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Teaching

Macromolecular Chemistry I/ M.Sc. in Polymer Science

Schedule (PDF download)


21261a-V Makro 1: Introduction to Macromolecular Chemistry (Haag, Fischer)

Zeit: 16.10.-30.10.2023, jeweils 09:00-12:00 und 14:00-17:00 Uhr (Erster Termin: 16.10.2023)

Ort: s.A.

1. History, definitions, fundamentals, nomenclature

2. Polyreactions, types, comparisons

3. Polymer structure: constitution & homopolymers

4. Polymer structure: networks, conformations

5. Polyreactions (some examples)

6. Dendritic polymers

E-book



21262a-V Macromolecular Chemistry II / Advanced Topics in Polymer Synthesis (Adeli, Haag, Fischer, Schartel, Neffe)

Zeit: 31.10.-16.11.2023, jeweils 09:00-12:00 und 14:00-15:30 Uhr (Erster Termin: 11.10.2023)
Ort: s.A.

1. Anionic Polymerisation

2. Cationic Polymerization

3. Radical Polymerization / Living Polymerization

4. Controlled Radical Polymerization

5. Coordination/Insertion Polymerization

6. Metathesis Polymerizations, Copolymerizations




21263a-P Praktikum über die Arbeitsmethoden der makromolekularen Chemie / Laboratory course on methods in macromolecular chemistry (Haag, Fischer, Page, Lee, Romero, Cosimi)

Zeit: 18.11.-09.12.23, jeweils 9-18 Uhr (Erster Termin: 17.11.2023)
Ort: U 505-514, Fabeckstr. 34-36

Lab Schedule

P.Sc. Basic Laboratory Course Script



21257a-V Management of Entrepreneurial Projects (Schirner, Haag)

Zeit: Mi 16:00-18:00 (Erster Termin: 18.10.2023)
Ort: SR 119 (SupraFab), Altensteinstraße 23a

No.

Date

Topic

Duration

Lead

1

18.10.2023

Introduction, Basics of Project Management; Activity Planning

1.5 h

Prof. Michael Schirner

2

25.10.2023

Technology Transfer at FU Berlin

1.5 h

Dr. Suvrat Chowdhary / FU Berlin

3

01.11.2023

Preparation and Application of Scientific Research Proposals

1.5 h

Prof. Rainer Haag

4

08.11.2023

Soft Skills, Team Building, Teamwork, Goal Setting

  • Limited to 15 participants

15:00 – 19:00

Dr. Nicole Isendahl / Prof. Michael Schirner

5

15.11.2023

Management of Multicultural Teams

  • Limited to 15 participants

15:00 – 19:00

Dr. Nicole Isendahl / Prof. Michael Schirner

6

29.11.2023

Financing & Marketing of Early Entrepreneurial Projects

1.5 h

Dr. Conny Steenblock / FU Berlin School of Business & Economics

7

06.12.2023

Managing of Intellectual Property

1.5 h

Dr. Ute Kilger / Böhmert & Böhmert

8

13.12.2023

Scientific Project Management in Practice II

1.5 h

Dr. Alexander Neumann / Founder of omiqa

9

20.12.2023

Scientific Project Management in Practice I

1.5 h

Dr. Vahid Ahmadi / Founder of Novirall

10

03.01.2024

Introduction of Students Projects to be presented in January 2024

1.0 h

All

11

17.01.2024

Q&A related to the preparation of student projects

1.5 h

Prof. Rainer Haag / Prof. Michael Schirner

12

24.01.2024

Presentation of Students Projects / Final Discussion

1.5 h

Prof. Rainer Haag / Prof. Michael Schirner



21258 V Qualitätsmanagement für Naturwissenschaftler, Ingenieure

(Schedler, PolyAn GmbH)

Zeit: jeweils Mi 14:00-16:00 (Erster Termin: 18.10.2023)

Ort: SR PTC (Raum A.006, EG) (Arnimallee 22)

SWS:2 SWS, 3 LP

Inhalte

1. Warum Qualitätsmanagement?

2. Geschichtliches

3. Grundsätze und Definitionen des QM

4. Qualitätsmanagementsysteme

5. Werkzeuge des QM

6. GLP/GMP

… mit Bezug zu Chemie, Life Science, Diagnostik und Pharma-Industrie und mit vielen Beispielen.

Contact: u.schedler@poly-an.de




21253 V Drug targeting and molecular imaging/ Ziegerichtete Wirkstoffe und molekulare Diagnostika (Licha)

Zeit: Mo 10:00-12:00 (Erster Termin: 16.10.2023)
Ort: SR 34.16/17 (Takustr. 3)

SWS:2 SWS, 3 LP

1. Principles of therapeutic drugs (classes, modes of action, chemical examples) and treatment modalities (chemotherapy, anti-angiogenesis, physical methods photodynamic therapy, radiotherapy)

2. Background on pharmacology (pharmacokinetics, ADMET) and principles of "drug delivery" and "drug targeting," passive vs active targeting. Molecular imaging: basic principles of diagnostic modalties

3. Signalling molecules: mode of action, chemistry, examples: applications as tool to monitor and evaluate drug targeting and therapeutic efficacy ("theranostics")

4. Synthetic chemistry for drug conjugation (reactive groups, cleavable groups)

5. Drug targeting and molecular imaging based on biologic targeting molecules: antibodies, proteins, peptides, glycans, oligonucleotides

6. Drug targeting and imaging based on formulations, polymers, nanoparticles, dendrimers: principles, chemistry, examples

7. Basics of drug development: clinical phases, IND, drug master file

Contact: kai.licha@chemie.fu-berlin.de