Python Bootcamp
STEM Launch's Python programming course guarantees student success through its exceptional 4:1 student-to-mentor ratio and instruction from active UC Berkeley computer science students who provide personalized guidance. Through this intensive 6-phase program, students work in small groups to build real-world projects, receiving constant support and mentorship that ensures they'll master programming fundamentals and create impressive portfolio pieces.
Spring Session:
March 18th - April 24th
Every Tuesday and Thursday from 4:30 PM - 6:30 PM PT
Summer Session:
June 10th - July 10th
Every Tuesday and Thursday from 4:30 PM - 7:30 PM PT
STEM Launch's Python programming course guarantees student success through its exceptional 4:1 student-to-mentor ratio and instruction from active UC Berkeley computer science students who provide personalized guidance. Through this intensive 6-phase program, students work in small groups to build real-world projects, receiving constant support and mentorship that ensures they'll master programming fundamentals and create impressive portfolio pieces.
Spring Session:
March 18th - April 24th
Every Tuesday and Thursday from 4:30 PM - 6:30 PM PT
Summer Session:
June 10th - July 10th
Every Tuesday and Thursday from 4:30 PM - 7:30 PM PT
STEM Launch's Python programming course guarantees student success through its exceptional 4:1 student-to-mentor ratio and instruction from active UC Berkeley computer science students who provide personalized guidance. Through this intensive 6-phase program, students work in small groups to build real-world projects, receiving constant support and mentorship that ensures they'll master programming fundamentals and create impressive portfolio pieces.
Spring Session:
March 18th - April 24th
Every Tuesday and Thursday from 4:30 PM - 6:30 PM PT
Summer Session:
June 10th - July 10th
Every Tuesday and Thursday from 4:30 PM - 7:30 PM PT
STEM Launch Program
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Active computer science students from top institutions like UC Berkeley
Current knowledge of both academic requirements and industry trends
Fresh, relevant insights into the tech world
Instructors who are actively engaged in the field
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Small 4:1 student-to-mentor ratio ensuring personal attention
Customized instruction tailored to each student's learning style
Continuous individual support and guidance
Flexible pace that adapts to student understanding
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Hands-on project-based learning that mirrors real development
Complete, functional software projects that demonstrate practical skills
Real-world development workflows that prepare students for industry
Creative problem-solving opportunities in realistic scenarios
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Final project showcase where students ideate, design, and ship their own app or game
Weekly code reviews and pull requests that mirror professional development practices
Student progress documented through a growing GitHub portfolio of working projects
Personalized feedback sessions that identify strengths and growth opportunities
Same-day updates to parents after each session, detailing concepts mastered and next steps
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Demonstrated initiative through self-directed final projects that showcase technical creativity
Portfolio of completed projects on GitHub that proves practical coding experience
Experience with industry-standard tools and workflows valued by top CS programs
Mentorship from current students at target universities who understand admissions expectations
Documented progression of learning that demonstrates sustained commitment to computer science
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• Book 1-on-1 help anytime through our always-available office hours system
• Every class is professionally recorded and paired with detailed documentation - easy for students to catch up if they miss a session
• Self-paced learning materials designed for different learning styles, allowing students to review concepts as many times as needed
• Seamless continuation between live and recorded content ensures your child never falls behind, even with a busy schedule
Normal Coding Class
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Pre-recorded videos or instructors disconnected from current tech trends
Outdated teaching methods that don't reflect current industry practices
Limited exposure to real-world tech developments
Instructors who may be years removed from active industry participation
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Large class sizes with 15-30 students per instructor
One-size-fits-all teaching approach that doesn't account for individual needs
Limited opportunity for personal attention
Fixed curriculum pace regardless of student comprehension
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Heavy focus on theoretical concepts without practical application
Isolated coding exercises that don't connect to real-world scenarios
Generic programming examples that may not reflect current practices
Limited opportunity for creative problem-solving
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No visibility into daily progress lets students coast through classes without real learning
Parents only discover knowledge gaps months later when grades or projects are due
Students can spend entire sessions off-task or playing games without supervision
Without regular updates, there's no way to know if concepts are actually being mastered
Missing homework or incomplete projects often go unnoticed until it's too late
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Cookie-cutter projects that don't demonstrate individual creativity or problem-solving
Basic coding exercises without real-world applications or portfolio-worthy outcomes
Outdated tools and practices that don't align with current university CS programs
Large class sizes preventing meaningful mentorship or personalized recommendation letters
No documented progression or growth story to share in college essays or interviews
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no office hours
lock students into rigid 90-minute blocks, forcing families to adapt their schedules to fixed time slots
limited options for reviewing missed material
Cookie-cutter scheduling approaches ignore the reality of busy students juggling multiple activities and academic commitments
assume all students learn at the same pace, creating frustration for both faster and slower learners
lack the flexibility for students to get extra help when they encounter challenging concepts
Our Legacy of Excellence
Founded by former Team Captains of prestigious robotics programs (Peninsula Robotics FRC Team 6036 and Paly Robotics FRC Team 8), STEM Launch brings together expertise, passion, and proven teaching methodologies. We understand what top universities look for and help students develop to showcase their initiative, technical prowess, and problem-solving abilities.
