<h3>Continuing Master's Degree studies after Bachelor's Degree Programme in Science and Engineering&nbsp;</h3>The students of the Bachelor's&nbsp;Programme in Science and Engineering also get a study right to the degree of Master of Science in Technology upon admission to the Bachelor's programme. The Master's degree programme is determined by the studies completed in the Bachelor's degree. Currently, it's possible to continue to the following Tampere University's MSc programmes available in English:&nbsp;<ul><li><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/tut-dp-g-1241?year=2024">Automation Engineering</a></li><li><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/tut-dp-g-1542?year=2024&amp;activeTab=1">Biomedical Sciences and Engineering</a></li><li><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/tut-dp-g-1261?year=2024">Business and Technology</a></li><li><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/otm-1aa58a79-35a9-48e7-bb46-478171bcff2e?year=2024&amp;activeTab=1">Computing Sciences and Electrical Engineering</a></li><li><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/otm-4efc0e5e-87ae-4dd9-aa94-05f2d8be8956?year=2024">Environmental Engineering</a></li><li><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1502?year=2024">Materials Science and Engineering</a></li><li><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1584?year=2024">Photonics Technologies</a></li><li><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/tut-dp-g-1243?year=2024">Science and Engineering</a></li></ul><h3>Requirements</h3>At the end of this page, you can find a list of the requirements for each MSc programme. The section is divided in two, because the degree structure and the major options of the Bachelor's&nbsp;Programme in Science and Engineering have changed over the years and the requirements may vary depending on the year you started your studies / the degree structure that you follow.If you are not sure whether you fulfil the requirements for a specific MSc programme or not, you can get in touch with that programme's contact person for more information.<h3>What should I do in order to continue to a MSc programme at Tampere University?</h3>1. Check the requirements below and familiarize yourself with the MSc programme curriculum.&nbsp; 2. Make&nbsp;a&nbsp;MSc personal study plan&nbsp;(PSP) anytime during your&nbsp;3rd study year or earlier. 3. <a href="https://forms.office.com/Pages/ResponsePage.aspx?id=r0Rp-nzM2EyRVMARMnmJEF-yLOM9F5pLjcaaQKyLxxZUMlRRU1JMQzNCM1RFUE1KQk9DR1FFUVBVNi4u">Fill in this form</a> during your 3rd study year when you have at least 150 credits&nbsp;and choose the MSc programme you are interested in. 4. The education specialist responsible for the MSc programme will take a look at your previous studies and your MSc study plan and then confirm your MSc programme.

