750+ alumni reviews
Unlike traditional online courses, AI Software Engineering combines structured learning, hands-on projects, and live mentorship to help students build real applications and develop practical engineering skills.
Discover the skills to build software applications from zero to launch, leading you to rewarding careers as:
You’ll learn the tools and languages developers use, like:
AI Fundamentals & Orientation
Get oriented in the AI landscape and understand how modern AI systems are built and used in the real world.
Advanced Python & Data Handling
Level up your Python skills and learn how to work with the data that powers AI applications.
Databases & SQL
Learn how to store, query, and manage the data that sits at the heart of every real application.
REST API Fundamentals
Understand how modern applications talk to each other, and start building the connective tissue of the web.
FastAPI Development
Build fast, production-quality APIs with one of Python's most powerful modern frameworks.
Web Essentials & Streamlit
Create interactive, user-facing interfaces for your AI projects, no frontend background required.
Applied AI: Embeddings & Retrieval
Go beyond prompting and start building AI systems that understand meaning, not just keywords.
RAG & Docker Deployment
Build AI systems grounded in real data, then package and ship them like a professional engineer.
Capstone: AI-Powered Application
Bring everything together and build a full, deployable AI-powered application from scratch.
Tech Residency
Get hands on experience as a developer
Career Camp
Technical Training
Explore the curriculum that transforms careers.
That’s why we built LaunchPad, an experiential training platform that will connect you with 40,000+ employers and thousands of active real-world projects, ensuring you graduate with hands-on experience that sets you apart in the job market.
Unmatched Real-World Learning Opportunities:
Boosted Placement Rates: Employers seek developers with experience in coding, debugging, and version control.
Stronger Portfolios & Resumes: Build and showcase full-stack applications, APIs, and scalable software solutions.
Networking & Direct Employer Connections: Gain hands-on experience in building and deploying applications to transition into tech smoothly.
Reduces the ‘Experience Gap’ for Career Changers: Students gain actual industry experience, making it easier to transition into a technical role.
Projects
Students have continuous access to 5,000 active real-world challenges from a variety of industries, guaranteeing practical experience.
Employers
Coding Temple students collaborate with real companies, gaining exposure to potential hiring managers, increasing your chances of networking with potential hiring managers.
Employment Rate
Salary Lift
Justin A. 
William M. 
Juan M. 
Benjamin D. 
Kseniia R. 
Lee D. 
4.6
/5
Instructors
4.7
/5
Careers Services
4.8
/5
Curriculum
You can choose which payment plan works best for you. More flexibility. Faster start. Your goals, your call.
Total tuition before discount
$10,000
Discount
-$6,500
Paid at enrollment
$3,500
Pay up front and save $6.5k on tuition
$10,000
$3,500
Total tuition before discount
$280/mo
Discount
-$91/mo
Deposit
$200
Installment Period
36 months
0% interest and no credit check
$280/mo
$189/mo
Total tuition before interest
$10,000
Discount
-$4,000
Enroll now, pay later. No deposit required.
$10,000
$6,000
Software engineering is the disciplined and creative process of designing, building, and maintaining software systems that solve real-world problems. It’s a perfect blend of analytical thinking, programming expertise, and engineering principles, enabling you to create innovative solutions that power industries and improve lives.
Software engineering offers exciting, high-growth opportunities across various industries. With a projected 25% job growth between 2022 and 2032, about 153,900 new roles open annually. From healthcare to finance, demand for skilled engineers is skyrocketing, with salaries averaging $110,140—and some specializations, like machine learning and mobile development, exceeding $200,000.
Software engineering is a rewarding challenge that develops your problem-solving and technical skills. With dedication and the right guidance, you can master it! Our program provides the tools and support to help you confidently navigate this career path.
Specializing allows you to hone your skills in a specific area, making you highly competitive and job-ready. With us, you can focus on in-demand fields such as front-end development, Python back-end, or Java 8 back-end, positioning yourself as an expert in the tech world.
Coding Temple provides three specialized tracks to match your career goals:
Our 4-month program is structured into nine engaging modules, with an optional 2-month extension. You’ll dedicate 20 hours per week to building skills in Python, JavaScript, React, backend systems, and API design. Each module combines learning with hands-on projects to prepare you for real-world challenges.
Our flex learning model is designed for busy individuals. You can attend live, 1-hour daily sessions (recorded for later viewing) and dedicate around 3 hours a day to self-paced activities, including videos, assignments, and projects. This approach empowers you to learn on your terms.
We’re invested in your lifelong success! Career services include:
Our curriculum balances foundational programming knowledge with advanced skills like API design, CI/CD pipelines, and real-world project development. You’ll graduate with a portfolio of nine impactful projects that demonstrate your expertise.
Our alumni excel in roles like Front-End Developer, Software Engineer, API Developer, and more. Many come from non-tech backgrounds, transforming careers in teaching, music, hospitality, and beyond.
Ready to start your tech journey? We can’t wait to meet you!
40 hours
Learn version control, repository management, and collaboration with GitHub.
Understand strings, numbers, conditional statements, loops, and functions.
Learn how to handle errors and exceptions in Python.
Solve programming challenges to reinforce Python concepts.