Empowering the Next Generation of Innovators
Transform your child's curiosity into technical mastery with the STEM Launch Program. Our innovative curriculum turns students into confident programmers capable of building their own applications, games, and software solutions – all while fostering lasting friendships and developing crucial life skills.
Testimonials from 50+ Happy Families!
Parent Reviews:
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"The transformation in my son was remarkable. He went from being hesitant about programming to enthusiastically explaining his robot project at dinner. The instructors excelled at making complex concepts kid-friendly, and their full-service approach made it effortless for parents."
"We found the ideal summer program in this tech camp. They provided everything from materials to instruction, and successfully kept our child engaged in learning. The progression from gaming enthusiast to game creator was impressive."
Student Experiences:
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“Despite starting as a complete beginner, the mentors' patience helped me progress to building a line-following, obstacle-avoiding robot. The transformation from not knowing what a 'function' was to creating working robotics projects was amazing."
What you’ll learn!
Course Curriculum
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Master the essentials of Python through hands-on coding, including data types, operations, and core programming concepts like variables, conditionals, and loops
Build practical skills with interactive exercises and a "Number Guesser" project
Explore powerful Python lists and libraries while developing a basic version of "Wordle"
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Dive into professional software design with classes, inheritance, interfaces, and key programming principles
Create modular, maintainable code through functions and object-oriented concepts
Apply your skills to develop an advanced version of "Wordle" and a Library Management System
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Explore essential computer science concepts including Binary Trees, BST, and AVL trees
Master recursive problem-solving techniques
Learn to analyze and optimize code performance with Big O Notation
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Transform your programming skills into engaging game development
Learn UI design and animation principles while creating your own version of "2048"
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The final project is the highlight of our program, where students bring their creativity, teamwork, and programming skills together to create something truly amazing!
Students will form small teams and work on a collaborative project that ties together all the skills they’ve learned. They can choose between:
‘Plants vs. Ants’: A strategic game inspired by the popular mobile game, ‘Plants vs. Zombies.’
Custom Project: Propose your own idea and bring it to life (pending approval from our instructors).
We guide students through every key stage of software development:
Planning and Design: Brainstorm ideas, sketch features, and create a roadmap for your project.
Breaking Down Problems: Divide big challenges into manageable tasks.
Writing Code: Create clean, professional-quality code using industry best practices.
Testing and Refining: Test your project to find and fix bugs, ensuring smooth performance.
Documenting: Develop user-friendly documentation to explain your project and its functionality.
Showcasing or Publishing: Present your project to the group or even publish it online!
FREE Coding Lessons + Exercises
Our expertly crafted tutorials walk you through each concept, while interactive exercises reinforce your understanding. Plus, course also contains asynchronous material of equal quality aimed to expand students knowledge and skill base to prepare them for classes. Sample our premium content with free preview lessons below!
Program Features
Comprehensive Learning Structure
6-week intensive program
Weekly 2-hour interactive online sessions
4-6 hours of guided group project work
Additional 2-hour office hours for supplementary support
Guest speakers from leading tech companies
Final showcase event
Student Resources
Access to exclusive coding community
Comprehensive learning materials
Project portfolio development
Certificate of completion
Optional letter of recommendation
Ongoing mentorship opportunities
Ideal For
Students in grades 7-10
Beginners with no prior programming experience
Intermediate programmers looking to advance their skills
Technology and gaming enthusiasts
College-bound students seeking to stand out
Success Guarantee
We're committed to your child's success with:
Structured, proven curriculum
Regular progress assessments
Weekly updates for parents
Personalized support and guidance
Flexible learning accommodations
Investment in Their Future
Beyond coding skills, students develop:
Critical thinking and analytical capabilities
Leadership and collaboration abilities
Technical communication expertise
Project management experience
Professional portfolio development
College application enhancement
Whether you’re aiming for a career in computer science, STEM, or just enjoy solving problems, this project builds the initiative and creativity that set students apart. It answers the crucial question every application asks: "Can this student take an idea and turn it into reality?"
What will you create? Let’s make it happen!
Important Info
Both programs will have the same amount of content. This includes
Instructionl hours (24 hours)
Curriculum and Content
Offic Hours
Session Dates and Times:
Spring: March 18th - April 24th
Every Tuesday and Thursday from 4:30 PM - 6:30 PM PT
Office Hours - Will be booked by student groups through Discord
Summer: June 10th - July 10th
Every Tuesday and Thursday from 3:30 PM - 6:30 PM PT
Office Hours - Will be booked by student groups through Discord
Students can expect 2 - 6 hours of workload outside of class meetings.
Communication with students will be through Discord. This includes:
session overviews
assignment details
supplementary learning
instructor support and clarifications
Learn how to install and set up VS Code and Python to kickstart your coding journey.