144 Hours of Structured Learning
Follow a structured learning journey designed to develop your software engineering capabilities through guided instruction and practical work.
- 48 learning sessions
- 3 hours per session
- Live Hybrid learning format
INDIVIDUAL TRAINING SOFTWARE ENGINEERING
Take Your Software Engineering Skills Further.
Build on your programming fundamentals through structured learning and practical software development. Strengthen your engineering skills and apply them through purposeful development work.
Practical skills. Purposeful technology. Real-world application.
THE PROGRAM
Build Practical Skills Across the Software Development Lifecycle.
Develop your software engineering practice through structured learning and hands-on coding. Progress from programming fundamentals and Laravel application development to APIs, testing, security, deployment, and a guided final project.
A Progressive Engineering Journey
Develop your skills step by step, from programming logic and web fundamentals to building and maintaining practical web applications.
- PHP, OOP, and database development
- Laravel, CRUD, and API integration
- Testing, security, and deployment
Learn by Building
Apply your learning through coding labs, independent feature development, and a final project that brings key engineering practices together.
- Requirements and system design
- Development, testing, and integration
- Deployment and technical walkthrough
LEARNING OUTCOMES
Turn Engineering Concepts into Working Software.
Develop practical capabilities across the software development lifecycle, from writing your first programs to testing and presenting a working application.
Establish a Developer Workflow
Prepare and manage a development environment using essential developer tools.
- Set up PHP, Composer, and a local environment
- Use Git, GitHub, and AI assistance responsibly
Write and Debug PHP Programs
Translate problems and business rules into structured, testable program logic.
- Apply conditions, loops, arrays, and functions
- Use OOP concepts and debug common errors
Build Laravel Web Applications
Connect the user interface, application logic, and database to build functional web features.
- Work with routes, controllers, and views
- Use migrations, Eloquent, and database relationships
Implement Application Features
Develop application workflows that handle user input, data, and business rules.
- Implement validation and access control
- Handle relationships, transactions, and reporting
Integrate and Prepare for Release
Apply essential engineering practices to improve application reliability and prepare it for deployment.
- Build APIs and integrate external services
- Apply testing, security, and performance checks
Deliver and Explain a Final Project
Bring your learning together in a scoped application project, from requirements through deployment and demonstration.
- Define requirements and plan an MVP
- Test, deploy, and explain technical decisions
PROGRAM CURRICULUM
From Programming Foundations to Real Applications.
Explore the modules, learning objectives, topics, and subtopics that guide your journey through software engineering—from programming fundamentals to application development, testing, and deployment.
Module Learning Objective
Explain how a web application feature moves through the browser, server, and database; prepare a local PHP development environment; and use Git, GitHub, and AI assistance responsibly.
- Types of applications and the roles of frontend and backend
- Browser, server, database, request, and response
- Trace a login or order flow
- What a developer does when building a feature
- Distinguish facts, assumptions, and feature requirements
- VS Code, project folders, and files
- Terminal navigation, folder creation, and commands
- PHP, Composer, and the local environment
- Run the first PHP program
- Read error messages during setup
- Repository, status, add, commit, and push
- README and change documentation habits
- Push code to a personal repository
- AI assistance: understand, run, test, and explain
- Keep confidential data out of AI tools
Module Learning Objective
Write, test, and debug PHP programs using variables, conditions, loops, arrays, and functions; apply introductory object-oriented programming; and combine these skills in a small PHP application.
- PHP syntax and running a PHP file
- Variables, data types, input, and output
- Strings, numbers, and booleans
- Arithmetic operators and basic type conversion
- Read and modify a short program
- Comparison and logical operators
- Booleans and if/elseif/else
- Business rules and the order of checks
- Boundary cases and invalid input
- Test multiple decision branches
- Basic arrays for storing multiple values
- For, while, and foreach loops
- Stop loops and avoid infinite repetition
- Iterate over transaction data
- Counters, totals, and conditions in loops
- Trace values during each iteration
- Indexed and associative arrays
- Read, add, update, and remove elements
- Simple nested arrays
- Combine arrays with foreach
- Choose a structure for product or customer data
- Break a problem into smaller tasks
- Functions, parameters, and return values
- Scope and function naming
- Separate input, computation, and output
- Refactor duplicated business rules
- Syntax, runtime, and logic errors
- Read error locations and messages
- Inspect variables and execution flow
- Reproduce → hypothesize → fix → rerun
- Retest after a change to prevent regressions
- Classes and objects
- Properties and methods
- Instances representing products or customers
- Access object state and behavior
- Read a simple object in an existing codebase
- Constructors
- Basic encapsulation
- Methods and simple business rules
- Simple composition without complex hierarchies
- Test object behavior
- Define a small feature and sample inputs
- Combine arrays, conditions, loops, and functions
- Read and fix errors
- Demonstrate and explain code independently
- Gate 1: programming foundation
Module Learning Objective
Build a basic business web interface, explain HTTP request-response flow, add browser interactions, model relational data, and implement a simple database-backed application with Laravel.
