Publishing an Android app is not simply a matter of uploading a file. Google Play requires a registered developer account, a properly built and signed release artifact (typically an Android App Bundle), a complete store listing with text and graphic assets, declarations about what your app does with user data, and a release strategy that moves the app through internal, closed, open, and finally production tracks. Each of these steps has rules attached, and failing any one of them can delay or block a release.
In this course, the submission process matters because it is where interface design decisions meet real-world distribution constraints. Screenshots, feature graphics, short and full descriptions, and permission disclosures are all user-facing interface elements — they are the first interaction a user has with your product, and they are judged by reviewers against published policy. Understanding the pipeline also helps you plan your project: signing keys, package names, and privacy declarations are easier to get right at the start than to retrofit.
As you watch these videos, pay attention to three things: the sequence of steps in the Play Console and what information is required at each one; the difference between build-time concerns (signing, bundles, versioning) and listing-time concerns (metadata, assets, content rating); and how policy requirements — especially around permissions and user disclosure — shape what you can legitimately ask of users. Note that Play Console interfaces and policies change over time, so treat the walkthroughs as a map of the process and confirm current details against Google's official documentation.
A step-by-step screen walkthrough of publishing an app through the Google Play Console, covering account and app creation, filling in the required listing information, uploading the build, and submitting for review. Based on its title and description, it follows the console from start to finish in a single pass rather than focusing on any one stage. Expect it to touch on store listing fields, content declarations, and the release submission step.
It gives you the end-to-end mental model of the submission pipeline in under ten minutes, which directly supports the account setup, store listing, and release track subtopics; because console UI changes, use it for sequence and vocabulary and verify specifics against current Google documentation.
An official Android Developers session, part of the MAD Skills series, in which a Developer Advocate explains Android App Bundles and Play App Signing. It covers what opting into Play App Signing means, the key choices you have when enrolling, and how upload keys relate to the app signing key Google manages. This is the build-preparation side of publication rather than the listing side.
Signing is the step students most often misunderstand, and this comes straight from the Android team, making it a reliable reference for the Android Build Preparation and Signing subtopic.
A short official policy explainer on declared permissions and in-app disclosures. It addresses the rule that apps may only request permissions necessary for current features, and what is expected when an app accesses personal or sensitive user data — including when a prominent in-app disclosure is required. The focus is on compliance expectations rather than code.
It is a concise, authoritative statement of a policy area that frequently causes rejections, and it connects directly to the Google Play Policies and Compliance subtopic as well as to interface-level disclosure design.
Together the three videos cover the Play side of MO1: the console walkthrough lays out the submission sequence and release flow, while the signing and policy videos fill in the technical and regulatory requirements that surround it. The permissions and disclosure video gives you a concrete standard against which to assess your own interface project for publication readiness (MO2), since permission requests and their explanatory screens are design decisions as much as policy ones. The console walkthrough also surfaces the specific metadata and graphic assets Google requires, which you can use as a checklist when preparing your own listing text, screenshots, and descriptive content (MO3).
These videos were chosen from YouTube on October 3, 2026. Each has captions; the player turns them on. Videos on YouTube can be changed or removed — if one no longer plays, tell your instructor. If a player does not appear, use its Watch on YouTube link.
Publishing an app to the Apple App Store is less a single button press than a sequence of administrative, technical, and design steps. Before any code ships, a developer (or organization) must enroll in the Apple Developer Program, generate certificates and provisioning profiles so that builds are cryptographically signed, create an app record in App Store Connect, upload a build through Xcode, and supply metadata and marketing assets that meet Apple's specifications. Only then does the app enter App Review, where human reviewers check it against the App Store Review Guidelines.
This matters in a human-computer interfaces course because Apple's requirements are, in large part, interface requirements. Screenshot dimensions, app icons, privacy disclosures, age ratings, and accessibility information are all part of how users encounter and judge your product before they ever launch it. Many common rejections — broken links, placeholder content, misleading screenshots, missing privacy details, poor usability on certain devices — are failures of interface preparation rather than failures of engineering.
