Job Guarantee
Software EngineeringMastery Bootcamp
Learn from Scratch to Land a High Paying Tech Career
Learn to code from scratch and become a job-ready full-stack developer with our hands-on, beginner-friendly tech bootcamp designed to launch your career in tech.
Online
Campus
38 Weeks
Course Duration
20h/Week
Time Commitment
4.8 Star
Rating on Course Report
+$26,500
Average salary increase
Students who provided pre- & post-course salaries.
$140,052
Software Engineer average salary
Source: Glassdoor
Why Metana?
Metana Guarantees a Job
Most up-to-date and advanced curriculum
Metana Students get hired
1-on-1 mentorship, expert code reviews, coaching & career services
Find the answers you can’t Google
Industry-Experienced Instructors
In-Demand Curriculum
AI for Engineers learning unit + AI interactive learning series
Job placement assistance if needed
Plus, our online Software Engineering Mastery Bootcamp covers all relevant languages, tools, including:















Engineers at top companies join Metana























Overview
Metana is one of the most comprehensive and career-focused fullstack software engineering bootcamps available — and the proof is in the results. Our track record, outcomes, and mentorship-first approach set us apart as the most advanced and student-friendly program in the industry.
Metana’s proven teaching methods and our signature JobCamp™️ framework prepare graduates not just to code — but to thrive as professional engineers in today’s competitive job market.
The Software Engineer Mastery Bootcamp goes far beyond the basics. From HTML and JavaScript to system design, cloud architecture, and microservices, we train you like a real-world software engineer. With expert mentorship every step of the way, you’ll graduate job-ready — and confident.
Software is eating the world, and companies are always in search of engineers who understand the full stack — not just how to build things, but how to build them right, at scale, and in production.
If you’re ready to level up your career — whether you’re starting fresh or already have coding experience — this is your chance to break into high-growth tech roles with serious earning potential.
With the right skills, guidance, and support, you can change your career, your income, and your life.
Metana’s Software Engineer Mastery Bootcamp prepares you to become a professional software engineer in just 38 weeks — and we back it with a job guarantee.
Roles and Salaries
The estimated total pay for a Software Engineer is $139,644 per year in the United States area, with an average salary of $113,158 per year.

Source: glassdoor
Developer
Average $98,823 per year
Source: Indeed
Full Stack Developer
Average $127,827 per year
Source: Indeed
Application Developer
Average $87,811 per year
Source: Indeed
Back End Developer
Average $159,163 per year
Source: Indeed
Front End Developer
Average $112,550 per year
Source: Indeed
Web Developer
Average $112,550 per year
Source: Indeed
Senior Software Engineer
Average $148,554 per year
Source: Indeed
Software Architect
Average $144,359per year
Source: Indeed
Backend Engineer
Average $148,554 per year
Source: Indeed
Tech Lead
Average $221,000 per year
Source: Indeed
Application Developer
Source: Indeed
Devops Engineer
Average $142,000 per year
Source: Indeed
Curriculum
Introduction to Software Engineering
The Software Engineering bootcamp begins with a comprehensive Pre-Bootcamp module designed to support both intermediate and beginner coders. This module aims to establish a uniform skill level among all students, providing a solid foundation in programming before delving into the core curriculum.
Foundational Software Engineering Curriculum
HTML and CSS
Introduction to JavaScript programming
Advanced JavaScript, including OOP
Web development environment and industry-standard tools
Features
Supports learners of all skill levels
Student-centered, inquiry-based learning in teams
Instructor-facilitated, live online classroom format
Immersive digital learning tools
Task management ClickUp templates and note taking with Notion
Back-End Development
Introduction to server-side development using Node.js and Express, enabling you to build robust and scalable backend applications exploring industry-standard best practices in backend development, focusing on efficiency, security, and maintainability.
Technologies
Node.js
Express
MongoDB
Git and GitHub
- Postman
Concepts
- Back-End frameworks – Learn about CRUD functionalities and HTTP requests
- NoSQL databases and generating dynamic content
Features
- Build your own developer portfolio with backend and Admin capabilities.
Front-End Development and DevOps
In this segment, you will not only apply your JavaScript skills but also immerse yourself in the dynamic ecosystem of front-end frameworks, making JavaScript the industry standard in web engineering. Additionally, we will guide you through the integration of DevOps practices to streamline your development workflow.