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1241">Automation Engineering</a></h4>Contact person: Anna Telenius, anna.telenius [at] tuni.fiIt is possible to study Factory Automation and Industrial Informatics or Robotics as the major in your Master's degree if you have taken:<ul><li>Applied Mathematics as major subject in your Bachelor’s degree or</li><li>Signal Processing and Machine Learning as major subject in your Bachelor’s degree or</li><li>Other major subjects from the Computing and Electrical Engineering study path and the course DATA.ML.300 Computer Vision in your Bachelor’s degree</li></ul><h4><a href="https://www.tuni.fi/opiskelijanopas/opintotiedot/tutkinto-ohjelmat/tut-dp-g-1542?year=2024">Biomedical Sciences and Engineering</a></h4>Contact person: Minna Uusitalo, minna.uusitalo [at] tuni.fiIt is possible to study as the major subject in your Master's degree:<ul><li> Biomaterials and Tissue Engineering if you have taken:<ul><li>Biomedical Engineering, Physics or Chemistry as a major* </li></ul></li><li> Biomedical Micro- and Nanodevices if you have taken:<ul><li>Biomedical Engineering, Physics, Chemistry, Electronics and Embedded Systems, Power Engineering or Signal Processing and Machine Learning as a major*</li></ul></li><li>Biomedical Informatics if you have taken<ul><li>Biomedical Engineering, Software Development, Signal Processing and Machine Learning, Communications Engineering or Physics as a major*</li></ul></li><li>Medical Physics and Biomedical Instrumentation if you have taken<ul><li>Biomedical Engineering, Physics, Electronics and Embedded Systems, or Signal Processing and Machine Learning as a minor*</li></ul></li></ul>*All students continuing to the Master’s Programme in Biomedical Sciences and Engineering should preferably have Biomedical Engineering as their minor if it is not their major. If another minor is studied, compulsory complementary courses are required to be taken in the MSc studies. All students need to have passed the course Introduction to Biomedical Engineering before they are accepted to this programme.  <h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1261?year=2024">Business and Technology</a></h4>Contact person: Minna Baggström, minna.baggstrom [at] tuni.fiIf you have graduated from the Bachelor’s programme with any major and minors, you can apply to the master’s degree programme in Business and Technology (MSc in Industrial Engineering and Management). The requirement is to have weighted GPA of the bachelor’s degree minimum 3,2/5.  <h4><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/otm-1aa58a79-35a9-48e7-bb46-478171bcff2e?year=2024&amp;activeTab=1">Computing Sciences and Electrical Engineering</a></h4>Contact person: Anna-Mari Viitala anna-mari.viitala [at] tuni.fi<h5>Requirements for students from Computing and Electrical Engineering study track</h5>Communication Systems and Networks<ul><li>Curriculum period 2021-2024:  Any intermediate study module in Computing and Electrical Engineering study track. COMM.100 Basic Course on Communications Engineering must be studied in BSc degree.</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology or Electrical Engineering</li></ul>Data Science<ul><li>Curriculum period 2021-2024: The Intermediate Studies in Applied Mathematics as Free Choice Studies is recommended.<ul><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>DATA.STAT.110 Introduction to Statistics</li><li>DATA.100 Introduction to Data Analysis</li></ul></li><li>Curriculum period 2024-2027: The Intermediate Studies in Applied Mathematics as Free Choice Studies is recommended.<ul><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>DATA.STAT.110 Introduction to Statistics</li><li>DATA.100 Introduction to Data Analysis</li></ul></li></ul>Embedded Systems<ul><li>Curriculum period 2021-2024: Any intermediate study module in Computing and Electrical Engineering study track. EE.050 Electronics and Circuit Theory must be studied in BSc degree.</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology or Electrical Engineering with Embedded Systems course package.</li></ul>Information Security<ul><li>Curriculum period 2021-2024: Any intermediate study module in Computing and Electrical Engineering study track.</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology or Electrical Engineering</li></ul>Human-Technology Interaction<ul><li>Curriculum period 2021-2024: Any intermediate study module in Computing and Electrical Engineering study track.</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology or Electrical Engineering. HTI.100 Human-Technology Interaction: Basics must be studied in BSc degree.</li></ul>Power Electronics and Electromechanics<ul><li>Curriculum period 2021-2024: Intermediate Studies in Power Engineering Or alternatively, the following courses:<ul><li>EE.050 Electronics and Circuit Theory</li><li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li><li>EE.EES.300 Fundamentals of Electrical and Power Engineering (can be studied also in MSc degree in Free Choice Course Units</li></ul></li><li>Curriculum period 2024-2027: Intermediate Studies in Electrical Engineering with Power Engineering course package.</li></ul>Signal Processing and Machine Learning<ul><li>Curriculum period 2021-2024:  Any intermediate study module in Computing and Electrical Engineering study track. The Intermediate Studies in Applied Mathematics as Free Choice Studies is recommended, but not required.</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology or Electrical Engineering</li></ul>Smart Grids<ul><li>Curriculum period 2021-2024: Intermediate Studies in Power Engineering Or alternatively, the following courses:<ul><li>EE.050 Electronics and Circuit Theory</li><li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li><li>EE.EES.300 Fundamentals of Electrical and Power Engineering (can be studied also in MSc degree in Free Choice Course Units)</li></ul></li><li>Curriculum period 2024-2027: Intermediate Studies in Electrical Engineering with Power Engineering course package.</li></ul>Software, Web &amp; Cloud<ul><li>Curriculum period 2021-2024: Intermediate Studies in Software Development is a compulsory requirement (in the curriculum period 2021-2024)</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology with Software course package</li></ul>Statistical Data Analytics<ul><li>Curriculum period 2021-2024: Any intermediate study module in Computing and Electrical Engineering study track. The Intermediate Studies in Applied Mathematics as Free Choice Studies is recommended, but not required.The student’s Bachelor studies need to include the following studies, and if not, they need to be studied during the MSc programme studies:DATA.STAT.460 Regression AnalysisDATA.STAT.440 Statistical Inference 1COMP.CS.300 Data Structures and Algorithms 1</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology or Electrical Engineering. Intermediate Studies in Applied Mathematics as Free Choice Studies is recommended, but not required.The student’s Bachelor studies need to include the following studies, and if not, they need to be studied during the MSc programme studies:DATA.STAT.460 Regression AnalysisDATA.STAT.440 Statistical Inference 1COMP.CS.300 Data Structures and Algorithms 1</li></ul>System-on-Chip Design<ul><li>Curriculum period 2021-2024: Any intermediate study module in Computing and Electrical Engineering study track. EE.050 Electronics and Circuit Theory must be studied in BSc degree.