You can find course descriptions in Sisu. In your study plan, choose the course and click the course code or search courses by code or name. Learning environments are found in MyCourses through search or after registration in "My own courses".
Industrial Internet (advanced minor)
Basic information
Code:
ENG3058
Extent:
20–25
ECTS
Curriculum:
2026–2028
2024–2026
2022–2024
Previous curricula
Level:
Advanced studies
Language of learning:
English
Target group:
All Aalto students
Teacher in charge:
Petri Kuosmanen
Administrative contact:
Katri Koistinen
Organising department:
Department of Energy and Mechanical Engineering
Organiser:
School of Electrical Engineering
School of Engineering
School of Science
Prerequisites:
The applicant must have Bachelor degree in a relevant engineering program. The students are required to check that they fulfil the prerequisites for each course.
Quotas and restrictions:
Maximum of 25 students.
Application process:
To be submitted to the teacher in charge.
Content and structure of the minor
About the minor
The concept of "Industrial Internet" has recently emerged as a topic of considerable attention in the industry both internationally and in Finland. While covering other well-known themes such as "Internet of Things" and "Cyber-Physical Systems", the level of ambition of the concept has been raised to no less than changing profoundly how the manufacturing industries base their operations to ICT by exploiting novel technologies such as sensors, actuators, wireless networks, clouds, computational modeling and simulation, and mobile user interfaces - in short, bringing manufacturing industries and their ecosystems truly to Internet age.
Industrial internet encompasses the application of information and communications technology in industry and within society for improving the efficiency of operations and the creation of new added value for customers and users. Internet and mobile technologies have changed to become generally and easily available tools with which it is ever simpler and cheaper to develop applications. Through their use, the industrial internet enables new industrial and service businesses by linking intelligent devices, and the people that use them, to analysis and decision making.
Having completed the Industrial Internet minor the student understands utilization of data as a source of innovation for added value. The student understands the business potential associated with the collected information as well as risks and responsibilities. The student is able to define Industrial Internet as part of the organizational strategy and is able to recognize the required competencies. The student understands the possibilities Industrial Internet creates for productivity improvement. In addition, the student is able to operate effectively in a rapidly changing environment.
The minor is provided as joint activity of ENG, ELEC and SCI -schools. Each school offers courses of their special competence areas within the multidisciplinary scope of Industrial Internet.
Further information is available from Professor Petri Kuosmanen (petri.kuosmanen@aalto.fi)
Target Group: Industrial Internet -minor is suitable to all Aalto Master’s degree students, but is primarily targeted to ENG, ELEC, CHEM and SCI school students.
Sisu-instructions, 2026-2028
Content
Name of the minor in Finnish: Teollinen Internet (syventävä sivuaine)
Name of the minor in Swedish: Industriell Internet (fördjubade biämne)
| Code | Couse name | ECTS | Period |
|---|---|---|---|
Optional, select 20-25 ECTS |
|||
| MEC-E5013 | Industrial Internet D | 5 | IV, EN |
| MEC-E5002 | Mechatronics project | 10 | III-IV, EN (FI, SV) |
| ELEC-E8001 | Embedded Real-Time Systems | 5 | I-II, EN (FI) |
| ELEC-E8408 | Embedded Systems Development | 5 | III-IV, EN |
| ELEC-A7100 | Basic Course in C Programming | 5 | III-V, EN |
| ELEC-A7151 | Object oriented programming with C++ | 5 | I-II, EN |
| ELEC-C7241 | Tietokoneverkot | 5 | III-IV, FI |
| ELEC-E7470 | Cybersecurity D | 5 | V, EN |
| ELEC-E9510 | Analog Integrated Circuits I D | 5 | II, EN |
| ELEC-E9520 | Analog Integrated Circuits II D | 5 | III-IV, EN |
Previous curricula
Code: ENG3058
Extent: 20–25 ECTS
Curriculum: 2024–2026 2022–2024 2020–2022 Previous curricula
Level: Advanced studies
Language of learning: English
Theme: ICT and digitalisation
Target group: All Aalto students
Teacher in charge: Petri Kuosmanen
Administrative contact: Katri Koistinen
Organising department: Department of Mechanical Engineering
School: School of Electrical Engineering School of Engineering School of Science
Prerequisites: The applicant must have Bachelor degree in a relevant engineering program. The students are required to check that they fulfil the prerequisites for each course.