As you watch the videos below, pay attention to the order of operations: what has to exist in App Store Connect before a build can be uploaded, what Xcode handles automatically versus what you must configure, and where beta testing (TestFlight) fits relative to final review submission. Note also every place a video mentions an asset, a description field, or a compliance question, and start a checklist you can later apply to your own interface project.
A step-by-step walkthrough from the official Flutter channel covering what it takes to move a finished app to the iOS App Store. Based on its title and description, it breaks the process into roughly seven stages, which typically include registering a bundle identifier, setting up signing in Xcode, creating the app listing in App Store Connect, building a release archive, uploading it, and submitting for review. The Flutter framing is incidental — the App Store side of the workflow is the same regardless of how the app was built.
It gives students a compact, end-to-end mental model of the submission pipeline from a reputable first-party channel, touching enrollment, code signing, App Store Connect setup, and review submission in a single short video.
A recent, fast-paced tutorial on distributing an iOS build through TestFlight using Xcode and App Store Connect. It is likely to demonstrate archiving a build, uploading it, handling export compliance and build processing, and then inviting internal and external testers to install the beta. This is the stage most teams use to validate an interface with real users before committing to public release.
TestFlight is the practical bridge between a finished prototype and a store submission, and this 2025 walkthrough shows the exact App Store Connect screens students will encounter, reinforcing the upload and configuration subtopics.
An official Apple Developer session from WWDC23 surveying updates to App Store Connect, the web and mobile toolset used to manage app records, builds, metadata, pricing, testers, and submissions. Expect coverage of how apps and their store listings are configured and submitted, along with newer capabilities in the submission and management workflow.
It comes directly from Apple, so the terminology and policies are authoritative, and it gives students a tour of the App Store Connect configuration environment that the other two videos use more briefly.
Together these videos trace the full Apple submission pathway that MO1 asks you to summarize: developer account and signing setup, App Store Connect configuration, build upload, beta distribution, and final review. The Flutter release walkthrough and the Apple Developer session surface the specific listing fields, compliance questions, and guideline checkpoints you will use in MO2 to judge whether your own interface project is publication-ready. The App Store Connect material in particular highlights the metadata, screenshots, and descriptive information required at submission, giving you a concrete model for assembling the publication assets called for in MO3 — though you should still consult Apple's current Review Guidelines and asset specifications directly, since exact requirements change between releases.
These videos were chosen from YouTube on October 3, 2026. Each has captions; the player turns them on. Videos on YouTube can be changed or removed — if one no longer plays, tell your instructor. If a player does not appear, use its Watch on YouTube link.
Publishing a Windows application to the Microsoft Store is a structured process with four main stages: registering a developer account in Microsoft Partner Center, packaging your app (most commonly as an MSIX package), building a store listing with the required metadata and visual assets, and passing certification against Microsoft Store policies. Each stage has concrete requirements — an identity-verified account, a signed and correctly manifested package, screenshots and descriptions at specified sizes and lengths, and content that complies with the Store Policies and Developer Agreement.
This matters in an HCI course because the store listing is often the first interface a user encounters. Your icons, screenshots, short description, and accessibility information shape whether someone installs your app at all, and store requirements effectively impose a baseline of usability, accessibility, and transparency on the product itself. Learning the Microsoft process also gives you a point of comparison with the Apple App Store and Google Play, which solve the same problems with different rules.
As you watch the videos below, note that they come from Microsoft's own developer conference sessions, so they present the publishing pipeline from the platform owner's perspective. Look for the sequence of steps from code to published app, the specific listing elements that influence discoverability and conversion, and the policy and business-model changes that define the current Store. Keep in mind that these sessions are a few years old: always confirm exact size limits, fees, and policy clauses against current Microsoft Partner Center documentation before you submit.
A Microsoft Developer session that walks through the end-to-end app publishing process, from finished code to an app available to customers. Based on its framing, expect coverage of packaging and submission steps, the Partner Center workflow, and practices that help a submission move quickly through review rather than getting stuck.
It is the most direct match for the overall submission workflow — account, package, submit, certify — and comes from Microsoft itself, so the described process reflects the platform owner's intended path.
