutoDesk Inventor on a Chromebook
Beyond those options, ICCSD is also piloting Citrix XenApp and VMWare Fusion, both of which allow full Windows versions of software – including resource-intensive software such as Autodesk Innovator (pictured at right, from a Chromebook) – to be made available to Chromebooks. The software itself is delivered virtually to the Chromebook while running on a server. This provides the benefit of running full version, specialty software on Chromebooks, while also delivering substantially better performance for resource-intensive applications than could be achieved on most regular laptops. The latter benefit is the result of running the application on a server that is far more powerful than any affordable laptop.
Does a Chromebook need to have an internet connection to work?
No, although an internet connection is important for maximizing the benefit of the Chromebook. You can still create and edit files, view pictures, take notes, and other functions without an internet connection, but you wouldn’t have access to virtualized applications, your full Google Drive directory, or to other internet resources.
Here at ICCSD, all buildings in the districts have wireless coverage, and we’re working to eliminate dead zones and to develop our infrastructure to improve network performance.
What does a Chromebook cost?
As a general rule, schools don’t have the financial resources to pay for extravagant technology offerings. The price of Chromebooks – about $200 – $300 per device – is one of the primary factors driving their adoption in schools. By comparison, an iPad typically costs around $400, and a Windows or Mac laptop/desktop around $1,000.
Are Chromebooks easy to support?
Sometimes, the initial cost of a product can be misleading, due to substantial costs related to supporting the product in an enterprise environment. Chromebooks, however, offer savings on both fronts. Schools can purchase management licenses for about $25 per device, which allow the district to manage printers, access rules, and other device and user settings. Since the devices use our Google accounts for logins – and these accounts are linked to our on-campus Active Directory servers – technology staff do not need to manage accounts for specific users. Further, the fact that the devices do not require software to be installed means that we can configure a new Chromebook for deployment in the amount of time it takes to join the device to the district’s wireless network, or about 3 minutes. If a device has a problem – a corrupted operating system, for instance – we can restore the device to its original configuration in under 15 minutes.
Are the devices durable?
School districts have had mixed experiences with regard to durability. In general, we’ve found – as have other districts – that the Chromebooks are no more or less durable than our other laptops. Especially with a 1:1 program under development, durability is a key factor that we consider in evaluation of potential models for purchase.
Is a Chromebook a good choice for home, or for a college student?
I get questions about computers for home and for students headed off to college all the time. In short, a Chromebook is going to be somewhat limited for home and student use, especially if there is any need for specialty software (engineering, music composition, GIS, advanced video/photo editing, etc.) That said, the majority of users just need a computer in order to browse the internet, check email, and compose an occasional document, spreadsheet, or presentation. If you have wireless internet at home/school and you’re comfortable working with Google Drive, Google Docs, and Gmail, a Chromebook can be a perfect computer for home use. Not only is it tremendously cost-effective, but it is also easier to use and to maintain than Windows or OS X computers.
If I were to buy a Chromebook, where can I get one?
Almost all computer resellers – with the exception of the Apple and Microsoft stores – now sell Chromebooks. You can often find good deals on Chromebooks at Best Buy and office stores, or online through Amazon.com or Newegg.com. When you choose a Chromebook, you’ll have some of the same choices that you have when purchasing any laptop: screen size, storage capacity, RAM, processor, and wireless. Technical specifications are not as important for Chromebooks as for other computers, but I generally recommend:
at least an 11.5″ display, at least 1366×768 resolution
storage capacity isn’t generally important; most Chromebooks have SD card slots for photos from a camera
I recommend 4GB of RAM, but 2GB is sufficient. 4GB will result in a smoother experience for most users
Processor is generally unimportant; you’ll get better performance from a Chromebook with an Intel Core i3/i5 than you will from some other options (Celeron, Atom, Rockchip, Tegra, Exynos, etc.)
Support for wireless 802.11ac has the potential to improve streaming and web application performance.
We have implemented a small feature change to allow domain auto-complete for students logging in to Chromebooks. Rather than having to enter their a full Google account and domain (i.e., email@example.com), students now have the option of entering just their network username (without @icstudents.org) to log in to student Chromebooks.
Students who enter the full domain name will still be able to log in as normal, and staff who are logging in to Chromebooks will still need to enter their full @iowacityschools.org username.