</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology or Electrical Engineering with Embedded Systems course package.</li></ul>Wireless Communications and RF Systems<ul><li>Curriculum period 2021-2024:  Any intermediate study module in Computing and Electrical Engineering study track. COMM.100 Basic Course on Communications Engineering must be studied in BSc degree.</li><li>Curriculum period 2024-2027: Intermediate Studies in Information Technology or Electrical Engineering</li></ul> <h5>Requirements for students from Natural Sciences and Mathematics study track</h5>Communication Systems and Networks<ul><li>COMM.100 Basic Course on Communications Engineering</li><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.010 Signals and Measurements</li></ul>Data Science<ul><li>Intermediate Studies in Applied Mathematics or Intermediate Studies in Applied Mathematics as Free Choice Studies are recommended, but not required.</li><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.010 Signals and Measurements</li></ul>The student’s Bachelor studies need to include the following studies, and if not, they need to be studied during the MSc programme studies:<ul><li>DATA.STAT.110 Introduction to Statistics</li><li>DATA.100 Introduction to Data Analysis</li></ul>Embedded Systems<ul><li>EE.050 Electronics and Circuit Theory</li><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.010 Signals and Measurements</li></ul>Information Security<ul><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.010 Signals and Measurements</li></ul>Human-Technology Interaction<ul><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.010 Signals and Measurements</li><li>HTI.100 Human-Technology Interaction: Basics</li></ul>Power Electronics and Electromechanics<ul><li>COMM.100 Basic Course on Communications Engineering</li><li>EE.050 Electronics and Circuit Theory</li><li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.EES.300 Fundamentals of Electrical and Power Engineering (can be studied also in MSc degree in Free Choice Course Units)</li></ul>Signal Processing and Machine Learning<ul><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.010 Signals and Measurements</li></ul>Smart Grids<ul><li>COMM.100 Basic Course on Communications Engineering</li><li>EE.050 Electronics and Circuit Theory</li><li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.EES.300 Fundamentals of Electrical and Power Engineering (can be studied also in MSc degree in Free Choice Course Units)</li></ul>Software, Web and Could<ul><li>Curriculum period 2021-2024: Students in Natural Sciences and Mathematics study track cannot continue to Software, Web &amp; Cloud study track due to lack of studies in software engineering in BSc degree.</li><li>Curriculum period 2024-2027:<ul><li>EE.010 Signals and Measurements</li><li>COMP.CS-A13, Software as elective studies, min. 25 cr, including the following courses: COMP.CS.110 Programming 2: Techniques, COMP.SE.100 Introduction to Software Engineering, DATA.DB.100 Database Basics, COMP.CS.115 Programming 3: Interfaces, COMP.CS.300 Data Structures and Algorithms 1</li></ul></li></ul>Statistical Data Analytics<ul><li>Intermediate Studies in Applied Mathematics or Intermediate Studies in Applied Mathematics as Free Choice Studies are recommended, but not required.</li><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.010 Signals and Measurements</li></ul>The student’s Bachelor studies need to include the following studies, and if not, they need to be studied during the MSc programme studies:<ul><li>DATA.STAT.460 Regression Analysis</li><li>DATA.STAT.440 Statistical Inference 1</li></ul>System-on-Chip Design<ul><li>EE.050 Electronics and Circuit Theory</li><li>COMP.CS.300 Data Structures and Algorithms 1</li><li>COMP.CS.110 Programming 2: Structures</li><li>EE.010 Signals and Measurements</li></ul>Wireless Communications and RF Systems<ul><li>COMM.100 Basic Course on Communications Engineering</li><li>EE.050 Electronics and Circuit Theory</li><li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li><li>COMP.CS.110 Programming 2: Structures</li></ul><h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/otm-4efc0e5e-87ae-4dd9-aa94-05f2d8be8956">Environmental Engineering</a></h4>Contact person: Anna Haapamäki, anna.haapamaki [at] tuni.fi (anna[dot]haapamaki[at]tuni[dot]fi)It is possible to study Environmental Engineering if you have completed KEM.150 Chemistry for Engineers 1 or you have equivalent knowledge. The student will need to take two basic courses in environmental engineering at the beginning of the MSc studies.<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1502">Materials Science and Engineering</a></h4>Contact person: Jenni Lassila, jenni.lassila [at] tuni.fi (jenni[dot]lassila[at]tuni[dot]fi)It is possible to study either Advanced Engineering Materials, Mechanics of Materials or Sustainable Materials as the major subject in your Master's degree if you have graduated from the Bachelor's programme with the major Natural Sciences and Mathematics, and any minor. To cover the basics in materials science, the requirement is to study MSE.120 Structure and Properties of Engineering Materials, 5 cr, or an independent study of William D. Callister: ”Materials Science and Engineering – an Introduction”, 5 cr. Please contact mikko.hokka [at] tuni.fi (mikko[dot]hokka[at]tuni[dot]fi) about the independent study option.  <h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1584">Photonics Technologies</a></h4>Contact person: Tea Vellamo, tea.vellamo [at] tuni.fi (tea[dot]vellamo[at]tuni[dot]fi)If you have graduated from the programme with a major or a minor in physics, you may study in the MSc programme of Photonic Technologies.   <h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1243">Science and Engineering</a></h4>Contact person: Tiina Riihelä, tiina.riihela [at] tuni.fi (tiina[dot]riihela[at]tuni[dot]fi)You may study the following majors in Science and Engineering Master's programme if the major subject in your Bachelor's degree is suitable:<ul><li>Applied Mathematics: if you have Mathematics as the major or the minor of your Bachelor's degree</li><li>Engineering Physics: if you have Physics as the major or the minor of your Bachelor's degree</li><li>Chemistry: if you have Chemistry as the major or minor of your Bachleor's degree</li></ul>

