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Professional Mobile Application Development

School of Technology & AI

Don't just build mobile screens — learn to design, develop, test, secure, publish and scale production-ready mobile applications

RIA's Professional Mobile Application Development Program is a cross-platform + native + backend integration + cloud + AI curriculum — Android, iOS, Flutter, React Native, Kotlin, Swift, APIs, security, analytics and production deployment — for developers who engineer complete mobile products, not tutorial calculator apps.

Positioning: Android • iOS • Flutter • React Native • Cloud • AI — Design → Develop → Integrate → Test → Deploy → Scale. Connects with Java Full Stack (Spring Boot backends), UX & Product Design, EV Engineering, Drone Engineering, Industrial Automation and PLC & Embedded as the mobile interface layer.

What you will learn

  • Kotlin programming, Android Studio, Jetpack Compose, MVVM architecture, Room storage
  • Mobile UI/UX, Figma mobile design, responsive and accessible mobile patterns
  • REST API integration with Spring Boot and other backends; offline sync
  • Flutter (Dart) and React Native (TypeScript) cross-platform development
  • Camera, GPS, Bluetooth, IoT device integration and location-based apps
  • Authentication, mobile security, push notifications, background processing
  • Unit/UI/integration testing, debugging, performance optimization
  • Git, mobile CI/CD, app signing and store release management
  • Cloud backend, mobile analytics, AI APIs and on-device AI
  • 8 specialization tracks and 6 production-style capstone options

Full program syllabus

6–9 months · 450–550+ hours · Theory + Mobile Lab + UI/UX + API + Database + Testing + Cloud + Deployment + Capstone

  • Professional Mobile Application Development Program

    6–9 Months | 28 Weeks | 450–550+ Hours — Android • iOS • Flutter • React Native • Kotlin • Swift • APIs • Cloud • AI. Theory + Mobile Development Lab + UI/UX + API Integration + Database + Testing + Cloud + Deployment + Industry Capstone.

    Core positioning: Don't just learn to build mobile screens. Learn to design, develop, test, secure, publish and scale production-ready mobile applications.

    Student journey: Programming Fundamentals → Mobile UI/UX → Android/Kotlin → iOS Awareness → Flutter/React Native → API Integration → Database → Authentication → Notifications → Device Features → Testing → Security → Cloud Backend → Analytics → AI Integration → App Deployment → Production Application.

    Core promise: Don't just build mobile apps. Learn to engineer complete mobile products.

