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Mobile App Development Course in Kenya

NIT ICT Course Guide • Migori, Kenya • Updated August 2026

Mobile App Development Course in Kenya

Learn Dart and Flutter, build cross-platform Android and iOS applications, prepare a professional portfolio and complete a compulsory three-month industrial attachment.

Dart + Flutter 6 months training 3 months attachment Maximum 25 learners

Mobile App Development Course Details

Mobile applications are used for payments, learning, bookings, shopping, communication and everyday business processes. Building one well means more than writing code: the developer must understand the user, organise information, test the application and keep improving it when problems appear.

At Newton Institute of Technology, you study Dart and use the Flutter framework to build cross-platform mobile applications. Institutional training takes six months, followed by a compulsory three-month industrial attachment.

Training6 months

Structured institutional learning.

Attachment3 months

Compulsory industry exposure.

FeeKSh 60,000

School fee for the programme.

LanguageDart

The main programming language.

FrameworkFlutter

Cross-platform app development.

Class size25 max

Limited class size for support.

Course informationConfirmed details
Institutional training6 months
Industrial attachment3 months, compulsory
Total pathwayApproximately 9 months
School feeKSh 60,000
Programming languageDart
FrameworkFlutter
Main platformsAndroid and iOS
Learning optionsDaily full-time, evening, weekend and online
Maximum class size25 learners
Laptop baselineIntel Core i5 or equivalent processor with at least 256 GB SSD
Previous programmingNot required
KCSE backgroundApplicants from different grade backgrounds, including D and D+, may be considered
AdmissionsContinuously open; successful applicants join the next available class

On a phone, swipe the table sideways to view every column.

What the Course Prepares You to Do

The goal is to move from an application idea to a working mobile product. You are expected to understand what the code is doing, not simply reproduce tutorial examples.

Build the interface

Create clear screens, forms, menus, lists and responsive layouts with Flutter widgets.

Make the app work

Use Dart to handle logic, navigation, state, validation and user actions.

Test and improve

Find errors, test user journeys, protect information and prepare a project that can be demonstrated.

  • Write and understand Dart programs
  • Create and manage Flutter projects
  • Design practical mobile interfaces
  • Connect screens and pass information between them
  • Work with local and online data
  • Create registration, login and user-role features
  • Manage application state
  • Test, debug and document applications
  • Build a capstone application
  • Present completed work in a professional portfolio

“Our focus is to help students build mobile applications that solve real problems. They learn by developing practical apps using Dart and Flutter.”

Engineer Simon Barongo, Director, Newton Institute of Technology

Why NIT Uses Dart and Flutter

Dart is the programming language used to write application logic. Flutter provides the framework, interface components and project structure used to build the application itself.

A Flutter project can target Android and iOS from a shared codebase. That gives you a practical introduction to cross-platform development without maintaining two completely separate projects for the same idea.

Dart

Programming logic, functions, classes, collections, null safety and application behaviour.

Flutter

Widgets, layouts, navigation, state, responsive interfaces and reusable components.

Development tools

Android Studio and approved Flutter tools for editing, running, testing and debugging projects.

Important iOS development note

Flutter can target both Android and iOS, but compiling and directly testing the iOS version requires access to macOS, Xcode and the relevant Apple development environment. Learners using Windows can build the shared Flutter project and test the Android version; direct iOS compilation depends on access to Apple hardware and software.

“A good mobile app should work well, be easy to use and remain dependable. Students must understand design, coding, testing and deployment.”

Engineer Wilfred Mwendia, Technical Reviewer

Who Should Join the Course?

Complete beginners

No previous programming experience is required. Basic computer competence and regular practice are important.

KCSE graduates

Applicants from different grade backgrounds, including D and D+, may be considered for this practical pathway.

IT and Computer Science students

Turn programming theory into complete mobile projects that strengthen a portfolio.

Working professionals

Evening, weekend and online options make it possible to add mobile development around other responsibilities.

Business owners

Understand how app ideas are scoped, developed, tested and maintained before investing in a digital product.

Existing programmers

Add Dart, Flutter and cross-platform mobile development to skills such as Python, JavaScript or web development.

Six-Month Mobile App Development Curriculum

The programme moves from Dart foundations to a complete Flutter capstone. Each stage builds on the one before it.

Month 1

Dart Programming Foundations

Variables, data types, operators, conditions, loops, functions, lists, maps, classes, objects, null safety, errors and basic problem-solving.

Month 2

Flutter Basics

Set up the development environment, create projects, understand folders, use widgets, add resources and run an app on an emulator or physical Android device.

Month 3

Interfaces and Navigation

Create responsive screens, forms, dashboards, lists and menus. Connect pages and pass information between different parts of the application.

Month 4

Data, State and Users

Validate information, save and update records, search data, manage application state and introduce registration, login, profiles and user roles.

Month 5

Online Services, Testing and Security

Connect apps to online services, work with packages, investigate failures, test across devices and handle user information responsibly.

Month 6

Capstone and Portfolio

Identify a real problem, plan the user journey, develop the app, connect data, test features, correct errors, document the work and present the finished product.

Build a Portfolio You Can Explain

A certificate confirms that you completed training. A portfolio shows what you can actually build.

For every application, you should be able to explain the problem, intended users, main features, your own contribution, the main technical challenge, how the application was tested and what you would improve next.

A complete, well-explained project is more useful than several unfinished tutorial apps.

Examples of Applications You Can Develop

Project choices depend on your level and the approved class assignments. The examples below show the type of practical problems that can be explored during training; they are not presented as completed NIT student projects.