Requirements for students who started in 2022 or later 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1241?year=2024">Automation Engineering</a></h4>

Contact person: Anna Telenius, anna.telenius [at] tuni.fi

It is possible to study Factory Automation and Industrial Informatics or Robotics as the major in your Master's degree if you have taken:

<ul>
	<li>Applied Mathematics as major subject in your Bachelor’s degree or</li>
	<li>Signal Processing and Machine Learning as major subject in your Bachelor’s degree or</li>
	<li>Other major subjects from the Computing and Electrical Engineering study path and the course DATA.ML.300 Computer Vision in your Bachelor’s degree</li>
</ul>

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1542?year=2024">Biomedical Sciences and Engineering</a></h4>

Contact person: Minna Uusitalo, minna.uusitalo [at] tuni.fi

It is possible to study as the major subject in your Master's degree:

<ul>
	<li> Biomaterials and Tissue Engineering if you have taken:
	<ul>
		<li>Biomedical Engineering, Physics or Chemistry as a major* </li>
	</ul>
	</li>
	<li> Biomedical Micro- and Nanodevices if you have taken:
	<ul>
		<li>Biomedical Engineering, Physics, Chemistry, Electronics and Embedded Systems, Power Engineering or Signal Processing and Machine Learning as a major*</li>
	</ul>
	</li>
	<li>Biomedical Informatics if you have taken
	<ul>
		<li>Biomedical Engineering, Software Development, Signal Processing and Machine Learning, Communications Engineering or Physics as a major*</li>
	</ul>
	</li>
	<li>Medical Physics and Biomedical Instrumentation if you have taken
	<ul>
		<li>Biomedical Engineering, Physics, Electronics and Embedded Systems, or Signal Processing and Machine Learning as a minor*</li>
	</ul>
	</li>
</ul>

*All students continuing to the Master’s Programme in Biomedical Sciences and Engineering should preferably have Biomedical Engineering as their minor if it is not their major. If another minor is studied, compulsory complementary courses are required to be taken in the MSc studies. All students need to have passed the course Introduction to Biomedical Engineering before they are accepted to this programme.

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1261?year=2024">Business and Technology</a></h4>

Contact person: Minna Baggström, minna.baggstrom [at] tuni.fi

If you have graduated from the Bachelor’s programme with any major and minors, you can apply to the master’s degree programme in Business and Technology (MSc in Industrial Engineering and Management). The requirement is to have weighted GPA of the bachelor’s degree minimum 3,2/5. 
 

