Metropolia Moodle

CONTENTS

Microbiology

• Structure of prokaryotic and eukaryotic cells. Classification of microbes (bacteria, archae, fungi, algae, protozoa, and parasitic worms). Microbial growth, cultivation and staining techniques of microbes, microscopy, mechanisms of microbial pathogenicity, vector-borne infections. Regulation of bacterial gene expression.

Basics of Biosciences

• Structure, characteristics, and function of biomolecules (lipids, carbohydrates, proteins, nucleic acids). Structure and function of genetic material. Cell cycle, DNA replication, and changes in genetic material. Protein synthesis. Viruses.

LABS

• Basic biochemical and microbiological laboratory operations, e.g. aseptic technique, preparation of culture media, sterilization techniques, centrifugation, and handling of small volumes.

The content of the course focuses on the following topics that will enhance your oral and written communication skills in English:
• Key professional interactions: individual and group communication
• Key concepts and terms used in the profession
• Textual conventions and documents used in the profession
• Acquisition, processing, application and communication of information
• Self-assessment of language and communication skills and development of learning strategies

This course is designed for international students at Metropolia UAS, as well as other international job seekers who want to understand how to build a career in Finland. You will explore Finnish working culture, the job market, and the importance of networking and language skills. You’ll also learn about employee rights and working conditions. The course offers practical advice, real-life examples, and useful tools to support your job search and career planning in Finland.

This 2 ECTS self-paced MOOC deepens your competence in drone navigation, positioning, and autonomous flight from a system-level perspective. You will explore how flight controllers, propulsion components, and onboard sensors work together to enable stable flight, positioning, and autonomous safety functions. The course connects technical decisions to real application scenarios and highlights how operating conditions and regulatory constraints influence safe and effective drone operations.

Learning is based on short focused readings, interactive visuals, scenario tasks, auto-graded quizzes, and simulator-supported practice. By the end of the course, you will be able to evaluate component and sensor choices, reason about flight behaviour, diagnose common technical issues, and produce a justified technical outline as preparation for later hands-on drone building and configuration.

Kurssisuunnitelma
Mittaustekniikka

Kurssin tavoite
Kurssin jälkeen opiskelija

• ymmärtää LVI-järjestelmien keskeiset mittausperiaatteet

• osaa käyttää LVI-mittauksissa käytettäviä perusmittalaitteita

• osaa mitata ja analysoida ilmavirtoja, paineita, lämpötiloja ja virtaamia

• pystyy arvioimaan mittaustulosten luotettavuutta ja mittausepävarmuutta

• osaa laatia mittausraportin

Kurssin rakenne
Kurssi koostuu yhdestä etäluennosta ja kahdesta laboratoriopäivästä.

1. Etäluento 4 h (12.3)

2. Laboratoriotyöt ja mittaukset 2 päivää (24-27.3)

TT00GW46-3001
TT00GW46-3002
TT00GW46-3004

TT00FT20-3010
TT00FT20-3011
TT00FT20-3012
TT00FT20-3013

Access to the course requires that you have been enrolled in one of the implementations listed above, and you must be logged in to Moodle using your Metropolia user account (not Haka).