Quotas and restrictions: Maximum of 25 students.
Application process: To be submitted to the teacher in charge.
Content and structure of the minor
About the minor
Description of the minor
The concept of "Industrial Internet" has recently emerged as a topic of considerable attention in the industry both internationally and in Finland. While covering other well-known themes such as "Internet of Things" and "Cyber-Physical Systems", the level of ambition of the concept has been raised to no less than changing profoundly how the manufacturing industries base their operations to ICT by exploiting novel technologies such as sensors, actuators, wireless networks, clouds, computational modeling and simulation, and mobile user interfaces - in short, bringing manufacturing industries and their ecosystems truly to Internet age.
Industrial internet encompasses the application of information and communications technology in industry and within society for improving the efficiency of operations and the creation of new added value for customers and users. Internet and mobile technologies have changed to become generally and easily available tools with which it is ever simpler and cheaper to develop applications. Through their use, the industrial internet enables new industrial and service businesses by linking intelligent devices, and the people that use them, to analysis and decision making.
Intended learning outcomes
Having completed the Industrial Internet minor the student understands utilization of data as a source of innovation for added value. The student understands the business potential associated with the collected information as well as risks and responsibilities. The student is able to define Industrial Internet as part of the organizational strategy and is able to recognize the required competencies. The student understands the possibilities Industrial Internet creates for productivity improvement. In addition, the student is able to operate effectively in a rapidly changing environment.
Content description
The minor is provided as joint activity of ENG, ELEC and SCI -schools. Each school offers courses of their special competence areas within the multidisciplinary scope of Industrial Internet.
Further information is available from Professor Petri Kuosmanen (petri.kuosmanen@aalto.fi)
Target Group: Industrial Internet -minor is suitable to all Aalto Master’s degree students, but is primarily targeted to ENG, ELEC, CHEM and SCI school students.
Sisu-instructions, 2024-2026
You can find course descriptions in Sisu. In your study plan, choose the course and click the course code or search courses by code or name. Learning environments are found in MyCourses through search or after registration in "My own courses".
Content
| Code | Couse name | ECTS | Period |
|---|---|---|---|
Optional, select 20-25 ECTS |
|||
| MEC-E5013 | Industrial Internet D | 5 | IV (Spring 2025-2026) |
| CS-E4000 | Seminar in Computer Science | 3-10 | III-IV |
| MEC-E5002 | Mechatronics project | 10 | III-IV |
| ELEC-E8001 | Embedded Real-Time Systems | 5 | I-II |
| ELEC-E8408 | Embedded Systems Development | 5 | III-IV |
| ELEC-A7100 | Basic Course in C Programming | 5 | III-V |
| ELEC-A7151 | Object oriented programming with C++ | 5 | I-II |
| ELEC-C7241 | Tietokoneverkot* | 5 | III-IV |
| ELEC-E7470 | Cybersecurity D | 5 | V |
| ELEC-E3530 | Integrated Analog Systems D | 5 | III-IV |
- * In Finnish
Code: ENG3058
Extent: 20–30 ECTS
Curriculum: 2022–2024
Level: Masters
Language of learning: English
Theme: ICT and digitalisation
Teacher in charge: Petri Kuosmanen
Administrative contact: -
Organising department: -
Target group: All Aalto students
Prerequisites: The applicant must have Bachelor degree in a relevant engineering program. The students are required to check that they fulfil the prerequisites for each course.
Quotas and restrictions: Maximum of 25 students.
Application process: To be submitted to the teacher in charge.