<h4><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/otm-1aa58a79-35a9-48e7-bb46-478171bcff2e?year=2024&amp;activeTab=1">Computing Sciences</a><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/otm-1aa58a79-35a9-48e7-bb46-478171bcff2e?year=2024&amp;activeTab=1"> and Electrical Engineering</a></h4>

Contact person: Anna-Mari Viitala, anna-mari.viitala [at] tuni.fi (anna-mari[dot]viitala[at]tuni[dot]fi) 
 

<h5>Requirements for students from Computing and Electrical Engineering study track</h5>

Communication Systems and Networks

<ul>
	<li>Any intermediate study module in Computing and Electrical Engineering study track. COMM.100 Basic Course on Communications Engineering must be studied in BSc degree.</li>
</ul>

Data Science

<ul>
	<li>
	The Intermediate Studies in Applied Mathematics as Free Choice Studies is recommended.

	<ul>
		<li>COMP.CS.300 Data Structures and Algorithms 1</li>
		<li>DATA.STAT.110 Introduction to Statistics</li>
		<li>DATA.100 Introduction to Data Analysis</li>
	</ul>
	</li>
</ul>

Embedded Systems

<ul>
	<li>
	Any intermediate study module in Computing and Electrical Engineering study track. EE.050 Electronics and Circuit Theory must be studied in BSc degree.
	</li>
</ul>

Information Security

<ul>
	<li>
	Any intermediate study module in Computing and Electrical Engineering study track.
	</li>
</ul>

Human-Technology Interaction

<ul>
	<li>
	Curriculum period 2021-2024: Any intermediate study module in Computing and Electrical Engineering study track.
	</li>
</ul>

Power Electronics and Electromechanics

<ul>
	<li>
	Intermediate Studies in Power Engineering Or alternatively, the following courses:

	<ul>
		<li>EE.050 Electronics and Circuit Theory</li>
		<li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li>
		<li>EE.EES.300 Fundamentals of Electrical and Power Engineering (can be studied also in MSc degree in Free Choice Course Units</li>
	</ul>
	</li>
</ul>

Signal Processing and Machine Learning

<ul>
	<li>Any intermediate study module in Computing and Electrical Engineering study track. The Intermediate Studies in Applied Mathematics as Free Choice Studies is recommended, but not required.</li>
</ul>

Smart Grids

<ul>
	<li>
	Intermediate Studies in Power Engineering Or alternatively, the following courses:

	<ul>
		<li>EE.050 Electronics and Circuit Theory</li>
		<li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li>
		<li>EE.EES.300 Fundamentals of Electrical and Power Engineering (can be studied also in MSc degree in Free Choice Course Units)</li>
	</ul>
	</li>
</ul>

Software, Web &amp; Cloud

<ul>
	<li>
	Intermediate Studies in Software Development is a compulsory requirement (in the curriculum period 2021-2024)
	</li>
</ul>

Statistical Data Analytics

<ul>
	<li>Any intermediate study module in Computing and Electrical Engineering study track. The Intermediate Studies in Applied Mathematics as Free Choice Studies is recommended, but not required.</li>
	<li>The student’s Bachelor studies need to include the following studies, and if not, they need to be studied during the MSc programme studies:
	<ul>
		<li>DATA.STAT.460 Regression Analysis</li>
		<li>DATA.STAT.440 Statistical Inference 1</li>
		<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	</ul>
	</li>
</ul>

System-on-Chip Design

<ul>
	<li>
	Any intermediate study module in Computing and Electrical Engineering study track. EE.050 Electronics and Circuit Theory must be studied in BSc degree.
	</li>
</ul>

Wireless Communications and RF Systems

<ul>
	<li>Any intermediate study module in Computing and Electrical Engineering study track. COMM.100 Basic Course on Communications Engineering must be studied in BSc degree. 
	 </li>
</ul>

<h5>Requirements for students from Natural Sciences and Mathematics study track</h5>

Communication Systems and Networks

<ul>
	<li>COMM.100 Basic Course on Communications Engineering</li>
	<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>COMP.CS.140 Programming 3: Interfaces and Techniques (not compulsory but highly recommended)</li>
</ul>

Data Science

<ul>
	<li>Intermediate Studies in Applied Mathematics or Intermediate Studies in Applied Mathematics as Free Choice Studies are recommended, but not required.</li>
	<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>EE.010 Signals and Measurements</li>
</ul>

The student’s Bachelor studies need to include the following studies, and if not, they need to be studied during the MSc programme studies:

<ul>
	<li>DATA.STAT.110 Introduction to Statistics</li>
	<li>DATA.100 Introduction to Data Analysis</li>
</ul>

Embedded Systems

 