Technologies
React, React Router and React Hooks
Tailwind and Boostrap CSS
AWS deployment EC2
- SQL
Concepts
- Test-Driven Development (TDD) – Particularly relevant in JavaScript development, the TDD methodology allows developers to test new code before writing it—preserving its former iteration in case of incompatibilities or errors.
- UI/UX Best practices
Features
- Build a beautiful UI for your developer portfolio and learn how to style it with CSS frameworks
- Host your portfolio on a cloud platform and share it to recruiters!
Data Structure & Algorithm
Objective: The goal of this Data Structures & Algorithms (DSA) course is to prepare students/candidates for coding interviews at major tech companies.
Coding Foundations & Debugging
- Coding Habit and Style – Introduce style guides, naming conventions, and basics of time and space complexity.
- Debugging – Practice IDE debugging, error reading, and naked-eye debugging.
- Interview Pitfalls – Learn and track common coding interview mistakes.
Core Data Structures
- Arrays & Patterns – Cover 1D/2D arrays, loops, two pointers, and sliding window.
- Recursion – Understand recursive thinking and stack overflow issues.
- Thinking Models – Practice top-down, bottom-up, and recursive-to-iterative conversion.
- Sorting & Searching – Master sorting techniques and binary search.
- Lists – Learn differences and uses of ArrayList and LinkedList.
Advanced Data Structures
- Stacks & Queues – Implement stack, queue, and priority queue.
- Hashing – Use sets, maps, and hashing techniques.
- Trees – Understand tree structures, BSTs, and tries.
- Graphs – Explore BFS, DFS, backtracking, and ~15 core graph algorithms.
Mastering Your Tools
- Problem Solving Paradigms – Apply greedy, divide and conquer, and dynamic programming.
- Deep Dives – Solve classical problems for each DSA topic.
- Array Mastery – See how arrays apply across all problem types.
- Code Quality – Compare good vs bad code through real examples.
System Design Interview
Objective: To provide a thorough understanding of system design principles, common patterns (including distributed and microservice-specific), and best practices, enabling students to confidently tackle complex system design interview questions.
System Design Fundamentals & Interview Prep
- Interview Mindset – Learn the structure of system design interviews and master whiteboarding, time management, and frameworks.
- Design Thinking – Break down problems using functional and non-functional requirements.
- Networking Basics – Understand protocols, latency, bandwidth, and client-server models.
- Distributed System Core – Get familiar with consistency, availability, and partitioning (CAP theorem, etc.).
Data, APIs & Middleware
- Database Design – Learn data modeling, relational vs non-relational types, and horizontal/vertical scaling.
- API Design – Master REST, gateways, and API lifecycle best practices.
- Middleware – Explore roles of middleware, their types, functions, and how they fit into scalable systems.
- Integration Awareness – Learn the hidden complexities in integrating components via APIs and middleware.
Microservices & Communication Patterns
- Monolith to Microservice – Compare architecture styles and dive into service decomposition.
- Communication Patterns – Synchronous vs asynchronous, queues, event-driven models.
- Integration & Messaging – Learn message brokers, pub/sub, and how services coordinate.
- Common Challenges – Handle service discovery, deployment, versioning, and data consistency.
Scaling Systems & Case Studies
- Resilience & Security – Build fault-tolerant systems with retries, fallbacks, circuit breakers, and secure patterns.
- Scalability Models – Understand vertical vs horizontal scaling, load balancing, and caching.
- Case Study Deep Dives – Design systems like Twitter, Uber, Dropbox, and Stripe.
- Pattern Mastery – Apply learned patterns to abstract, multi-component systems and optimize trade-offs.
Behavioral Question
Objective: To equip software engineers with the principles, strategies, and practical skills to confidently and effectively answer behavioral interview questions, showcasing their competencies, experiences, and cultural fit.
Behavioral Interview Basics
- Interview Mindset – Learn how behavioral interviews are structured and evaluated. automated responses.
- The STAR Method – Master Situation, Task, Action, and Result to structure your answers clearly.
- Story Bank Building – Start compiling relevant real-life examples to use across different question types.
Engineering Communication & Collaboration
- Communication Skills – Practice clear and concise speaking tailored to technical audiences.
- Teamwork in Engineering – Learn how to highlight collaboration, empathy, and shared ownership.
- Project Navigation – Share examples of managing ambiguity, timelines, and software lifecycle phases.
