Mobile Application Development Course Outline | Generated by AI

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Course Outline: Mobile Application Development Technology (Course Code: 14567)

National Higher Education Self-Study Examination (China)

This course is a professional elective or core subject in self-study examination programs, typically offered under computer science, software engineering, or information technology majors at the associate (专科) level. It focuses on equipping self-learners with the foundational knowledge, theories, and practical skills for rapid development of mobile applications, primarily using Android as the platform. The course emphasizes hands-on abilities to select tools, design interfaces, implement functionality, and ensure system robustness. It includes both theoretical components (e.g., closed-book exams) and practical assessments (e.g., coding and project debugging).

Total Credits: 4–6 (varies by province; often 3 credits for theory + 1–3 for practice).
Recommended Prerequisites: Basic programming (e.g., Java or C++), computer networks, and database fundamentals.
Textbook (Example): Android Application Development Fundamentals (by Lai Hong, People’s Posts and Telecommunications Press, 2020 edition; national vocational planning textbook).
Learning Objectives:

Detailed Course Content Outline

The syllabus follows a task-based structure aligned with industry workflows: from environment setup to advanced features and deployment. It integrates project-based learning, with 10 core tasks and 28 skill points. Below is a module-by-module breakdown (approximately 72 hours total: 48 theory + 24 practice).

  1. Introduction to Mobile Application Development (6–8 hours)
    • Overview of mobile ecosystems (Android, iOS, cross-platform tools like Flutter).
    • Evolution of mobile tech, market trends, and development paradigms (native vs. hybrid).
    • Key concepts: app lifecycle, UI/UX principles, security basics.
    • Skills: Identify development needs and select tools (e.g., Android Studio, JDK).
  2. Setting Up the Development Environment (6–8 hours)
    • Installing and configuring tools (Android SDK, emulators, IDEs).
    • Java basics for Android (OOP, collections, exception handling).
    • Debugging techniques and version control (e.g., Git).
    • Practice: Build a simple “Hello World” app and run it on emulator/device.
  3. UI Design and Layout (10–12 hours)
    • Activity components and lifecycle management.
    • Layout types (Linear, Relative, ConstraintLayout).
    • Basic views (TextView, Button, ImageView) and styling (XML/CSS-like).
    • Skills: Design responsive pages; handle user input and events.
    • Practice: Create multi-screen apps with navigation.
  4. Core Components and Widgets (10–12 hours)
    • UI widgets: EditText, ListView, RecyclerView (advanced adapter).
    • Menus, dialogs, and notifications.
    • Fragments for modular UI (static/dynamic loading).
    • ViewPager for swiping interfaces.
    • Skills: Bind data to views; optimize for different screen sizes.
    • Practice: Develop a list-based app with search/filter functionality.
  5. Data Handling and Storage (8–10 hours)
    • Local storage: SharedPreferences, SQLite databases.
    • Content providers and file I/O.
    • Basic CRUD operations in mobile context.
    • Skills: Manage app data persistence; query and update records.
    • Practice: Build a note-taking app with local database.
  6. Multimedia and Sensors (6–8 hours)
    • Handling images, audio/video playback (MediaPlayer).
    • Camera integration and sensor APIs (GPS, accelerometer).
    • Permissions and hardware access.
    • Skills: Embed media; process sensor data for features like location tracking.
    • Practice: Create a photo gallery or location-based app.
  7. Networking and Web Services (6–8 hours)
    • HTTP requests (Retrofit/Volley libraries).
    • JSON/XML parsing; RESTful APIs.
    • Background tasks (AsyncTask, WorkManager).
    • Skills: Integrate external data; handle network errors.
    • Practice: Fetch and display data from a public API (e.g., weather app).
  8. Advanced Features and Services (6–8 hours)
    • Broadcast receivers and intents.
    • Services (foreground/background) for long-running tasks.
    • Notifications and alarms.
    • Skills: Manage app communication; optimize battery/performance.
    • Practice: Implement push notifications or background sync.
  9. Testing, Optimization, and Deployment (6–8 hours)
    • Unit/UI testing (JUnit, Espresso).
    • Performance tuning (memory leaks, threading).
    • App signing, publishing to Google Play.
    • Cross-platform considerations (e.g., hybrid with React Native).
    • Skills: Debug issues; ensure scalability and security.
    • Practice: Full project: Develop, test, and package a complete app (e.g., e-commerce prototype).
  10. Project Integration and Case Studies (4–6 hours)
    • End-to-end project workflow: Requirements analysis to deployment.
    • Case studies: Real-world apps (e.g., social media, e-commerce).
    • Ethical issues: Privacy, accessibility.
    • Practice: Capstone project with peer review.

Assessment Methods

This outline is synthesized from standard national self-study guidelines and provincial syllabi (e.g., Gansu, Sichuan). For province-specific details or the full PDF大纲, check your local education exam authority (e.g., via neea.edu.cn or provincial self-exam portals).

References:

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