<ul>
	<li>EE.050 Electronics and Circuit Theory</li>
	<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>COMP.CS.140 Programming 3: Interfaces and Techniques (not compulsory but highly recommended)</li>
</ul>

Information Security

 

<ul>
	<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>COMP.CS.140 Programming 3: Interfaces and Techniques (not compulsory but highly recommended)</li>
</ul>

Human-Technology Interaction

 

<ul>
	<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>COMP.CS.140 Programming 3: Interfaces and Techniques (not compulsory but highly recommended)</li>
</ul>

Power Electronics and Electromechanics

<ul>
	<li>COMM.100 Basic Course on Communications Engineering</li>
	<li>EE.050 Electronics and Circuit Theory</li>
	<li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>EE.EES.300 Fundamentals of Electrical and Power Engineering (can be studied also in MSc degree in Free Choice Course Units)</li>
</ul>

Signal Processing and Machine Learning

<ul>
	<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>COMP.CS.140 Programming 3: Interfaces and Techniques (not compulsory but highly recommended)</li>
	<li>In addition, the following courses or study modules are recommended, but they are not compulsory:
	<ul>
		<li>FYS.240 Optics</li>
		<li>FYS.506 Optical Systems and Beam Propagation</li>
		<li>MATH.APP.410 Matrix Analysis</li>
		<li>DATA.STAT.510 Mathematical and statistical software</li>
		<li>MATH.APP.240 Fourier Methods</li>
		<li>MATH.APP.450 Basic Course on Mathematical Modelling</li>
		<li>DATA.STAT.460 Regression analysis</li>
		<li>DATA.STAT.440 Statistical inference 1</li>
		<li>Intermediate Studies in Applied Mathematics</li>
		<li>Intermediate Studies in Applied Mathematics as Free Choice Studies</li>
	</ul>
	</li>
</ul>

Smart Grids

<ul>
	<li>COMM.100 Basic Course on Communications Engineering</li>
	<li>EE.050 Electronics and Circuit Theory</li>
	<li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>EE.EES.300 Fundamentals of Electrical and Power Engineering (can be studied also in MSc degree in Free Choice Course Units)</li>
</ul>

Statistical Data Analytics

<ul>
	<li>Intermediate Studies in Applied Mathematics or Intermediate Studies in Applied Mathematics as Free Choice Studies are recommended, but not required.</li>
	<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>EE.010 Signals and Measurements</li>
</ul>

The student’s Bachelor studies need to include the following studies, and if not, they need to be studied during the MSc programme studies:

<ul>
	<li>DATA.STAT.460 Regression Analysis</li>
	<li>DATA.STAT.440 Statistical Inference 1</li>
</ul>

System-on-Chip Design

<ul>
	<li>EE.050 Electronics and Circuit Theory</li>
	<li>COMP.CS.300 Data Structures and Algorithms 1</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
	<li>EE.010 Signals and Measurements</li>
</ul>

Wireless Communications and RF Systems

<ul>
	<li>COMM.100 Basic Course on Communications Engineering</li>
	<li>EE.050 Electronics and Circuit Theory</li>
	<li>EE.130 Electromagnetics or EE.121 Static Electromagnetics</li>
	<li>COMP.CS.110 Programming 2: Structures</li>
</ul>

Students from Natural Sciences and Mathematics study track cannot continue to Software, Web &amp; Cloud study track in the Master’s Programme in Computing Sciences. 
 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/otm-4efc0e5e-87ae-4dd9-aa94-05f2d8be8956?year=2024">Environmental Engineering</a></h4>

Contact person: Anna Haapamäki, anna.haapamaki [at] tuni.fi

It is possible to study Environmental Engineering if you have completed KEM.150 Chemistry for Engineers 1 or you have equivalent knowledge. The student will need to take two basic courses in environmental engineering at the beginning of the MSc studies. 
 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1502">M</a><a href="https://www.tuni.fi/studentsguide/curriculum/degree-programmes/tut-dp-g-1502?year=2024">aterials Science and Engineering</a></h4>

Contact person: Jenni Lassila, jenni.lassila [at] tuni.fi

It is possible to study either Advanced Engineering Materials, Mechanics of Materials or Sustainable Materials as the major subject in your Master's degree if you have graduated from the Bachelor's programme with the major Natural Sciences and Mathematics, and any minor. To cover the basics in materials science, the requirement is to study MSE.120 Structure and Properties of Engineering Materials, 5 cr, or an independent study of William D. Callister: ”Materials Science and Engineering – an Introduction”, 5 cr. Please contact mikko.hokka [at] tuni.fi (mikko[dot]hokka[at]tuni[dot]fi) about the independent study option. 
 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1584?year=2024">Photonics Technologies</a></h4>