- Leadership & Influence – Showcase stories of driving impact, even without formal authority.
Behavioral Strategy Mastery
- Question Patterns – Explore common behavioral categories (conflict, ownership, failure, etc.).
- Strategic Responses – Learn frameworks to match your story with what the question really tests.
- Tailored Answers – Customize your responses to reflect company values and mission.
Polishing & Practice
- Insightful Questions – Prepare thoughtful questions that demonstrate curiosity and alignment.
- Mock & Feedback Loops – Practice full mock sessions and refine your answers based on critique.
Clarity & Confidence – Focus on tone, delivery, and pacing to make your stories impactful.
Java Advanced OOD
Objective:
To equip students with advanced OOD principles and patterns, enabling them to design elegant, efficient, and maintainable Java applications and excel in technical interviews.
OOD Foundations in Java
- Abstraction & Encapsulation – Understand abstract classes vs interfaces and design clear public APIs.
- Inheritance & Polymorphism – Learn composition over inheritance and flexible design via polymorphism.
- Association & Aggregation – Grasp class relationships, multiplicity, and cohesive designs.
- Immutability – Explore benefits and implementation of immutable objects in Java.
SOLID Principles in Practice
- Single Responsibility Principle (SRP) – Identify responsibilities and refactor for cohesion.
- Open/Closed Principle (OCP) – Design for extension using abstraction and polymorphism.
- Liskov Substitution Principle (LSP) – Avoid misuse of inheritance and ensure correct substitutability.
- Interface Segregation Principle (ISP) – Keep interfaces small and client-specific.
- Dependency Inversion Principle (DIP) – Invert control using abstractions and basic dependency injection.
Design Patterns Deep Dive
- Creational Patterns I & II – Learn Singleton, Factory, Abstract Factory, and Builder patterns.
- Structural Patterns I & II – Apply Adapter, Decorator, Facade, and Proxy for flexible structure.
- Behavioral Patterns I–III – Use Strategy, Observer, Command, Template Method, State, and Iterator.
OOD Interview Preparation
- Interview Approach – Use a 4-step method to tackle OOD questions with clarity.
- Component Design – Break down real-world systems and apply learned principles.
- Design Justification – Practice articulating design choices and trade-offs.
- Mock Interviews I & II – Solve design prompts like Vending Machine and Online Chess Game.
- Pitfalls & Best Practices – Avoid over-engineering, handle ambiguity, and manage interview time.
Meet the Instructors
Timothy Liu
Timothy Liu is a seasoned software engineer currently working at Google, specializing in large-scale distributed systems within the Google Cloud Platform.
With over 15 years of industry experience, he has contributed to major technology companies including Amazon and Microsoft, gaining a well-rounded expertise in software design and development.
In addition to his engineering roles, Timothy is an accomplished technical author and educator, having authored official Microsoft-certified courseware and reached millions of learners worldwide through his online courses.



Career Success - Metana's JobCamp™️
Our career success team gives our students the professional skills they need for their first job and every job after. Knowing how to get a job is critical, which is why our Career Success Team helps you graduate ready for the job search. After you graduate, our team is available to keep you motivated, prepare you for interviews, and even help you negotiate offers.
- Build a Technical Resume
- Optimize Your LinkedIn Profile
- Network within the Industry
- Prepare for Behavioral Interviews
- Stay Motivated on the Job Search
- Craft Cover Letters
- Communicate with Recruiters
First Impressions
The Hunt
The Interview Process
Technical Know-How
Learn common technical questions, and describe them during a whiteboard interview. Practice coding techniques for take home assignments.
Jobcamp is provided free as part of the Software Engineering Mastery Bootcamp
Tuition
Plan I
POPULAR
$9,896 $12,370
Upfront
Or, pay $2,000 at enrollment &
$1,272 $1,590 /m for 7 months
Plan II
$11,520 $14,400
Upfront
Or, pay $2,500 at enrollment &
$1,432 $1,790 /m for 7 months
LOW MONTHLY PAYMENT
Financed tuition loan - Apply for a loan & pay it off in installments.
$69-$214* /mo
Some students use personal loans to pay for their education. There are many personal lending options for you to research and consider.
Keep in mind that Metana does not endorse, recommend, or promote any particular lender. The payment choice is at the discretion of you, the student. If you decide to use a personal loan, make sure to choose the option that works best for you.
Below are a few options; personal loans may also be available through your personal financial institution.