- Semantic HTML for business pages
- Forms, labels, and inputs
- Basic CSS for layout and readability
- Bootstrap grid and simple components
- Basic form accessibility
- URLs and HTTP requests/responses
- GET and POST
- Common status codes
- Form submission, redirects, and the session concept
- Inspect requests in the Network panel
- JavaScript syntax needed in the browser
- DOM selection and event handlers
- Form and interface interactions
- Console and browser DevTools
- Browser-side versus server-side validation
- Tables, rows, columns, and data types
- Primary keys and foreign keys
- SELECT, INSERT, UPDATE, and DELETE
- WHERE and a simple JOIN
- Basic data integrity
- Entities and attributes
- One-to-many relationships
- ERDs and data rules
- Basic normalization: avoid duplicated data
- Test the model with sample records
- Laravel installation and project structure
- Routes, controllers, models, and views in MVC
- .env and database configuration
- The Laravel request lifecycle
- Explore a sample codebase
- GET and POST routes
- Controller actions
- Blade layouts and templates
- Pass data to a view
- Simple forms and responses
- Migrations and the MySQL connection
- Eloquent models
- Save and retrieve records
- Connect a form to the database
- Gate 2: web application flow
Module Learning Objective
Build practical application features with CRUD, validation, database relationships, authentication, authorization, maintainable business logic, transaction handling, and useful search or reporting; then implement and verify a feature independently.
- Create and list records
- Detail, edit, and update flows
- Delete and confirmation
- Reuse Blade forms
- Basic pagination and a first feature test for a create or invalid-request flow
- Server-side validation and input trust boundaries
- Form Request classes
- Error messages and old input
- Missing, overlong, and malformed input
- Mass assignment, CSRF/XSS primer, and context-appropriate sanitization
- belongsTo and hasMany
- Foreign keys in migrations
- Create an order for a customer
- Retrieve related data
- Avoid basic orphan-record scenarios
- Login and logout
- Sessions and guest/auth middleware
- Authentication starter scaffolding
- Protect pages and manage redirects
- Handle unauthenticated users
- Admin, staff, and manager roles
- Basic gates, policies, or middleware
- View, create, and approve permissions
- Deny unauthorized access
- Positive and negative tests for each role
- Inspect a controller that has grown too large
- Single responsibility and naming
- Separate reusable rules
- Introduce a service class only when warranted
- Test before and after refactoring
- Multiple writes and atomicity
- Database transactions and rollback
- Exceptions and safe error messages
- Order and approval failure scenarios
- Recovery and data consistency
- Query filters and search
- Pagination
- Simple COUNT and SUM aggregates
- Prepare business summaries
- Check figures against source records
- New feature requirements
- Plan data, routes, validation, and access
- Independent implementation
- Test success and failure cases
- Gate 3: business application and simple pull request
Module Learning Objective
Design and build REST APIs with Laravel, protect and test endpoints, document API contracts, integrate external and AI services with appropriate safeguards, and collaborate through Git and code review.
- Resources and endpoints
- GET, POST, PATCH/PUT, and DELETE
- JSON and HTTP status codes
- Request/response contracts
- Design customer and order endpoints
- API routes and controllers
- Eloquent queries in endpoints
- API Resources
- CRUD endpoints
- Separate API output from Blade responses
- API request validation
- Token authentication with Sanctum
- Protected endpoints
- 401 versus 403 and error handling
- Test unauthorized requests
- Postman or Bruno
- Collections and environments without secrets
- Success, error, and unauthorized scenarios
- Endpoint documentation
- Compare implementation with the contract
- Laravel HTTP client
- Read provider documentation
- Timeouts, error responses, and retry awareness
- Store API keys in the environment
- Fallback behavior or a clear failure message
- Choose a focused, useful AI use case
- Call an AI provider or use a mock response
- Personal-data and cost boundaries
- Structured output, validation, and fallback
- Human review of AI output
- Feature branches
- Pull requests and change descriptions
- Specific, actionable code review
- Basic merge conflicts
- Issue/task flow and collaboration
Module Learning Objective
Improve application reliability through automated testing, evidence-based debugging, logging, basic security practices, performance awareness, and a guided deployment workflow.
- Review the first feature test; turn requirements into test cases
- Feature tests for HTTP flows
- Unit tests for small rules
- Success and failure paths
- Run tests and interpret failures
- Reproduce the bug
- Stack traces and application logs
- Form hypotheses and isolate the cause
- Avoid logging secrets
- Regression checks after a fix
- Input trust boundaries
- Basic CSRF and XSS
- SQL injection and safe queries
- Authentication, authorization, and secrets
- Review security in your own feature
- N+1 queries and eager loading
- Pagination instead of loading all records
- Indexing awareness
- Measure before optimizing
- Caching and queues: concepts and use cases
- Environment configuration and server-side secrets
- Migrations in the target environment
- Simple Laravel deployment
- Logs, health checks, and rollback awareness
- Gate 4: engineering readiness
Module Learning Objective
Define a realistic MVP, plan its user flows and data structure, develop the application in focused sprints, integrate and test its features, deploy it, and explain the technical decisions and individual contribution.
