Aalto University

What you'll study

This introductory programme covers the core concepts of programming and computational thinking. Typical topics include variables and data types, control structures (conditionals and loops), functions and modular design, basic data structures (arrays, lists, dictionaries), simple algorithms (searching and sorting), and an introduction to object-oriented programming.

Teaching emphasises hands-on practice: regular programming assignments, lab sessions, and small projects that apply theory to concrete problems. Students also learn good software development practices such as testing, debugging, version control basics and writing clear documentation. The course prepares students for subsequent modules in algorithms, data structures, software engineering and systems programming.

• Introductory programming language (commonly Python, Java or similar)
• Computational thinking and problem decomposition
• Basic data structures and algorithmic reasoning
• Simple software design and modularity
• Testing, debugging and version control fundamentals
• Project work and pair programming

Structure

The programme is typically delivered as a combination of lectures, exercises, lab sessions and project work. Assessment usually comprises programming assignments, quizzes, a midterm or two, and a final project or exam. Practical coursework emphasises incremental development and collaborative practices.

Entry requirements

Entry to the course as part of a bachelor-level programme normally requires completion of upper-secondary education or an equivalent qualification recognised by the university. Applicants should demonstrate competent mathematical skills and logical reasoning; prior experience in programming is helpful but not required. For international applicants, proficiency in English is required as demonstrated by accepted language tests or prior education in English.

Admission to Aalto’s bachelor programmes follows the university’s general entry procedures, which may include entrance examinations or evaluation of study records depending on the specific degree programme. Prospective students should consult the official Aalto admissions information for exact requirements and recognised qualifications.

Career prospects

As an introductory module, this course provides the practical foundations that feed into a wide range of computing careers. Graduates who continue in computer science can move into roles such as software developer, web developer, mobile application developer, data analyst, QA engineer, or systems administrator. The problem-solving and coding skills gained are also transferrable to fields like digital product management, technical consulting and research.

Many students progress to further specialised studies in areas such as algorithms, machine learning, human-computer interaction or software engineering, which expand career options in industry and academia. Practical project experience and exposure to collaborative development practices are valued by employers across the technology sector.

Why study at Aalto University

Aalto University combines strong technical teaching with a multidisciplinary culture that encourages design thinking and entrepreneurship. Students benefit from modern computing facilities, active research groups in computer science, and opportunities to collaborate with peers in engineering, business and arts. The university has close links with the Nordic tech industry and startup ecosystem, providing networking, internships and project opportunities.

Teaching at Aalto emphasises active, project-based learning and practical skills that prepare students for both further study and professional work. The international learning environment and supportive student services make it a practical choice for students seeking a solid and future-oriented foundation in programming and computer science.