Content and structure of the minor
Background:
The concept of "Industrial Internet" has recently emerged as a topic of considerable attention in the industry both internationally and in Finland. While covering other well-known themes such as "Internet of Things" and "Cyber-Physical Systems", the level of ambition of the concept has been raised to no less than changing profoundly how the manufacturing industries base their operations to ICT by exploiting novel technologies such as sensors, actuators, wireless networks, clouds, computational modeling and simulation, and mobile user interfaces - in short, bringing manufacturing industries and their ecosystems truly to Internet age.
Industrial internet encompasses the application of information and communications technologyin industry and within society for improving the efficiency of operations and the creation of new added value for customers and users. Internet and mobile technologies have changed to become generally and easily available tools with which it is ever simpler and cheaper to develop applications. Through their use, the industrial internet enables new industrial and service businesses by linking intelligent devices, and the people that use them, to analysis and decision making.
Learning outcome:
Having completed the Industrial Internet minor the student understands utilization of data as a source of innovation for added value. The student understands the business potential associated with the collected information as well as risks and responsibilities. The student is able to define Industrial Internet as part of the organizational strategy and is able to recognize the required competencies. The student understands the possibilities Industrial Internet creates for productivity improvement. In addition the student is able to operate effectively in a rapidly changing environment.
Content:
The minor is provided as joint activity of ENG, ELEC and SCI -schools. Each school offers courses of their special competence areas within the multidisciplinary scope of Industrial Internet.
Further information is available from Professor Petri Kuosmanen (petri.kuosmanen@aalto.fi)
Target Group: Industrial Internet -minor is suitable to all Aalto Master’s degree students, but is primarily targeted to ENG, ELEC, CHEM and SCI school students.
Structure of the minor
| Code | Couse name | ECTS credits | Period |
|---|---|---|---|
| Student selects 20 – 30 credits of the following courses: | |||
| CS-E5340 | Introduction to Industrial Internet | 5 | IV |
| CS-E4000 | Seminar in Computer Science | 3-10 | I-II, III-IV |
| MEC-E5002 | Mechatronics project | 10 | III-IV |
| ELEC-E8001 | Embedded Real-Time Systems | 5 | I-II |
| ELEC-E8408 | Embedded Systems Development | 5 | III-IV |
| ELEC-A7100 | C-ohjelmoinnin peruskurssi | 5 | III-V |
| ELEC-A7151 | Object oriented programming with C++ | 5 | I-II |
| ELEC-C7241 | Tietokoneverkot | 5 | III-IV |
| ELEC-E7470 | Cybersecurity D | 5 | V |
| ELEC-E3530 | Integrated Analog Systems L | 5 | IV-V |
Basic information of the minor
Code: ENG3058
Extent: 25 cr
Language: English
Teacher in charge: Petri Kuosmanen
Target Group: Industrial Internet -minor is suitable to all Aalto Master’s degree students, but is primarily targeted to ENG, ELEC, CHEM and SCI school students.
Application procedure: To be submitted to the teacher in charge.
Quotas and restrictions: Maximum of 25 students.
Prerequisites: The applicant must have Bachelor degree in a relevant engineering program. The students are required to check that they fulfil the prerequisites for each course.
Content and structure of the minor
Background:
The concept of "Industrial Internet" has recently emerged as a topic of considerable attention in the industry both internationally and in Finland. While covering other well-known themes such as "Internet of Things" and "Cyber-Physical Systems", the level of ambition of the concept has been raised to no less than changing profoundly how the manufacturing industries base their operations to ICT by exploiting novel technologies such as sensors, actuators, wireless networks, clouds, computational modeling and simulation, and mobile user interfaces - in short, bringing manufacturing industries and their ecosystems truly to Internet age.
Industrial internet encompasses the application of information and communications technologyin industry and within society for improving the efficiency of operations and the creation of new added value for customers and users. Internet and mobile technologies have changed to become generally and easily available tools with which it is ever simpler and cheaper to develop applications. Through their use, the industrial internet enables new industrial and service businesses by linking intelligent devices, and the people that use them, to analysis and decision making.
