After successful completion of the course, students are able to design a material for a given application, i.e. bearing a set of properties required for the application. This includes the capability (i) to conceive the synthesis of a desired  material, (ii) conceive the processing of a desired material.

Ultimate learning goal 2: The students shall be aware of the current challenges in materials chemistry and shall know about ways to address these challenges.

Intermediate learning goals: At the end of this lecture, the studenst shall: 

1. know and understand what a material is 
2. know the most important materials properties 
3. understand which molecular and intermolecular features lead to these materials properties = be able to explain structure-property relationships 
4. Be able to identify materials featuring a certain set of properties in the materials space 
5. Know the major bulk states (crystalline vs. amorphous) and how to synthesize materials in either of the state as a function of the type of material. Know how to analyze if the desired state has been achieved. 
6. Know and understand how materials can be further fine tuned by (nano-/micro-) structuring. 
7. Know and understand how to combine materials properties (composites, hybrids) at different size scales and complexity levels
8. Be aware of current challenges in materials chemistry (scarce raw materials, governmental regulations for green syntheses) and how to address these.

This lecture contains two parts. The first part is held together with lecture 165.146 (synthesis of inorganic materials). The second part is taking place in January 2019. All lecture dates are specified under "additional information". 

Chapter1: Basics of materials (definitions of materials;  materials properties; structure-property relationships) 

Chapter2:  Synthesis of bulk materials (crystalline vs. amorphous solids; synthesis of crystalline solids from solution/melt/gas/solid state; synthesis of amorphous solids from solution/melt/gas/solid state) 

Chapter3: Structuring of materials (nano- and microstructuring; porous materials)

Chapter4: Combination of materials (hybrids, composites)

Chapter5: Challenges in modern materials chemistry

-- Planning of exemplary syntheses

-- discussion excercises

The teaching materials (lecture slides, papers, etc.) can be downloaded at http://unterlasslab.com/teaching/ . All materials are password protected.

Lecture dates, times and locations for winter semester 2019/2020: 

1. 7.10. 1800-2000 Radinger HS (BD) 
2. 8.10. 1800-20.00 Knoller HS (BD)  
3. 14.10. 1400-1600 Radinger HS (BD)  
4. 14.10. 1800-2000 Radinger HS (BD) 
5. 15.10. 1800-2000 Knoller HS (BD) 
6. 21.10. 1800-20.00 Radinger HS (BD)  
7. 22.10. 1800-20.00 Knoller HS (BD) 
8. 30.10. 1800-2000 Radinger HS (BD)  
9. 04.11. 1800-20.00 Knoller HS (BD)  
10. 05.11. 1800-20.00 Knoller HS (BD)   

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

Assessment is performed via oral exams (30 minutes). The exams take place at the Institute of Materials Chemistry (building BC, 2nd floor). You will be picked up for the exam at the secretary's office. To take an appointment for an exam, please email Miriam Unterlass at miriam.unterlass@tuwien.ac.at Make sure that your inquiry for an examination appointment includes (i) your full name, (ii) your matriculation number, (iii) at least three dates and times that would work well for you, (iv) your telephone number (necessary in case of last-minute cancellation of your exam appointment for unforseen reasons such as of sick leave).