This session focuses on optimizing your Store listing so that customers respond to it, framed around "love at first sight" and increasing downloads. It is likely to address listing elements such as the app title, description, icon, screenshots, and other assets, and how they affect discoverability and install decisions.
It targets the Store Listing and Asset Requirements subtopic specifically, and connects asset quality to user perception — exactly the HCI angle on publication materials.
A keynote-style breakout on the rebuilt Microsoft Store and its "open Store" premise, explaining what changed for developers and why. Expect discussion of relaxed packaging and commerce requirements, what kinds of apps are now accepted, and the policy and ecosystem thinking behind those decisions.
It provides the policy and platform context behind certification rules and packaging options, helping you understand why Microsoft's requirements differ from Apple's and Google's.
Together these videos cover the Microsoft side of MO1 by laying out the submission pipeline and review expectations that you can then compare with Apple App Store and Google Play requirements. The session on the new Store surfaces the policy and acceptance rules you need in order to assess your own interface project for publication readiness (MO2), while the listing-optimization session models the metadata, screenshots, and descriptive assets you will be asked to prepare to store standards (MO3). Use the publishing best-practices session as the procedural backbone, and verify any specific numbers or policy details against current Partner Center documentation before applying them to your project.
These videos were chosen from YouTube on October 3, 2026. Each has captions; the player turns them on. Videos on YouTube can be changed or removed — if one no longer plays, tell your instructor. If a player does not appear, use its Watch on YouTube link.
Not every interface you build will be distributed through an app store. For web applications, "publication" means deploying your code to a server that the public can reach, attaching a domain name to it, securing it with HTTPS, and keeping it updated as you continue to make changes. This topic walks through the practical choices involved: where to host (managed platforms, static site hosts, or your own virtual private server), how to automate builds and deployments, how domains and SSL certificates are configured, what it takes to ship a Progressive Web App, and how performance and SEO affect whether people actually find and stay on your site.
These concerns matter in this course because the usability work you do is only visible to users once the project is live, fast, and trustworthy. A slow first load, a browser warning about an insecure connection, or a broken deploy undoes a lot of careful interface design. Deployment also changes how you work: once a build pipeline is in place, pushing a change to a repository can automatically test and publish it, which shortens the loop between user feedback and the fix.
The three videos below demonstrate three different points on the hosting spectrum, from fully managed to fully self-administered. While watching, pay attention to what each platform does for you automatically versus what you must configure yourself — especially the steps around connecting a Git repository, setting a build command, pointing a custom domain, and provisioning a certificate. Also notice how each workflow would handle a second, third, and fiftieth deployment, since that repeatability is the real point of continuous deployment.
An episode of Firebase Fundamentals in which David East walks through setting up Firebase Hosting for a web project and then wiring it to GitHub Actions so that deployments happen automatically. Expect coverage of the Firebase CLI, initializing hosting in a project directory, and the generated workflow that builds and publishes on a push or pull request. It illustrates the managed-platform end of the hosting spectrum, where HTTPS and a CDN are handled for you.
It comes directly from the Firebase team, so the tooling and commands shown are authoritative, and it connects two subtopics at once — hosting platforms and continuous deployment through a build pipeline.
Coder Coder demonstrates deploying a site built with HTML, CSS, and JavaScript to Cloudflare Pages using a GitHub repository as the source. The walkthrough covers linking the repo, configuring the build, and getting a live URL at no cost, with Cloudflare's network handling delivery and TLS. It is a good model of the static-hosting approach suited to front-end projects and class prototypes.
The channel is known for clear, beginner-friendly front-end instruction, and the free tier makes it realistic for student projects while still demonstrating Git-triggered deployment and platform-managed SSL.
Tony Teaches Tech shows how to launch a website on a DigitalOcean virtual private server using Nginx, starting from an empty machine. The tutorial is aimed at people who have never administered a server, so it covers creating the instance, serving files through a web server, and the manual steps that managed platforms abstract away.
