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Published education catalogue

Technical chemistry 2

Education information from the published source. The education record and its time-bound offerings are kept separate.

Education facts

Code: 5KE209

The course Engineering Chemistry 2 provides fundamental knowledge in biocatalysis and genetic engineering, with a focus on green and sustainable chemistry. It offers basic knowledge about biocatalysts, their production and modification, as well as their use in technical contexts. The course consists of three modules, two theoretical modules (3.0 credits each) and one laboratory module (1.5 credits). Module 1: Biological Catalysts: Enzymes and microorganisms, their structure and function. - Structure and function of cells: Information flow according to the central dogma, central metabolic processes, and differences between prokaryotic and eukaryotic cells. - Structure and function of enzymes: Protein structural levels, enzymatic catalysis, and basic enzyme kinetics. Module 2: Microorganisms and the development of biological catalysts - Microorganisms: Different groups of microorganisms, their growth, and cultivation. - Production and development of industrial biological catalysts: Introduction to genetic engineering, metabolic engineering, and adaptive laboratory evolution of microorganisms. Module 3: Laboratory work. The module includes practical laboratory work focusing on examples within biological catalysts and genetic engineering, as well as study visits to a company relevant to the course. The module provides students with practical experience in planning, conducting, and analyzing experiments, as well as formally presenting the results in both written and oral form. This course equips you with tools to contribute to a sustainable future through innovative biotechnology.

Entry requirements

At least 30 credits in Chemistry.

Education offerings

Each offering has its own dates and conditions. Closed offerings are retained as history and do not mean that a new application is open.

  • Technical chemistry 2

    Umeå University

    Start date:

    End date:

    Pace of study: 100 %

Source and updates

Skolverket Susa-navet

Retrieved: .

Published: .

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Publication version: 8e217193-f5fa-4778-b085-a4521fd03e8d

Checksum: 1b0dc54c0fc8a359f83ba9dc8f9d468479ce432de4c03bce3b8b33dd67fe3f6c

Last changed according to the source: 2026-02-03T14:09:27