- Problem and user context
- Measurable functional requirements
- Acceptance criteria
- Select a realistic MVP
- Backlog and scope boundaries
- Primary user flow
- ERD and data relationships
- Feature breakdown
- Routes and access matrix
- Risks and test plan
- Project setup and Git workflow
- Core migrations and models
- Authentication
- Priority CRUD feature
- Demonstrate the first increment
- Relationships and business rules
- Validation
- Authorization
- Failure scenarios
- Code review and improvements
- API or report required by the project
- External integration where relevant
- Usable Blade/Bootstrap interface
- Check requests and outputs
- Review remaining scope
- Feature and unit tests for key risks
- Bug triage and debugging
- Security and access checks
- Refactor only where needed
- Peer review and release checklist
- Deployment and smoke test
- Demo user need → feature → result
- Walk through code structure and decisions
- Explain individual contribution and AI use
- Reflect and identify next learning steps
HOW YOU'LL LEARN
Learn the Why. Engineer the How.
Develop your engineering skills through live hybrid sessions, hands-on coding labs, technical reviews, and project sprints. Connect programming fundamentals with real application workflows, from Laravel features and API integration to testing and deployment.
01
Understand
Understand how applications work, how components interact, and why engineering decisions matter when solving real development problems.
02
Practice
Turn concepts into working features through coding labs, debugging exercises, API integration, automated testing, and collaborative code reviews.
03
Apply
Bring your skills together in a final project, from requirements and data design to implementation, quality checks, deployment, and technical walkthrough.
Live hybrid sessions. Hands-on engineering labs. Project-based application.
PROGRAM INFORMATION
Build Skills. Apply Engineering.
Develop practical software engineering skills through structured sessions, application development, API integration, quality practices, and a final project. Designed for learners who want to build a more complete understanding of the software development workflow.
Learning Commitment
A structured learning journey focused on programming, application development, and engineering practices.
- 48 learning sessions
- 3 hours per session
- 144 total learning hours
- Live hybrid delivery
Engineering Skills
Connect programming fundamentals with practical application development workflows.
- PHP and object-oriented programming
- Laravel and relational databases
- REST APIs and authentication
- Testing, debugging, and security fundamentals
Final Project
Apply the learning process to a project developed through structured engineering stages.
- Define requirements and MVP scope
- Design data and application workflows
- Develop, test, and refine features
- Demonstrate and explain engineering decisions
Your Next Step
Use your project experience to identify strengths and areas for continued development.
- Review your implementation and test results
- Reflect on code quality and design decisions
- Identify skills to strengthen next
- Continue building through practical projects
FREQUENTLY ASKED QUESTIONS
Before You Take the Next Step.
Explore the program structure, technologies, practical projects, and learning activities included in Software Engineering Professional.
Still have questions?
Let's discuss your learning goals and explore whether this program fits your current skills and development plans.
Talk to Our TeamHow long is the program?
The curriculum consists of 48 sessions, with 3 hours per session, for a total of 144 learning hours.
The program follows a structured progression from programming fundamentals to application development, quality practices, and a final project.
What technologies will I learn?
The curriculum covers PHP, object-oriented programming, MySQL and relational databases, HTML, CSS, Bootstrap, JavaScript, and Laravel.
You will also explore Git and GitHub, REST APIs, API authentication, external integrations, automated testing, security fundamentals, and deployment awareness.
What will I build during the program?
You will work toward a final software application, beginning with problem definition, requirements, and MVP scope.
The project progresses through data design, feature development, integration, testing, refinement, and a final demonstration with a technical walkthrough.
Will I learn API integration and AI?
Yes. The curriculum includes REST API fundamentals, building APIs with Laravel, API authentication, testing, and external API integration.
It also introduces AI API integration, including structured output, validation, cost and data considerations, fallback behavior, and human review of AI-generated results.
How is learning progress evaluated?
Progress is supported by practical exercises, application checkpoints, testing activities, and a final project.
The curriculum includes milestone reviews covering programming fundamentals, web application flow, business application development, and engineering readiness.
Is prior programming experience required?
The curriculum begins with developer onboarding and PHP programming fundamentals, then gradually progresses to more advanced application development topics.
If you are unsure whether the program matches your current experience, contact our team to discuss your learning goals and readiness.
YOUR NEXT STEP STARTS HERE
Ready to Take Your Software Engineering Skills Further?
Strengthen your software engineering skills through structured practice, real application features, API integration, testing, and a final project. Talk to our team to discuss your learning goals and whether this program is the right fit for you.