Apply for a Climb Credit loan
*Range varies based on approved interest rate. You can borrow less, but need to pay the tuition difference upfront. Only available for U.S. residents.
Upcoming Cohorts
You can always choose to pause the program and resume where you left off if it’s too fast-paced for you or if life gets in the way. There is no financial cost associated with this. We want you to succeed and won’t make you follow a schedule that doesn’t suit you.
Cohort
Early June
Seat Availability
1/5
Cohort
Late June
Seat Availability
2/5
Cohort
Early July
Seat Availability
1/5
Cohort
Late July
Seat Availability
3/5
Admission Policy and Process
You have to prove your seriousness in learning and then only you are admitted to our bootcamp. This makes our admission policy as unique as our Bootcamp.
Admission Policy
- Proficiency in English is essential.
- Past achievements. We want to see that you have the perseverance to work at something until you master it.
- It will be beneficial to have some prior knowledge. Although prior knowledge is not required, our curriculum is fairly fast-paced, so having a head start will help you succeed and show us that you are committed to the subject.
Admission Process
Submit your application
Start your career by completing our short application.
Complete the coding test
Gauges readiness for the fast-paced, intense immersive program.
The Interview call
Schedule an interview call with one of our student admissions officers
- After you submit your application & schedule an interview call with one of our student admissions officers, You will receive an email with a link to a coding test. (dates are available within 3 days from the application date)
- You need to complete the coding test within 3 days.
- Send us an email if you need more time ([email protected])
- Your application will be rejected if your score falls short of a predetermined level. Because we need to compare your application to those of the other applicants for the upcoming cohorts, we can’t always make a decision right away.
- Cohorts are limited to just 10 students, ensuring a highly selective and personalized experience. Exceptional applicants who don’t secure a spot may be waitlisted for the next cohort.
Frequently Asked Questions
The future of web development has moved toward sophisticated, responsive, and dynamic single-page applications running in the browser. Apps like Gmail, Asana, Trello, Facebook, and Google Maps have redefined what users expect from web applications and what developers need to deliver. Another plus point is that once you master JS, you'll be eligible to join Metana's advanced solidity bootcamp.
After observing these trends, plus conducting lots of research and conversations with industry experts, we’ve come to the conclusion that full-stack JavaScript is the future of web development. Consequently, it is what we primarily immerse our students in at Metana.
All our coding bootcamps are thorough, comprehensive, immersive, and rigorous. We’re backed by multi-year experience in online tech training to deliver consistent, in-demand coding curricula and digital learning tools in a remote environment.
The Software Engineering Career Accelerator Bootcamp is designed to help you gain the skills and knowledge to work alongside AI tools, ensuring you stay valuable and relevant in the tech industry without the fear of being replaced
Metana's Software Engineering Mastery bootcamp is a 38 weeks program delivered in online sessions. Participants will have access to online course materials and lectures.
The Software Engineering Mastery Bootcamp is for both beginners and experienced developers to take your coding skills to the next level, this program will help you grow your knowledge, improve your skills, and get hands-on experience to succeed in tech.
Watch what our Fullstack graduates has to say about Metana.
For the full-time program, with participants expected to devote approximately 40 hours per week to coursework and projects.
If done part time, 20-30 hours per week is sufficient.
Yes, participants who successfully complete the bootcamp will receive a certificate of completion.
You must be proficient in English.
Some scholarships and financial assistance may be available for eligible participants.
The recent leap in artificial intelligence (AI) tools will enhance the productivity of the software engineer like nothing before it. Perhaps the greatest recipients of this technology will be our graduates, and those just starting out or entering the software engineering field.
That is why we’re proud to teach the AI-powered tool GitHub Copilot in our instructor-taught curriculum in all our coding bootcamps. At Metana we believe that new coders and new software engineers should learn foundational skills before being introduced to these types of productivity-enhancing tools.
Yes, we cover AI basics in the Foundational Development phase. Students learn about machine learning (ML), natural language processing (NLP), and real-world AI applications like chatbots and recommendation systems. Using tools like TensorFlow.js, they build simple AI-powered features, such as chatbots or image classifiers.
We also teach students how to use modern AI tools like GitHub Copilot, ChatGPT, Bard, and Claude to improve productivity, debug code, and enhance their projects. This ensures they gain hands-on experience with both creating and using AI in software engineering.
Still have a question? Send us an email at [email protected]