91ÇàÇà²Ý

A graduate is able to:

• Apply engineering, natural sciences, and mathematics to solve complex problems in 
  a chemical engineering or metallurgical engineering context
• Design sustainable industrial-scale processes
• Select and design unit operations and unit processes for industrial applications
• Aid the transition towards use and production of renewable and recyclable resources
• Make decisions based on raw materials’ criticality and availability
• Demonstrate critical thinking skills in multidisciplinary groups to design economically feasible, safe, and ecological industrial processes
• Use computer-aided tools for process modelling, simulation, and control
• Follow development of field, acquire and process new scientific, technological, and 
  societal information
• Devise and communicate strategic outcomes that meet academic, industrial, and societal requirements

A graduate is able to:

Work in groups of experts on chemical reaction engineering, polymer engineering, catalysis, unit operations, separation techniques, plant and process design, and process control

Apply knowledge on kinetics, thermodynamics, fluid dynamics, and transport phenomena (heat and mass transfer) to model, simulate and design conversion and separation processes of single and multiphase systems

Design and integrate process systems using knowhow from control theory, process monitoring, data analytics, and mathematical optimization for more sustainable process automation

Code: CHEM3093
Scope: 65 op
Professor responsible for the major: Ville Alopaeus

Pääaine suomeksi: Kemiallinen prosessitekniikka
Huvudämne på svenska: Kemisk processteknik

A graduate is able to:

• Apply knowledge on mineral processing, pyrometallurgy and hydrometallurgy phenomena to develop and design metals extraction and recycling processes
• Evaluate the design and performance of metallurgical processes along with their impacts on environment, economy and society
• Act as a metallurgical engineering expert in multidisciplinary groups in industry, academic and public sectors

Code: CHEM3095
Scope: 65 op
Professor responsible for the major: Michael Gasik

Pääaine suomeksi: Kestävä metallurgia
Huvudämne på svenska: Hållbar metallurgi

The degree contains 25 credits of elective studies. You can browse all currently offered courses on .

Detailed information about the contents of courses can be found from . No login needed.

Language studies

Language studies are mandatory according 91ÇàÇà²Ý degree regulation. If you have taken equivalent language studies in your bachelor’s degree, you do not have to take them in your master’s degree. This means 3 ECTS credits including both oral and written part. You can select courses that have letters O (for oral) and W (for written) in their name. Also basic Finnish courses can be applied here.

Professonal training

Students can include training in their studies. One of the training courses below can be included in elective studies.

• Professional Training (3–5 cr)
• International Professional Training (3–5 cr)

Minor

Students can also include a minor in their studies as part of the elective studies. All minors offered in Aalto can be found here.