Learning outcome:
Having completed the Industrial Internet minor the student understands utilization of data as a source of innovation for added value. The student understands the business potential associated with the collected information as well as risks and responsibilities. The student is able to define Industrial Internet as part of the organizational strategy and is able to recognize the required competencies. The student understands the possibilities Industrial Internet creates for productivity improvement. In addition the student is able to operate effectively in a rapidly changing environment.
Content:
The minor is provided as joint activity of ENG, ELEC and SCI -schools. Each school offers courses of their special competence areas within the multidisciplinary scope of Industrial Internet.
Further information is available from Professor Petri Kuosmanen (petri.kuosmanen@aalto.fi)
Structure of the minor
| Code | Course name | ECTS credits |
|---|---|---|
| Student selects 20 – 30 credits of the following courses: | ||
| CS-E5340 | Introduction to Industrial Internet | 5 |
| CS-E5360 | Systems of Systems | 5 |
| CSE-E5650 | Seminar on Enterprise Information Systems | 5 |
| CS-E5460 | Project in Embedded Systems | 5-10 |
| CS-E4000 | Seminar in Computer Science | 3-10 |
| MEC-E5002 | Mechatronics project | 10 |
| ELEC-E8001 | Embedded Real-Time Systems | 5 |
| ELEC-E8408 | Embedded Systems Development | 5 |
| ELEC-A7100 | C-ohjelmoinnin peruskurssi | 5 |
| ELEC-A7150 | C++ Programming | 5 |
| ELEC-C7241 | Tietokoneverkot | 5 |
| ELEC-E7470 | Cybersecurity L | 5 |
| ELEC-E3530 | Integrated Analog Systems L | 5 |
Basic information of the minor
Code: ENG3058
Extent: 25 cr
Language: English
Teacher in charge: Petri Kuosmanen
Target Group: Industrial Internet -minor is suitable to all Aalto Master’s degree students, but is primarily targeted to ENG, ELEC, CHEM and SCI school students.
Application procedure: To be submitted to the teacher in charge.
Quotas and restrictions: Maximum of 25 students.
Prerequisites: The applicant must have Bachelor degree in a relevant engineering program. The students are required to check that they fulfil the prerequisites for each course.
Content and structure of the minor
Background:
The concept of "Industrial Internet" has recently emerged as a topic of considerable attention in the industry both internationally and in Finland. While covering other well-known themes such as "Internet of Things" and "Cyber-Physical Systems", the level of ambition of the concept has been raised to no less than changing profoundly how the manufacturing industries base their operations to ICT by exploiting novel technologies such as sensors, actuators, wireless networks, clouds, computational modeling and simulation, and mobile user interfaces - in short, bringing manufacturing industries and their ecosystems truly to Internet age.
Industrial internet encompasses the application of information and communications technologyin industry and within society for improving the efficiency of operations and the creation of new added value for customers and users. Internet and mobile technologies have changed to become generally and easily available tools with which it is ever simpler and cheaper to develop applications. Through their use, the industrial internet enables new industrial and service businesses by linking intelligent devices, and the people that use them, to analysis and decision making.
Learning outcome:
Having completed the Industrial Internet minor the student understands utilization of data as a source of innovation for added value. The student understands the business potential associated with the collected information as well as risks and responsibilities. The student is able to define Industrial Internet as part of the organizational strategy and is able to recognize the required competencies. The student understands the possibilities Industrial Internet creates for productivity improvement. In addition the student is able to operate effectively in a rapidly changing environment.
Content:
The minor is provided as joint activity of ENG, ELEC and SCI -schools. Each school offers courses of their special competence areas within the multidisciplinary scope of Industrial Internet.