    Target career roles
    • Mobile App Developer, Android Developer, iOS Developer, Flutter Developer, React Native Developer
    • Mobile Application Engineer, Cross-Platform Developer, Mobile UI Engineer
    • Mobile Backend Integration Developer, Mobile AI Application Developer
    Program architecture (16 phases)
    • Phases 1–2 (Wk 1–4): Programming, mobile ecosystem, mobile UI/UX
    • Phases 3–6 (Wk 5–12): Kotlin/Android, architecture, APIs, database
    • Phases 7–8 (Wk 13–17): Flutter, React Native, cross-platform comparison
    • Phases 9–12 (Wk 18–22): Device features, security, notifications, testing, CI/CD
    • Phases 13–16 (Wk 23–28): Cloud, analytics, AI mobile apps, capstone
    Phase 1 — Programming & Mobile Fundamentals (Weeks 1–2)
    Module 01 — Programming Fundamentals
    • Kotlin primary; Java, Dart, JS/TS, Swift awareness
    • Variables, types, operators, conditions, loops, functions, collections, classes, objects
    Module 02 — Mobile Application Ecosystem
    • Android: Kotlin → Android SDK → App; iOS: Swift → iOS SDK → App
    • Cross-platform: Flutter / React Native → Android + iOS
    Module 03 — Mobile Architecture
    • Mobile App → API → Backend → Database; client, server, auth, cloud
    Phase 2 — Mobile UI/UX (Weeks 3–4)
    Module 04 — Mobile UX
    • Mobile-first design, navigation, touch, gestures, forms, notifications, accessibility
    • Simplicity, consistency, feedback, error prevention (UX programme)
    Module 05 — Mobile UI Design
    • Login, registration, dashboard, profile, search, forms, cards, lists, bottom navigation — Figma
    Module 06 — Responsive Mobile Design
    • Screen sizes, portrait/landscape, tablets, foldables awareness
    Phase 3 — Kotlin & Android (Weeks 5–8)
    Modules 07–09 — Kotlin & Android UI
    • Kotlin: null safety, data/sealed classes, extensions, generics, lambdas
    • Android Studio, lifecycle, activities, resources, manifest, permissions
    • Jetpack Compose: screens, components, lists, forms, navigation, state-driven UI
    Modules 10–11 — Architecture & Storage
    • MVVM, ViewModel, Repository, DI, state management: UI → ViewModel → Repository → API/DB
    • Preferences, Room, caching, offline data
    • Project: Android Expense Manager — categories, search, reports, dashboard
    Phase 4 — API & Backend Integration (Weeks 10–11)
    Module 12 — REST APIs
    • GET, POST, PUT, PATCH, DELETE; JSON data formats
    Module 13 — Mobile API Integration
    • HTTP requests, responses, error handling, loading, retry, pagination
    Module 14 — Backend Integration
    Phase 5 — Database (Week 12)
    Module 15 — Mobile Data Management
    • Local: SQLite, Room, caching; Cloud: PostgreSQL, MySQL, Firebase awareness
    Module 16 — Data Synchronization
    • Offline data → network available → sync → cloud
    Phase 6 — Flutter (Weeks 13–15)
    Modules 17–19 — Flutter & Dart
    • Widgets, stateless/stateful, layouts, navigation, forms, lists, API integration
    • Dart: futures, async/await, null safety, collections
    Module 20 — Flutter State Management
    • Provider, Riverpod, Bloc/Cubit awareness — choose the right approach
    • Project: Cross-platform E-commerce App — login, products, cart, orders, profile
    Phase 7 — React Native (Weeks 16–17)
    Modules 21–22 — React Native
    • Components, props, state, hooks, navigation; JS/TypeScript
    • API integration, state management, storage, native modules awareness
    Module 23 — Flutter vs React Native vs Native
    • Compare performance, code sharing, language, native integration — choose for the product
    Phase 8 — Device & Native Features (Week 18)
    Module 24 — Mobile Hardware Integration
    • Camera, GPS, accelerometer, gyroscope, Bluetooth, microphone, biometrics, storage
    Module 25 — Location-Based Applications
    • GPS, maps, geolocation, geofencing; project: delivery tracking application
    Module 26 — Bluetooth / IoT Integration
    Phase 9 — Authentication & Security (Week 19)
    Module 27 — Authentication
    • Registration, login, logout, password reset, session management
    Module 28 — Mobile Security
    • Secure storage, HTTPS, tokens, validation, permissions, authorization
    • Certificate pinning, root/jailbreak awareness, secure API communication
    Phase 10 — Notifications & Background (Week 20)
    Module 29 — Push Notifications
    • Alerts, reminders, offers, messages, system notifications
    Module 30 — Background Processing
    • Background/scheduled tasks, sync, battery optimization, network constraints
    Phase 11 — Testing & Debugging (Week 21)
    Module 31 — Mobile Testing
    • Unit, UI, integration, API testing
    Module 32 — Debugging
    • Logs, crash analysis, network debugging, performance profiling, memory
    Module 33 — Performance Optimization
    • Startup, memory, battery, network, rendering, image optimization
    Phase 12 — Git, CI/CD & DevOps (Week 22)
    Module 34 — Git & GitHub
    • Branches, PRs, merge, code review, release branches
    Module 35 — Mobile CI/CD
    • Code → Build → Test → Sign → Release; GitHub Actions, Fastlane awareness
    Module 36 — App Release Management
    • Debug/release builds, versioning, signing, release notes, store submission
    Phase 13 — Cloud & Analytics (Week 23)
    Module 37 — Cloud Backend
    • Auth, database, storage, APIs, cloud services integration
    Module 38 — Mobile Analytics
    • Users, sessions, retention, engagement, conversion, crash rate → product decisions
    Phase 14 — AI-Powered Mobile Applications (Week 24)
    Module 39 — AI Integration
    • Chat, image recognition, summarization, translation, recommendations, voice
    Module 40 — On-Device AI
    • Edge AI, on-device inference, model optimization, privacy
    • Mobile → AI model → prediction (healthcare, robotics, EV, drones, industrial)
    Module 41 — AI Assistant App
    • Project: AI-powered mobile assistant — chat, voice, context, actions
    Phase 15–16 — Specialization Tracks & Capstone (Weeks 25–28)
    Eight specialization tracks
    • A — Android: Kotlin + Jetpack Compose + Play Store deployment
    • B — iOS: Swift + SwiftUI + App Store (Mac hardware for release workflows)
    • C — Flutter: Dart + cross-platform + native integration
    • D — React Native: React + TypeScript + enterprise apps
    • E — Mobile + AI: assistants, vision, voice, personalization
    • F — Mobile + IoT: smart home, wearables, industrial monitoring
    • G — Mobile + EV: battery, charging, vehicle dashboard (EV Engineering)
    • H — Mobile + Drone: telemetry, GCS, mission planning (Drone Engineering)
    RASA Mobile Product Challenge — capstone options
    • Option 1 — Healthcare Platform: patient + doctor apps (Medical Robotics)
    • Option 2 — Education App: courses, assessments, certificates (RIA ecosystem)
    • Option 3 — EV Mobile Application: battery, charging, trip planning
    • Option 4 — Drone Control / Monitoring App: telemetry, GPS, missions
    • Option 5 — Smart Factory App: OEE, alerts (Industrial Automation)
    • Option 6 — AI Mobile Application: assistant, voice, camera, personalization
    Cross-disciplinary mobile interface layer
    • EV: vehicle/BMS → mobile app → battery + charging dashboard
    • Drone: telemetry → mobile ground control
    • Medical Robotics: robot → tablet/mobile doctor dashboard
    • Industrial: PLC/SCADA → cloud → mobile factory dashboard
    • Embedded/IoT: microcontroller → Bluetooth/Wi-Fi → mobile app
    • Fuel Cell: sensors → embedded → cloud → mobile monitoring
    Labs, toolkit, portfolio, certification & assessment
    Six mobile labs
    • Android Lab, iOS Lab, Cross-Platform Lab, API Lab, Device Integration Lab, AI Mobile Lab
    Software toolkit
    • Android Studio, Kotlin, Jetpack Compose, Xcode, Swift/SwiftUI, Flutter, React Native, TypeScript
    • Spring Boot, PostgreSQL, Room, REST/JSON, Postman, Git, GitHub Actions, Firebase/AWS, Figma
    10–12 portfolio applications
    • Calculator, todo, expense tracker, weather, news, e-commerce, auth app, GPS tracking, IoT/Bluetooth, AI app, cloud-connected app, production capstone
    Three RASA certification levels
    • Level 1 — Mobile Application Development Professional: programming + UI/UX + Kotlin + Android + API + database
    • Level 2 — Professional Cross-Platform Mobile Developer: Android + Flutter + React Native + cloud + security
    • Level 3 — Advanced Mobile & AI Application Engineer: cloud + IoT + AI + device integration + production deployment
    Assessment framework (100%)
    • Programming & Kotlin (10%), Mobile UX/UI (5%), Android (15%), APIs & Backend (10%), Database (5%), Flutter (10%), React Native (10%), Device Integration (5%), Security (5%), Testing (5%), Git/CI/CD/Cloud (5%), AI (5%), Capstone (10%)

