Physics Department, TUM | Course 0000003094 in WS 2022/3

General Data

Course Type

lecture with integrated exercises

Semester Weekly Hours

4 SWS

Organisational Unit

Assistant Professorship of Control and Manipulation of Microscale Living Objects (Prof. Destgeer)

Lecturers

Ghulam Destgeer
Mehmet Akif Sahin
Helen Werner

Dates

Fri, 09:00–12:00

iCalendar

	Date and Time	Room and Remark
	Fri, 2022-10-28, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2022-11-04, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2022-11-11, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2022-11-18, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2022-11-25, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2022-12-02, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2022-12-09, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2022-12-16, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2022-12-23, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2023-01-13, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2023-01-20, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2023-01-27, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2023-02-03, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany
	Fri, 2023-02-10, 09:00–12:00	Speakers: Prof. Dr. Ghulam Destgeer, Helen Werner M.Sc., Mehmet Akif Sahin M.S. Seminar room 2.OG 22.2.29 TranslaTUM Einsteinstraße 25 (Building 522) 81675 Munich, Germany

Assignment to Modules

EI71097: Flow Lithography (Flow Lithography (Lectures and Exercises)) / Flow Lithography (Flow Lithography (Lectures and Exercises))
This module is included in the following catalogs:
- Focus Area Bio-Sensors in M.Sc. Biomedical Engineering and Medical Physics

Further Information

Courses are together with exams the building blocks for modules. Please keep in mind that information on the contents, learning outcomes and, especially examination conditions are given on the module level only – see section "Assignment to Modules" above.

additional remarks	Structured microparticles, with unique shapes, customizable sizes, multiple materials, and spatially-defined chemistries, are leading the way for emerging ‘lab on a particle’ technologies. These microparticles with engineered designs find applications in multiplexed diagnostics, drug delivery, single-cell secretion assays, single-molecule detection assays, high throughput cytometry, micro-robotics, self-assembly, and tissue engineering. In this course, we will learn about the state-of-the-art particle manufacturing technologies based on flow-assisted photolithography performed inside microfluidic channels. Important physiochemical concepts will be discussed to provide a basis for understanding the fabrication technologies. These photolithography technologies will be compared based on the structural as well as compositional complexity of the fabricated particles. Particles will be categorized, from 1D to 3D particles, based on the number of dimensions that can be independently controlled during the fabrication process. After discussing the pros and cons of the individual techniques, important applications of the fabricated particles will be covered. Course topics: 1 Introduction to flow assisted lithography 2 Important physio-chemical concepts 2.1 Polymerization inside microfluidic channels 2.2 Single-phase flows in microfluidic channel 2.3 Microchannel material 2.4 Multi-phase flow in microfluidic channel 2.5 Particle-templated droplet formation 3 Categorization based on particle dimensions 3.1 1D, 1.5D, 2D, 2.5D, and 3D particles 4 Flow-assisted particle fabrication techniques 4.1 1D particles: droplet microfluidics lithography… 4.2 1.5D particles: non-spherical lithography… 4.3 2D particles: continuous flow lithography… 4.4 2.5D particles: hydrodynamic flow lithography… 4.5 3D particles: inertial flow lithography… 5 Applications of particles 5.1 Particle-templated droplet formation 5.2 Cell-laden hydrogels (tissue scaffolds) 5.3 Diagnostics assays 5.4 Cell culture on the particles (cell-carrier)
Links	TUMonline entry

additional remarks

Structured microparticles, with unique shapes, customizable sizes, multiple materials, and spatially-defined chemistries, are leading the way for emerging ‘lab on a particle’ technologies. These microparticles with engineered designs find applications in multiplexed diagnostics, drug delivery, single-cell secretion assays, single-molecule detection assays, high throughput cytometry, micro-robotics, self-assembly, and tissue engineering. In this course, we will learn about the state-of-the-art particle manufacturing technologies based on flow-assisted photolithography performed inside microfluidic channels. Important physiochemical concepts will be discussed to provide a basis for understanding the fabrication technologies. These photolithography technologies will be compared based on the structural as well as compositional complexity of the fabricated particles. Particles will be categorized, from 1D to 3D particles, based on the number of dimensions that can be independently controlled during the fabrication process. After discussing the pros and cons of the individual techniques, important applications of the fabricated particles will be covered. Course topics: 1 Introduction to flow assisted lithography 2 Important physio-chemical concepts 2.1 Polymerization inside microfluidic channels 2.2 Single-phase flows in microfluidic channel 2.3 Microchannel material 2.4 Multi-phase flow in microfluidic channel 2.5 Particle-templated droplet formation 3 Categorization based on particle dimensions 3.1 1D, 1.5D, 2D, 2.5D, and 3D particles 4 Flow-assisted particle fabrication techniques 4.1 1D particles: droplet microfluidics lithography… 4.2 1.5D particles: non-spherical lithography… 4.3 2D particles: continuous flow lithography… 4.4 2.5D particles: hydrodynamic flow lithography… 4.5 3D particles: inertial flow lithography… 5 Applications of particles 5.1 Particle-templated droplet formation 5.2 Cell-laden hydrogels (tissue scaffolds) 5.3 Diagnostics assays 5.4 Cell culture on the particles (cell-carrier)

Links

TUMonline entry

Equivalent Courses (e. g. in other semesters)

Semester	Title	Lecturers	Dates
SS 2024	Flow Lithography	Destgeer, G. Sahin, M. Werner, H.	Mon, 09:00–12:00

Flow Lithography

Course 0000003094 in WS 2022/3

General Data

Assignment to Modules

Further Information

Equivalent Courses (e. g. in other semesters)