Contact person: Tea Vellamo, tea.vellamo [at] tuni.fi

If you have graduated from the programme with a major or a minor in physics, you may study in the MSc programme of Photonic Technologies.  
 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1243?year=2024">Science and Engineering</a></h4>

Contact person: Tiina Riihelä, tiina.riihela [at] tuni.fi

You may study the following majors in Science and Engineering Master's programme if the major subject in your Bachelor's degree is suitable:

<ul>
	<li>Applied Mathematics: if you have Mathematics as the major or the minor of your Bachelor's degree</li>
	<li>Engineering Physics: if you have Physics as the major or the minor of your Bachelor's degree</li>
	<li>Chemistry: if you have Chemistry as the major or minor of your Bachleor's degree</li>
</ul>

Requirements for students who started in 2021

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1241">Automation Engineering</a></h4>

Contact person: Anna Telenius, anna.telenius [at] tuni.fi

It is possible to study as the major subject in your Master's degree:

<ul>
	<li>Factory Automation and Industrial Informatics: if you have taken 30 cr modules in Information and Communications Technology and either Mathematics or Physics in your Bachelor's degree</li>
	<li>Robotics: if you have taken Mathematics or Information and Communications Technology as the major and minor in your Bachelor's degree</li>
</ul>

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1542">Biomedical Sciences and Engineering</a></h4>

Contact person: Minna Uusitalo, minna.uusitalo [at] tuni.fi

It is possible to study as the major subject in your Master's degree:

<ul>
	<li> Biomaterials and Tissue Engineering if you have taken:
	<ul>
		<li>Physics either as your major or minor and Minor in Biomedical Engineering in your Bachelor's degree</li>
	</ul>
	</li>
	<li> Biomedical Micro- and Nanodevices if you have taken:
	<ul>
		<li>Physics (compulsory) and Information and Communications Technology (recommended) either as your major or minor and Minor in Biomedical Engineering in your Bachelor's degree</li>
	</ul>
	</li>
	<li>Health Technology and Informatics
	<ul>
		<li>Biomedical Instrumentation profile: if you have taken either Mathematics, Physics or ICT as the major and Minor in Biomedical Technology in your Bachelor's degree</li>
		<li>Medical Physicist profile: if you have taken Physics either as your major or minor and Minor in Biomedical Engineering in your Bachelor's degree</li>
		<li>Health Informatics profile: if you have taken Information and Communications Technology either as your major or minor and Minor in Biomedical Engineering in your Bachelor's degree </li>
		<li>Biomedical Signal Processing profile: if you have taken Information and Communications Technology either as your major or minor and Minor in Biomedical Engineering in your Bachelor's degree  </li>
	</ul>
	</li>
</ul>

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1261">Business and Technology</a></h4>

Contact person: Minna Baggström, minna.baggstrom [at] tuni.fi

If you have graduated from the Bachelor’s programme with any major and minors, you can apply to the master’s degree programme in Business and Technology (MSc in Industrial Engineering and Management). The requirement is to have weighted GPA of the bachelor’s degree minimum 3,2/5. 
 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/otm-73a93855-500a-432d-9c43-0696af85bde8">Computing Sciences</a></h4>

Contact person: Anna-Mari Viitala, anna-mari.viitala [at] tuni.fi (anna-mari[dot]viitala[at]tuni[dot]fi)

It is possible to study as the major subject in your Master's degree:

<ul>
	<li>Human-Technology Interaction (former User Experience) if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses set as preliminary courses for the MSc major User Experience or</li>
		<li>the 30 cr modules Mathematics and Physics and the courses TIE-04106 Basic Course on User Experience and TIE-41106 User Interface Design in your Bachelor's degree</li>
	</ul>
	</li>
	<li>Machine Learning (former Data Engineering and Machine Learning) if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses set as preliminary courses for the MSc major Machine Learning (former Data Engineering and Machine Learning) or</li>
		<li>the 30 cr modules in Mathematics and Physics and the 20 cr Minor in Information Technology or Signal Processing and Machine Learning (or one of the former study modules Signal Processing or Machine Learning) in your Bachelor's degree</li>
	</ul>
	</li>
	<li>Software - Web &amp; Cloud if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses set as preliminary courses for the MSc major Software Engineering - Web &amp; Cloud or</li>
		<li>the 30 cr modules in Mathematics and Physics and the 20 cr Minor in Information Technology in your Bachelor's degree</li>
	</ul>
	</li>
</ul>