It supplies the contrast the other two videos need: seeing the server-level work required makes the trade-offs between control, cost, and convenience in hosting and domain/SSL configuration concrete.
These videos extend the module's publication theme beyond the Apple App Store and Google Play Store by showing what release looks like on the open web, which helps you compare submission-and-review distribution against self-publishing (MO1). Evaluating your own interface project for readiness means more than meeting store guidelines — it also means confirming it builds cleanly, deploys reliably, and loads over HTTPS, and the Firebase and Cloudflare walkthroughs give you a repeatable pipeline to test that against (MO2). Finally, the deployment URLs, custom domains, and live demos produced by these workflows become part of the asset package you present alongside metadata and screenshots when you submit or showcase the project (MO3).
These videos were chosen from YouTube on October 3, 2026. Each has captions; the player turns them on. Videos on YouTube can be changed or removed — if one no longer plays, tell your instructor. If a player does not appear, use its Watch on YouTube link.
Building a working app is only half the job of shipping it. Before anything reaches a user, both the Apple App Store and Google Play require a package of graphical and textual assets: an icon in specific sizes, screenshots sized for multiple devices, an optional preview video, a title and subtitle, a short and long description, keyword or category metadata, a content rating, and a link to a privacy policy. These assets are not decoration — they are the interface between your product and a person deciding, in a few seconds, whether to install it.
This topic treats the store listing as a designed interface in its own right. The same HCI principles you have applied to screens apply here: visual consistency and branding in the icon, legibility and information hierarchy in screenshot captions, honest and accessible descriptions, and clear disclosure of what data you collect. App Store Optimization (ASO) is the practice of tuning the searchable and persuasive parts of that listing so the right users find your app and choose to install it.
The three videos below approach ASO from different angles: a conceptual introduction, a strategy overview from a major mobile marketing company, and a hands-on walkthrough using an ASO tool. As you watch, note the recurring vocabulary — keywords, conversion rate, impressions, installs — and pay attention to the distinction between the metadata fields that are indexed for search and the visual assets that drive conversion. Also notice where platform differences between Apple and Google are mentioned, since those differences will shape how you prepare your own submission assets.
This is the first part of a six-part series that defines App Store Optimization from the ground up, explaining what ASO means and why it exists as a discipline. Expect an overview of the basic components of a store listing that can be optimized — such as the title, keywords, description, and visual assets — and how they relate to being discovered in store search and browse. It is pitched at someone encountering the term for the first time.
It is the right starting point because it establishes the vocabulary and mental model of ASO before you dive into tactics, which directly supports the ASO Fundamentals subtopic. App Masters is a long-running channel focused specifically on app marketing, and the short runtime keeps the introduction focused.
AppsFlyer presents five concrete strategies for improving an app's ranking and install rate, framed as a free alternative to paid user acquisition. Based on its framing, the video should cover practices such as keyword research and placement in metadata, optimizing the icon and screenshots for conversion, using ratings and reviews, and localizing the listing. The content is positioned as current to 2024, so store-specific details should be reasonably up to date.
AppsFlyer is an established mobile measurement and marketing analytics company, so the strategies come from a producer that works with store data at scale. It connects the icon and screenshot subtopics to measurable outcomes like impressions and conversion, rather than treating them as purely aesthetic choices.
A step-by-step beginner tutorial that walks through optimizing an app listing in practice, using the ASOMobile toolset. Expect demonstrations of keyword selection and tracking, how metadata fields are filled in, and how optimization results are monitored over time. Because it is produced by a tool vendor, some segments will showcase that specific product.
This video turns the concepts from the other two into an actual workflow, which is the closest match to the task of preparing your own listing. Watch it for the process — research, draft metadata, publish, measure — and treat the specific tool as one option among many.
Together these videos build toward the module outcomes by focusing on the listing side of publication. The introductory ASO video and the strategies video give you the terminology and criteria needed to evaluate your own project's icon, screenshots, title, and description against what stores reward and require, supporting MO2's readiness assessment. The tutorial walkthrough models the practical steps of producing and refining metadata and visual assets, which maps directly to MO3's requirement that you prepare submission-ready assets. All three reinforce MO1 by repeatedly referencing the metadata fields, asset specifications, and platform differences that define the Apple and Google submission processes; you should supplement them with the official Apple and Google guidelines for exact size specifications, content rating questionnaires, and privacy policy and data-disclosure requirements, which these videos touch on only in passing.