    Seven layers: EXPERIENCE (UX + UI) → MOBILE (Android + iOS + cross-platform) → APPLICATION (Kotlin + Dart + TypeScript) → CONNECTIVITY (REST + WebSocket + Bluetooth + IoT) → BACKEND (Spring Boot + DB + Cloud) → INTELLIGENCE (AI + CV + Voice) → PRODUCT (Testing + Security + Analytics + CI/CD + Deployment).

    Cross-program links: Java Full Stack · UX & Product Design · Data Science & AI · PLC & Embedded · EV Engineering · Industrial Automation

    Enquire about this program · View full programme page

Common questions

  • Is this only an Android or Flutter course?

    No. This is a professional mobile engineering program covering native Android (Kotlin + Compose), iOS awareness, Flutter, React Native, backend integration, device/IoT features, security, cloud, analytics, AI and production deployment — with tracks for Android, iOS, cross-platform, AI and IoT specializations.

  • Do I need a Mac for iOS development?

    Mac hardware is required for full iOS development and App Store release workflows. The core programme covers iOS awareness and architecture; Track B (iOS Development) uses Xcode and SwiftUI where Mac lab access is available.

  • How does mobile connect with RIA EV, drone and industrial programmes?

    Capstones and Track F/G/H build the mobile interface layer — EV battery/charging dashboards, drone ground control, smart factory OEE apps, IoT Bluetooth apps — connecting to EV Engineering, Drone Engineering and Industrial Automation.

Skills you build

  • Production-ready native and cross-platform mobile development
  • Modern Android with Jetpack Compose and MVVM architecture
  • Backend-connected apps with auth, sync, security and analytics
  • Device sensor, GPS, Bluetooth and IoT integration
  • Professional portfolio (10–12 apps + capstone case study)

Who this is for

  • Aspiring mobile and cross-platform developers
  • Full stack developers adding mobile to their skill set
  • Engineering students building domain mobile apps (EV, healthcare, IoT)
  • Developers targeting Play Store / App Store production releases

Enquire about Mobile App Development

Ready to start this full stack programme?

Enquire with RIA for batch schedules, coding labs and capstone project support.

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