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/otm-4efc0e5e-87ae-4dd9-aa94-05f2d8be8956">Environmental Engineering</a></h4>

Contact person: Anna Haapamäki, anna.haapamaki [at] tuni.fi

It is possible to study Environmental Engineering if you have completed KEM.150 Chemistry for Engineers 1 or you have equivalent knowledge. The student will need to take two basic courses in environmental engineering at the beginning of the MSc studies.  
 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1242">Electrical Engineering</a></h4>

Contact person: Anna-Mari Viitala, anna-mari.viitala [at] tuni.fi

It is possible to study as the major subject in your Master's degree:

<ul>
	<li>Wireless Communications and RF Systems if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses set as preliminary courses for the MSc major Wireless Communications and RF Systems or</li>
		<li>the 30 cr modules in Mathematics and Physics and the 20 cr Minor in Communications and Networking in your Bachelor's degree.</li>
	</ul>
	</li>
	<li>Smart Grids if you have taken:
	<ul>
		<li>Intermediate Studies in Electrical Engineering either as major or minor subject in your Bachelor’s degree.</li>
	</ul>
	</li>
</ul>

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1262">Information Technology</a></h4>

Contact person: Anna-Mari Viitala, anna-mari.viitala [at] tuni.fi

It is possible to study as the major subject in your Master's degree:

<ul>
	<li>Communication Systems and Networks if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses set as preliminary courses for the MSc major Communication Systems and Networks or</li>
		<li>the 30 cr modules in Mathematics and Physics and the 20 cr Minor in Communications and Networking in your Bachelor's degree</li>
	</ul>
	</li>
	<li>Information Security if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses in programming or</li>
		<li>the 30 cr modules in Mathematics and Physics and the 20 cr Minor in Information Technology in your Bachelor's degree.</li>
	</ul>
	</li>
	<li>Embedded Systems if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses set as preliminary courses for the MSc major Embedded Systems</li>
	</ul>
	</li>
	<li>Robotics and Artificial Intelligence if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses in programming or</li>
		<li>the 30 cr modules in Mathematics and Physics and the 20 cr Minor in Information Technology in your Bachelor's degree</li>
	</ul>
	</li>
	<li>Signal Processing and Machine Learning if you have taken:
	<ul>
		<li>Information and Communications Technology either as major or minor subject in your Bachelor's degree, including the courses set as preliminary courses for the MSc major Signal Processing or</li>
		<li>the 30 cr modules Mathematics and Physics and the 20 cr Minor in Signal Processing in your Bachelor's degree</li>
	</ul>
	</li>
</ul>

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1502">Materials Science and Engineering</a></h4>

Contact person: Jenni Lassila, jenni.lassila [at] tuni.fi

It is possible to study Metallic and Ceramic Materials or Polymeric Materials as the major subject in your Master's degree if you have graduated from the Bachelor's programme with any major and minors. The requirement is to study: William D. Callister: ”Materials Science and Engineering – an Introduction”, 5 cr. Please contact mikko.hokka [at] tuni.fi about it.

 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1584">Photonics Technologies</a></h4>

Contact person: Tea Vellamo, tea.vellamo [at] tuni.fi

If you have graduated from the programme with any major and minors, you may study in the MSc programme of Photonic Technologies. 

 

<h4><a href="https://www.tuni.fi/en/students-guide/curriculum/degree-programmes/tut-dp-g-1243">Science and Engineering</a></h4>

Contact person: Tiina Riihelä, tiina.riihela [at] tuni.fi

You may study the following majors in Science and Engineering Master's programme if the major subject in your Bachelor's degree is suitable:

<ul>
	<li>Applied Mathematics: if you have Mathematics as the major subject of your Bachelor's degree</li>
	<li>Engineering Physics: if you have Physics as the major subject of your Bachelor's degree</li>
</ul>

Continuing to Master's Degree studies

Continuing Master's Degree studies after Bachelor's Degree Programme in Science and Engineering

Requirements

What should I do in order to continue to a MSc programme at Tampere University?

OpenRequirements for students who started in 2022 or later

OpenRequirements for students who started in 2021

OpenRequirements corresponding to the old BSc degree structure (2020 and earlier)