Appointment booking

A clinic, salon, consultant or repair business can use an app to manage services, dates and customer bookings.

School information app

Combine notices, timetables, assignments or events, with more advanced versions separating student, teacher and administrator access.

Business catalogue

Display products, prices, images and contact details in a mobile-friendly catalogue for a small business.

Expense tracker

Record income and expenditure, group entries into categories and display simple summaries.

Farm records

Track farm activities, costs, harvests, livestock information or sales in one mobile system.

Delivery management

Record orders, customer locations, assigned drivers and delivery status for a local delivery service.

A Project-Oriented ICT Learning Environment

Mobile App Development students train within NIT’s wider practical ICT environment. Students in other NIT ICT programmes have participated in systems such as the institute website, an ERP platform for water-production and distribution companies, a hospital staff-clocking system and a school-management system.

Why this matters

These systems are not being presented as Mobile App Development class projects. They show the wider institutional emphasis on solving practical organisational problems through technology—the same mindset expected in mobile app projects.

Compulsory Three-Month Industrial Attachment

After six months of institutional training, every learner completes a compulsory three-month industrial attachment. This period provides exposure to how technology work is organised outside the classroom.

Depending on the host organisation and available assignments, attachment may involve software testing, user support, data management, application maintenance, technical documentation, troubleshooting, digital-system implementation or basic development work.

The attachment is also a useful reality check. It shows where your classroom skills are strong and where you still need practice before taking on employment or independent client work.

Career, Freelance and Business Opportunities

Graduates can pursue entry-level software roles, freelance work or their own mobile-development services. Employment is not automatic; the quality of the portfolio, coding ability, communication and continued practice matter.

Junior Flutter developer

Assist with Flutter screens, features, testing and maintenance under more experienced developers.

Cross-platform mobile developer

Work on applications designed to serve Android and iOS users from a shared codebase.

Application tester

Test features, record defects and confirm whether corrections work as intended.

Software support

Help users, troubleshoot applications and support digital-system implementation.

Freelance app development

Begin with manageable client projects, agree on scope and deliver work you can support reliably.

Mobile-development business

Offer custom Flutter apps, testing, maintenance, interface improvement and technical support.

Learning Options, Class Size and Laptop Requirements

Flexible study

Daily full-time, evening, weekend and online options are available.

Maximum 25 learners

A limited class size gives instructors more time to inspect code and respond to individual technical problems.

Suitable laptop

Minimum confirmed baseline: Intel Core i5 or equivalent processor and at least 256 GB SSD.

Online learners need reliable internet, installed Flutter development tools and enough time for independent practice. Applicants who already own laptops should have them assessed by the NIT ICT Department before classes begin.

Why Study Mobile App Development at NIT?

  • Focused stack: the course centres on Dart and Flutter rather than moving quickly through unrelated frameworks.
  • Practical projects: programming is applied through working interfaces, data, testing and capstone applications.
  • Beginner-friendly entry: previous programming experience is not compulsory.
  • Limited class size: classes are capped at 25 learners.
  • Flexible learning: full-time, evening, weekend and online options are available.
  • Industry exposure: every learner completes a compulsory three-month attachment.
  • Migori location: learners in Migori and surrounding regions can access specialised mobile-development training without relocating to Nairobi.

Admission Requirements

Applicants should have basic computer-operation skills, an interest in technology, a willingness to practise consistently and access to a suitable laptop.

Previous programming experience is not required. Applicants from different KCSE backgrounds, including D and D+, may be considered. Learners who need basic computer preparation can first complete NIT’s two-month Basic Computer and Computer Packages Course.

Admissions are continuously open, and successful applicants join the next available class.

Frequently Asked Questions

How long does the Mobile App Development Course take?

Institutional training takes six months, followed by a compulsory three-month industrial attachment. The full pathway is approximately nine months.

How much is the school fee?

The school fee is KSh 60,000.

Which programming language and framework are taught?

The course uses the Dart programming language and the Flutter framework.

Can students build Android and iOS applications?

Flutter supports Android and iOS from a shared codebase. Direct iOS compilation and device testing require access to macOS, Xcode and the relevant Apple development environment.

Can a complete beginner join?

Yes. Previous programming experience is not compulsory, although applicants should have basic computer skills and be ready to practise regularly.

Can D and D+ applicants enrol?

Applicants from different KCSE backgrounds, including D and D+, may be considered.

Are evening, weekend and online classes available?

Yes. NIT provides daily full-time, evening, weekend and online learning options.

Is industrial attachment compulsory?

Yes. Every learner completes a compulsory three-month industrial attachment after the six-month institutional programme.

What laptop do I need?

The minimum confirmed baseline is an Intel Core i5 or equivalent processor and at least 256 GB SSD storage. Ask the NIT ICT Department to check a laptop before purchasing where possible.

How many learners are admitted to one class?

The maximum class size is 25 learners.

Apply for the Mobile App Development Course

If your goal is to move from basic coding to applications you can demonstrate to an employer, client or business partner, this programme gives you a structured route from Dart foundations to a complete Flutter project and compulsory industrial attachment.

Course feeKSh 60,000

Six months institutional training.

AdmissionsContinuously open

Join the next available class.

Class sizeMaximum 25

Full-time, evening, weekend and online options.

LocationNamba Area, Migori Town

Along the Migori–Sirare Highway, approximately 0.3 km opposite Rubis Filling Station.

Newton Institute of Technology • Migori, Kenya

Prepared by the NIT Editorial Team; institutionally reviewed by Engineer Simon Barongo and technically reviewed by Engineer Wilfred Mwendia.