Extracurriculars for a Career in Software Engineer
118 high school activities and programs that build real experience toward a career in software engineer.
Computational neurobiology track involves programming and technical problem-solving in research environments.
Students engage in challenging computer science coursework and hands-on learning in technical fields.
Abstract algebra and mathematical foundations underpin algorithm design and computational problem-solving.
Students develop original software applications, the core work of software engineers.
Programming instruction using variables, loops, and conditionals builds foundational software development skills.
Students learn programming through hands-on modules exploring reverse engineering and coding applications.
Students learn coding skills in web development and data science while working on real-world projects.
Hands-on projects explore technological development and innovation with engineering and business integration.
Programming the robot's autonomous and teleoperated functions requires software development skills.
Heavy emphasis on programming and AI development in cutting-edge technology projects.
Mathematical thinking and problem-solving skills from this program directly underpin algorithm design and coding.
Deep mathematical reasoning and algorithmic problem-solving from competitions directly support software development and algorithm design.
Students tackle cyber technology and security problems, requiring computational thinking and software-based solution development.
Coding and software systems are selectable project paths with individualized instruction throughout development.
Develops problem-solving and programming skills through solving interactive cybersecurity challenges.
Program teaches foundational programming and computational thinking through hands-on projects.
Program development is core to the AI curriculum, with students building and implementing AI systems throughout the summer.
Bootcamp teaches coding fundamentals and programming skills accessible to beginners with no prior experience.
Students gain technical programming skills through real-world applied research projects.
Hands-on STEM learning and exposure to technical career pathways directly introduce computer science concepts and development.
Programming and engineering operations tracks build foundational software development skills.
Computer Science courses provide foundational programming and technical skills relevant to software engineering careers.
Programming is a primary component of robot control and autonomous flight in competitions.
Core activity involves rapid prototyping and software development in team-based coding competitions.
Students intern at tech companies and develop real-world software projects during their placement.
Students explore artificial intelligence and gain computational skills through cutting-edge STEM research projects.
Programming skills are developed through rigorous research methodologies and computational work in data science.
Writing contest encourages students to explore and articulate engineering possibilities and career pathways.
Many iGEM projects require computational modeling, data analysis, and custom software development.
Competition encourages using cutting-edge technology and AI to build innovative solutions for communities.
Students develop technology solutions for real-world problems, mirroring software engineering design and innovation practices.
Students submit significant technical work in computer science and technology categories.
Students develop technology-based prototypes to solve real-world community problems.
Students build technology solutions and learn to code, core skills for software development.
TSA competitions and events directly involve computer science and programming challenges aligned with software development work.
USACO trains competitive programming skills directly applicable to software engineering roles.
Mathematical problem-solving skills and strategic reasoning transfer directly to algorithm design and complex software architecture.
GENIUS Coding category directly develops coding skills to create innovative environmental solutions.
Programming and coding the robot's autonomous and control systems mirrors software engineering roles.
Program develops STEM skills and cyber education critical to software engineering and tech careers.
Advanced mathematical reasoning and algorithmic problem-solving in ARML competitions support software engineering fundamentals.
Program focuses on computer science internships including computer modeling, machine learning, and software engineering research projects.
Python distance learning modules and data analysis work build programming and technical skills.
Students conduct cutting-edge research projects involving computer science and information technology under faculty mentorship.
STEM focus and project-based education build technical and computational competencies.
WPI Launch emphasizes computer science and project-based engineering aligned with software development practice.
Engineering & Computer Science courses teach programming and computational problem-solving skills.
Computer Science, Coding, and Software Development courses provide technical foundation for software engineering roles.
STEM-focused program with 50%+ alumni earning doctorates and 85%+ working in STEM careers.
Computer Science instruction provides foundational programming and software development experience.
Coding in Python and Linux environments provides foundational programming skills essential to software development.
Mathematical problem-solving and strategic thinking skills are essential for algorithmic and computational work in software development.
Programming robots to perform tasks requires software development and logic implementation skills.
Students write programs in Python, C++, or Java to solve computer science problems in contests.
Students build AI-powered startup solutions using Microsoft cloud technologies and programming.
Students design and implement algorithms to solve competitive programming problems using multiple languages.
Theoretical computer science projects develop computational problem-solving and algorithmic thinking skills.
Hackathon format directly mirrors software development workflows and coding challenges engineers solve daily.
Program in Unity and learn software development fundamentals as core curriculum components.
Platform and digital tools used in competition align with software development and computational problem-solving.
