After successful completion of the course, students are able to

• understand the structure of an atom and the main types of chemical bonding
• describe trends in the periodic table
• comprehend general concepts of chemistry
• name compounds according to rules of nomenclature
• balance simple chemical equations
• differentiate between different acid / base concepts
• explain physical states and their properties
• define electrochemical processes (voltage generation, electrolysis, fuel cells)
• understand and apply corrosion protection from an electrochemical point of view
• derive basic properties of organic compounds based on their structures
• explain the functionality / production of lubricants and soaps
• transfer chemical concepts to engineering and daily-life related problems

1. Atoms and the Priodic System of the Elements 2. Chemical Bonding 3. Sates of Aggregation 4. Chemical Reactions 5. Chemical Equilibrium 6. Elektrochemistry and Corrosion 7. Basic Organic Substances 8. Lubricants and Additives 9. Production of Energy, Fuels and Exhaust Fume Treatment

Lecture, primarily in terms of slides, supported by working with the blackboard.

! For data protection purposes we can only respond to enquiries sent from an official TU (student) e-mail address !

Written examination about the contents of the lecture (90 min; eight list of questions with three to five single exercises).

Marking: max. 75 points; 75-66 points 'Sehr Gut"; 65.5-56.5 points “Gut”; 56-47 points  “Befriedigend”; 46.5-37 points “Genügend” and less than 37 points “Nicht Genügend”. In the latter case the examination must be repeated.

Auxilliary material not allowed.

Deregistration after the official deregistration dead line is not possible.

Guido Kickelbick, Chemie für Ingenieure, Pearson Studium, 2016. ISBN: 978-3-86894-272-9

https://www.pearson-studium.de/chemie-fur-ingenieure_1.html

Special previous knowledge is not required, but a basic understanding of chemistry is desirable