786 800 Doctoral programme in Engineering Sciences Technical Chemistry

• 2022W 2023S 2023W
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2022W-2023S (2007U)

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Without semester recommendation

Title	Precon.	Hours	ECTS
VU Methods in Aquatic Microbiology and Microbial Diagnostics		1.5	2.0
VO Biocatalysis, Biotransformations & Bioprocess Technology		2.0	3.0
VO High Resolution Chemical Imaging of Biological Samples		2.0	3.0
VO Green Chemistry		2.0	3.0
163.149 VO 2022W Green Chemistry		2.0	3.0
VO Synthesis of Natural Products		2.0	3.0
163.105 VO 2023S Total Synthesis of Natural Products		2.0	3.0
SE Journal Club - Recent Trends in (Bio)Organic Chemistry		1.0	1.0
163.150 SE 2023S Journal Club - Recent Trends in (Bio)Organic Chemistry Part 2   Distance Learning: Course is held predominantly online		1.0	1.0
163.152 SE 2022W Journal Club - Recent Trends in (Bio)Organic Chemistry   Distance Learning: Course is held predominantly online		1.0	1.0
VO Strukturbestimmung und Modellierung von Proteinen		1.0	3.0
VO Modeling and Methods in Bioprocess Development		2.0	3.0
166.619 VO 2023S Modeling and Methods in Bioprocess Development		2.0	3.0
VO Biochemistry, biosynthesis and modern analytics of Mycotoxins		2.0	3.0
SE Research developments in biotechnology and microbiology			2.0
VO Biotechnical Processes for Renewables		2.0	3.0
VU Research developments in biotechnology and microbiology
SE Fortschritte in Bioverfahrenstechnik		1.0	1.0
166.226 SE 2023S Progress in Biochemical Engineering   Distance Learning: Course is held predominantly online		1.0	1.0
166.226 SE 2022W Progress in Biochemical Engineering   Distance Learning: Course is held predominantly online		1.0	1.0
166.601 SE 2023S Progress in Biochemical Engineering   Distance Learning: Course is held predominantly online		1.0	1.0
166.602 SE 2022W Progress in Biochemical Engineering   Distance Learning: Course is held predominantly online		1.0	1.0
166.623 SE 2022W Progress in bio process engineering   Distance Learning: Course is held predominantly online		1.0	1.0
166.624 SE 2023S Progress in bio process engineering   Distance Learning: Course is held predominantly online		1.0	1.0
166.624 SE 2022W Progress in bio process engineering   Distance Learning: Course is held predominantly online		1.0	1.0
166.625 SE 2022W Progress in bio process engineering   Distance Learning: Course is held predominantly online		1.0	1.0
VO Analytics of Natural Products
VO Generegulation in Eukaryoten		2.0	3.0
166.635 VO 2023S Gene regulation in eukaryots		2.0	3.0
SE AB-Tec DK Seminar		3.0	3.0
VO Analytics, Automation and Characterization of Biopolymers		2.0	3.0
VO Bioprozesstechnik
PV Privatissimum für Dissertanten		2.0	2.0
166.640 PV 2023S Privatissimum for PhD students		2.0	2.0
166.640 PV 2022W Privatissimum for PhD students		2.0	2.0
166.658 PV 2022W Privatissimum für Dissertanten		2.0	2.0
166.660 PV 2022W Privatissimum for PhD students		2.0	2.0
166.661 PV 2023S Privatissimum for PhD students   Distance Learning: Course is held predominantly online		2.0	2.0
164.334 PV 2023S Privatissimum for PhD students   Distance Learning: Course is held predominantly online		2.0	2.0
164.334 PV 2022W Privatissimum for PhD students		2.0	2.0
164.342 PV 2023S Privatissimum for PhD students   Distance Learning: Course is held predominantly online		2.0	2.0
165.158 PV 2022W Privatissimum for PhD students   Distance Learning: Course is held predominantly online		2.0	2.0
163.196 PV 2023S Private seminar fpr PhD students		2.0	2.0
163.196 PV 2022W Private seminar fpr PhD students		2.0	2.0
164.359 PV 2023S Privatissimum for PhD students		2.0	2.0
164.359 PV 2022W Privatissimum for PhD students		2.0	2.0
164.362 PV 2023S Provatissimum for PhD students		2.0	2.0
164.362 PV 2022W Provatissimum for PhD students		2.0	2.0
164.370 PV 2023S Privatissimum for PhD students		2.0	2.0
VO Zellkulturtechnologie
VO Bioprozesstechnik
PV Privatissimum für Dissertanten		5.0	5.0
163.187 PV 2023S PhD Privatissimum   Distance Learning: Course is held predominantly online		5.0	5.0
166.714 PV 2022W Privatissimum for doctoral candidates		5.0	5.0
VO Zellkulturtechnologie
VO Strukturbestimmung und Modellierung von Proteinen		1.0	1.5
SE Seminar zum TU-DK CatMat		2.0	3.0
VO CatMat Ringvorlesung		1.0	1.5
SE Journal Club DK MEIBio		3.0	3.0
SE Seminar DK MEIBio		3.0	3.0
VO Molecular Biology of Trichoderma			3.0
RU DNA Barcoding of microorganisms			4.0
VO Aufbereitung von Daten für wissenschaftliche Publikationen		1.0	1.5
VO Mikrobielle Signalübertragungswege in der Biotechnologie		1.0	1.5
VU Verfassen und Beurteilen wissenschaftlicher Publikationen		2.5	2.0
VO Advanced Molecular Cell Biology		1.3	2.0
SE Journal Club - Recent Trends in Macromolecular Chemistry		1.0	1.0
163.169 SE 2023S Journal Club - Recent Trends in Macromolecular Chemistry		1.0	1.0
SE Journal Club - Recent Trends in Macromolecular Chemistry II		1.0	1.0
163.175 SE 2022W Journal Club - Recent Trends in Macromolecular Chemistry II   Distance Learning: Course is held predominantly online		1.0	1.0
SE Journal Club - Biosciences		1.0	1.0
VO Synthesis of Pharmaceuticals and Organic Materials		2.0	3.0
VO Sustainability in Organic Synthesis		3.0	4.0
163.208 VO 2022W Sustainability in Organic Synthesis   Distance Learning: Course is held predominantly online		3.0	4.0
VO Methods for the Synthesis of Pharmaceuticals and Organic Materials		3.0	4.0

Legend

Courses belong to the introductory and orientation phase ("Studieneingangs- und Orientierungsphase")

Courses belong to the introductory interview ("Studieneingangsgespräch")

Courses require the completion of the introductory and orientation phase

Courses require the completion of the introductory interview STEG

Distance Learning: Course is held predominantly online