Artificial intelligence course provides foundational exposure to programming concepts and AI fundamentals.
Students design algorithms for college admissions and learn AI detection using math and physics principles.
Students learn Python and C++ programming to solve real engineering problems and deploy AI applications.
Students develop applications, conduct simulations, and write code as part of lab internships and workshops.
Space mission design track involves autonomy and control systems relevant to software engineering applications.
Students write code in C++ and Python to build real projects like Arduino microcontroller programs.
Hands-on Python programming and coding projects form the core of the week-long curriculum.
Math and engineering-focused programs develop computational and technical problem-solving skills.
Program includes mini-workshops with computer science department, directly introducing software engineering concepts.
Code-N-Sensor and Future Lab offer coding and computational thinking instruction for aspiring programmers.
Computer Science and Engineering interest area covers programming abstractions, designing algorithms, and core CS concepts.
STEM-focused apprenticeship at DoD laboratories builds foundational research and problem-solving skills relevant to engineering careers.
Computer science and engineering workshops provide introductory exploration of this engineering field.
Students master coding fundamentals and develop software skills for ideating and prototyping products.
Learn security-focused scripting and automation techniques applicable to secure software development.
Students build full-stack web development skills in HTML, CSS, and JavaScript with real-world project deployment.
Meta Summer Academy provides hands-on software development experience directly aligned with software engineering roles.
COSMOS explores computer science topics with hands-on, lab-intensive curricula in state-of-the-art facilities.
Camp explores wide-ranging STEM career possibilities including computer science roles at a leading research institution.
Android and iOS programming courses teach app design, coding, and testing with industry tools.
Program includes computer science projects guided by award-winning scientists at Oak Ridge National Laboratory.
Computer science and engineering categories at ISEF showcase software development and computational problem-solving projects.
Winners have built cloud-based applications and software solutions to address scientific and medical challenges.
STEAM-based learning with focus on artificial intelligence and real-world technological challenges prepares students for tech careers.
Students explore Computer Science & Technology courses at top universities with hands-on learning.
Tech and Engineering courses develop logical reasoning and problem-solving applicable to software development.
Students design and create digital media including apps and websites during the Hackathon for Health Equity phase.
Engineering and technology courses introduce programming and problem-solving in digital systems.
Interactive Python programming instruction and use of Marvin software to process large datasets mirrors software engineering problem-solving.
Machine learning and data science programming foundational to many software engineering roles.
Students learn coding through free online classes and coding tutorials, core software engineering skills.
Courses in Artificial Intelligence and Computer Science directly build programming and software development skills.
Computer science department offers hands-on research in programming and computational methods.
Camp teaches multiple programming languages including Alice, Python, and robotics-specific visual programming.
Students learn Python programming and AI algorithms, core skills for software development.
Students learn Java programming fundamentals through CSE 110: Principles of Programming with Java.
Students build computers from scratch and learn programming through hands-on engineering projects.
Students program autonomous navigation and decision-making systems for the robotic vessels.
Innovation challenge encourages coding-based solutions, apps, and technical implementations.
Programming competition directly develops coding skills essential to software engineering roles.
HackMIT is a hackathon where students write code to build software projects under time constraints.
Blueprint is a hackathon where students write code to build solutions, directly mirroring software engineering work.
Students program ROV control systems and navigation logic for competition tasks.
Competition introduces students to computational linguistics and language technologies through hands-on problem-solving.
Challenge requires building software solutions to real-world problems, core to software engineering practice.
Students develop and optimize code to implement algorithms and process data at scale within competition constraints.
Mathematical reasoning and algorithmic problem-solving are fundamental to software development.
Advanced mathematical problem-solving and algorithmic thinking from IMO training translate directly to computer science and algorithm design.
Internship includes coding-dependent projects where students develop professional programming skills alongside experts.
Computer science research groups offer practical experience in programming and AI development.
Core focus on coding courses like Python, Java, and game development with real-time code checking.
Students learn Python, Java, and C# coding fundamentals directly applicable to software development roles.
Computer science courses develop programming and computational thinking skills essential for software development.
ECAP offers software development courses allowing students to explore coding before committing to a major.
Students learn new coding skills within a tech-focused creative workshop environment.
Students code AI algorithms, design interactive AR experiences, and build intelligent systems throughout the camp.
Program-based instruction from Stanford and MIT alumni on implementing AI projects and solutions.
Participants engage in hands-on tech training and cutting-edge technology exploration aligned with software development careers.