Master in Machine Intelligence and Data Science
Helsinki, Finland
Master degree
DURATION
1 year
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
Aug 2026
TUITION FEES
EUR 12,000 / per year
STUDY FORMAT
On-Campus, Distance Learning
* The application is closed. The previous application was open 7–21 January 2026.
Key Summary
About: Arcada UAS in Helsinki offers the Master in Machine Intelligence and Data Science (MIND) for applicants with hands-on programming and two years' relevant work. The one-year, full-time programme has six 5 ECTS modules and a Research Seminar and master’s thesis. You'll gain ML, data mining, visualization, deep learning, cloud and data engineering, pipelines, experiment design, and deployment. Non-EU/EEA applicants pay tuition; no scholarships are available; early-bird offer available.
Career Outcomes: Graduates enter analytics, engineering, research, leadership. Typical roles: Data Scientist, Machine Learning Engineer, Data Engineer, Head of Analytics. Skills apply to model deployment, AI product design, and scalable analytics.
Arcada's master's degree programme Machine Intelligence and Data Science (MIND) develops your ability to turn data into insight and deploy working systems. You will build a solid grounding in machine learning and data engineering, covering descriptive and predictive modelling, feature engineering, and the design, testing, and deployment of robust ML pipelines. We emphasise writing maintainable code and delivering usable solutions.
MIND is designed for applicants with hands-on programming experience and at least two years of relevant work. If you enjoy solving data-driven problems with modern methods, this programme will deepen your skills and prepare you to lead data-driven work in your organisation.
What you will learn
As a MIND student, you follow a one-year, full-time academic roadmap built from two parts:
- six sequential 5 ECTS core modules covering the basics of ML, data mining, visualisation, deep learning/foundation models, cloud/data engineering, and AI-assisted service design
- a simultaneous, year-long Research Seminar integrated with your master’s thesis. Courses are delivered in intensive blocks that typically fit six biweekly sessions, so you can focus deeply on one module at a time while progressing your thesis.
During your studies you will:
- frame problems and success metrics, then build end-to-end pipelines from ingestion and feature work to deployment
- apply supervised/unsupervised methods, data mining and forecasting, and validate results with sound experiment design and error analysis
- visualise and narrate findings for decision-making and BI
- use deep learning and foundation-model techniques where appropriate and leverage cloud/big-data tooling for scale
- design AI-assisted analytical services, from requirements to a deployable prototype.
Examples of future positions
Graduates will be able to work with a wide range of tasks in various industries. Positions include development, research, analysis, and managerial positions, e.g.:
- Big Data Analytics Developer
- Big Data Analytics Manager
- Data Engineer
- Machine Learning Engineer
- Data Scientist
- Principal/Senior Software Developer
- Head of Analytics
- Chief Technology Officer (CTO)
- Senior Analyst
- Consultant
Take on real-world challenges
Do you have a dataset or problem from your workplace or research group? You may use it in selected courses, projects, and your master’s thesis (subject to feasibility and data-governance review). We support NDAs, anonymisation, and ethical approvals where applicable. Typical outcomes include a reproducible pipeline, an evaluation report, and a deployment-ready prototype. If you are facing big-data challenges, MIND helps you scope, model, and operationalise solutions. You will learn practical methods for data engineering, scalable ML, experimental design, and performance/cost trade-offs. We can’t promise to solve your project during the degree, but you will gain the skills, patterns, and tooling to do so plus a thesis aligned with your domain.
How to apply
Please visit the Application pages for all the information on how to apply.
Cost of studies
Please note that applicants from countries outside the EU/EEA are required to pay tuition fees. No scholarships are available for master's degree studies, but we do have an early-bird offer. Learn more on our Application pages.
Laptop requirement
All students enrolled in the programme are expected to have a laptop they can use in their studies.
The master’s thesis project (30 ECTS) consists of a development or research project for a client (e.g. your employer) or a collaboration with Arcada’s researchers, followed by a thesis report. You start working towards your thesis project immediately and get to show your capability of systematically performing a project with a practically applied problem as a starting point. Based on the development needs of the client/researcher, you then develop the thesis project in close cooperation with your supervisor and contact person at the commissioning company.
What you will learn
- Programming for analytical services
- Data Analytics
- Machine learning
- Data Engineering
- Data visualisation
- Descriptive data mining
- Predictive forecasting
- Decision automation
- Data science and validation of model results
- Planning and development of analytical solutions
- Analytics value creation
Arcada does not grant scholarships for master’s students, but we do have an early-bird offer.
Examples of future positions
Graduates will be able to work with a wide range of tasks in various industries. Positions include development, research, analysis, and managerial positions, e.g.:
- Big Data Analytics Developer
- Big Data Analytics Manager
- Data Engineer
- Machine Learning Engineer
- Data Scientist
- Principal/Senior Software Developer
- Head of Analytics
- Chief Technology Officer (CTO)
- Senior Analyst
- Consultant
Take on real-world challenges
As a student, you will be involved in projects connected to real-world problems that include elements of both group work and individual achievements. The focus on actual challenges emphasises disruptive problem-solving through analytics service development. Communication and business know-how are emphasised through visual storytelling and value creation.