These videos were chosen from YouTube on October 3, 2026. Each has captions; the player turns them on. Videos on YouTube can be changed or removed — if one no longer plays, tell your instructor. If a player does not appear, use its Watch on YouTube link.
Getting an app from "it works on my machine" to "it is live in a store" involves a set of concrete, checkable steps. A release build is not simply a debug build with a different name: it typically uses different signing credentials, different configuration values, optimization and shrinking settings, and often a different distribution format (for example an Android App Bundle rather than a plain APK). Before that build goes anywhere, it needs to be exercised against a pre-submission checklist — does it install cleanly on a fresh device, do permissions and accounts behave, do crash reports and analytics point at production endpoints, and does the interface still meet the usability and accessibility standards you have been applying all term?
Alongside the binary itself, stores expect a package of deliverables: a correctly incremented version number and build number, release notes that describe what changed, store listing metadata, screenshots, and any declarations the platform requires. Sloppy version numbering is one of the most common reasons an upload is rejected outright, and vague release notes slow down human review. Treating these artifacts as part of the deliverable — not as paperwork added at the last minute — is what separates a submission that moves through review from one that bounces back.
The three videos below approach this from different angles: build configuration on native Android, build configuration in a cross-platform workflow, and the tooling a store itself offers for testing and submission. While watching, pay attention to the distinction between debug and release configuration, to where version and build identifiers are declared, and to what each platform asks you to supply before it will accept an upload. Note also how much of this work can be automated once, then repeated for every release.
This is the first episode of Google's Modern Android Development (MAD) Skills series on Gradle and the Android Gradle Plugin, and it introduces how an Android project's build is configured. Based on its title and description, it covers the Build APIs used to declare and customize build settings, which is where build types, variants, and related release configuration live in an Android project. Expect a developer-oriented walkthrough rather than a conceptual overview.
It comes directly from the Android Developers channel, so the configuration practices shown reflect the platform's own guidance, and it maps straight onto the Release Build Configuration subtopic for anyone targeting Google Play.
This Expo tutorial shows how to configure and produce a build using EAS (Expo Application Services), the hosted build service for Expo and React Native projects. It walks through the configuration steps needed to get a build generated by the service rather than on your own machine, which is the same pipeline teams typically use to produce store-ready binaries. The focus is on the configuration file and the practical setup sequence.
It covers build configuration from a cross-platform perspective, which is useful if your interface project is not a native Android app, and it illustrates how a managed build service handles the credentials and settings that submission depends on.
This devDay 2023 session from Amazon walks through developer-facing tools for the Amazon Appstore, with an emphasis on testing applications, submitting them, and the surrounding developer workflow. It is a vendor session, so expect a tour of console features, submission flows, and recently added capabilities rather than a tutorial you code along with. It gives a view of what a store expects to receive from a developer at submission time.
It is a store operator describing its own testing and submission process, which makes it a useful point of comparison for the Pre-Submission Testing Checklist and Submission Packages subtopics and shows that the pattern of deliverables repeats across platforms.
Together these videos move students from configuring a production build to handing it over to a store. The Android and Expo videos support MO2 by showing where release settings, credentials, and version identifiers are declared, so students can inspect their own projects and judge whether a build is genuinely release-ready rather than a renamed debug build. The Amazon Appstore session supports MO1 and MO3 by demonstrating, from the store's side, what testing and submission involve and what a developer is expected to upload — a concrete model students can carry over when assembling metadata, screenshots, release notes, and accessibility descriptions for the Apple App Store or Google Play.
These videos were chosen from YouTube on October 3, 2026. Each has captions; the player turns them on. Videos on YouTube can be changed or removed — if one no longer plays, tell your instructor. If a player does not appear, use its Watch on YouTube link.