Further information is available from Professor Petri Kuosmanen (petri.kuosmanen@aalto.fi)
Structure of the minor
| Code | Course name | ECTS credits |
|---|---|---|
| Student selects 20 – 30 credits of the following courses: | ||
| CS-E5340 | Introduction to Industrial Internet | 5 |
| CS-E5360 | Systems of Systems | 5 |
| CSE-E5650 | Seminar on Enterprise Information Systems | 5 |
| CS-E5460 | Project in Embedded Systems | 5-10 |
| CS-E4000 | Seminar in Computer Science | 3-10 |
| MEC-E5002 | Mechatronics project | 10 |
| ELEC-E8001 | Embedded Real-Time Systems | 5 |
| ELEC-E8408 | Embedded Systems Development | 5 |
| ELEC-A7100 | C-ohjelmoinnin peruskurssi | 5 |
| ELEC-A7150 | C++ Programming | 5 |
| ELEC-C7241 | Tietokoneverkot | 5 |
| ELEC-E7470 | Cybersecurity L | 5 |
| ELEC-E3530 | Integrated Analog Systems L | 5 |
Basic information of the minor
Code: ENG3058
Extent: 25 cr
Language: English
Teacher in charge: Petri Kuosmanen
Target Group:Industrial Internet -minor is suitable to all Aalto Master’s degree students, but is primarily targeted to ENG, ELEC, CHEM and SCI –school students.
Application procedure: To be submitted to the head of the program.
Quotas and restrictions: During the first year there will be maximum of 25 students.
Prerequisites: The applicant must have Bachelor degree in a relevant engineering program. The students are required to check that they fulfil the prerequisites for each course.
Content and structure of the minor
Background:
The concept of "Industrial Internet" has recently emerged as a topic of considerable attention in the industry both internationally and in Finland. While covering other well-known themes such as "Internet of Things" and "Cyber-Physical Systems", the level of ambition of the concept has been raised to no less than changing profoundly how the manufacturing industries base their operations to ICT by exploiting novel technologies such as sensors, actuators, wireless networks, clouds, computational modeling and simulation, and mobile user interfaces - in short, bringing manufacturing industries and their ecosystems truly to Internet age.
Industrial internet encompasses the application of information and communications technologyin industry and within society for improving the efficiency of operations and the creation of new added value for customers and users. Internet and mobile technologies have changed to become generally and easily available tools with which it is ever simpler and cheaper to develop applications. Through their use, the industrial internet enables new industrial and service businesses by linking intelligent devices, and the people that use them, to analysis and decision making.
Learning outcome:
Having completed the Industrial Internet minor the student understands utilization of data as a source of innovation for added value. The student understands the business potential associated with the collected information as well as risks and responsibilities. The student is able to define Industrial Internet as part of the organizational strategy and is able to recognize the required competencies. The student understands the possibilities Industrial Internet creates for productivity improvement. In addition the student is able to operate effectively in a rapidly changing environment.
Content:
The minor is provided as joint activity of ENG, ELEC and SCI -schools. Each school offers courses of their special competence areas within the multidisciplinary scope of Industrial Internet.
Further information is available from Professor Petri Kuosmanen (petri.kuosmanen@aalto.fi)
Structure of the minor
| Code | Course name | ECTS credits |
|---|---|---|
| Student selects 20 – 30 credits of the following courses: | ||
| CS-E5340 | Introduction to Industrial Internet | 5 |
| CS-E5360 | Systems of Systems | 5 |
| CS-E5320 | Seminar on Enterprise Information Systems | 3-10 |
| CS-E5460 | Project in Embedded Systems | 5-10 |
| CS-E5470 | Seminar on Embedded Systems | 3-10 |
| CS-E4000 | Seminar in Computer Science | |
| MEC-E5002 | Mechatronics project | 10 |
| ELEC-E8001 | Embedded Real-Time Systems | 5 |
| ELEC-E8408 | Embedded Systems Development | 5 |
| ELEC-A7100 | C-ohjelmoinnin peruskurssi | 5 |
| ELEC-A7150 | C++ Programming | 5 |
| ELEC-A7241 | Tietokoneverkot | 5 |
| ELEC-A7470 | Cybersecurity L | 5 |
| ELEC-E3530 | Integrated Analog Systems L | 5 |