Have you considered doing your Master project at Nanotech?
Below you can find suggestions for Master projects - if your dream project is not on the list you can always contact us at Nanotech and discuss your possibilities.
Catalog of master projects
22. oktober 2018
Growing muscle in a dish: Miniature muscles in 3D printed soft electronic culturing platforms
Johan Ulrik Lind (Colloids and Biological Interfaces group)
3D printed soft miniature sensors for instrumented tissue models
Johan Ulrik Lind (Colloids and Biological Interfaces group)
Modified biomaterial scaffolds for 3D printing of muscle tissue models
Johan Ulrik Lind (Colloids and Biological Interfaces group)
Fabrication of microneedle biosensor
Stephan Sylvest Keller (Biomaterial Microsystems)
3 omega measurements of the thermal properties of suspended 2D materials
Tim Booth (NSE, Nanointegration)
Etch optimization of hexagonal boron nitride for low contact resistance graphene devices
Peter Bøggild (NSE, Nanointegration)
3D carbon microelectrodes for energy storage
Stephan Sylvest Keller (Biomaterial Microsystems)
Fabrication and characterization of pyrolytic carbon string resonators.
Quang Long Nguyen (Biomaterial Microsystems)
Micro-fabrication of x-ray optics
Chantal Myrielle Silvestre (Silicon Microtechnology).png)
Fabrication and characterization of plasmonic surfaces for SERS applications
Fabio Tentor (NSE, Nanoprobes)
Flexible and electrical hydrogels for mending spinal-cord injuries
Alireza Dolatshahi-Pirouz (Colloids and Biological Interfaces group)
Nanoengineered cellulose with incredible strength, flexibility and recyclability: From nanowood to future electronics
Alireza Dolatshahi-Pirouz (Colloids and Biological Interfaces group)Microneedles for transdermal drug delivery
Stephan Sylvest Keller (Biomaterial Microsystems)Fabrication and characterization of pyrolytic carbon electrode
Yasmin Mohamed Hassan (Biomaterial Microsystems) & Stephan Sylvest Keller (Biomaterial Microsystems)
Inelastic electron tunnel spectroscopy of 2D materials: Signals and their interpretation using theoretical/computational studies
Mads Brandbyge (Theory, Theoretical Nanoelectronics)
The one-dimensional edges of graphene: What role do they play in electron transport? Theoretical/computational studies
Mads Brandbyge (Theory, Theoretical Nanoelectronics)
High-field transport in 1D and 2D materials
Tue Gunst (Theory, Theoretical Nanoelectronics)
Understanding the real doping density of next-generation solar cell materials
Andrea Crovetto (Silicon Microtechnology)
In vitro microfluidic system for intestine
Rodrigo Pimentel (Theoretical Microsystems Optimization group)Development of 3D in vitro system for real time osteoporosis drug screenings
Claudia Caviglia (Biomaterial Microsystems).jpg)
Black Silicon with Selective Contacts Solar Cells
Maksym Plakhotnyuk (Silicon Microtechnology) & Ole Hansen (Silicon Microtechnology)
A micro-fabricated reference material for Raman spectroscopy
Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering)
Lab on Chip Systems for Neurotransmitter Detection
Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering)
Superhydrophobic surfaces
Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering).png)
Extrusion-coating of anti-counterfeit micro-structures
Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering)
Anti-fogging surfaces
Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering)
Characterization of colorful surfaces
Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering)
Fabrication and characterization of shark-skin structures to reduce drag in airfoils
Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering)
Label-Free Enzymatic Monitoring via Photonic Crystal Slab Sensor
Kristian Tølbøl Sørensen (NSE, Optofluidics) & Anders Kristensen (NSE, Optofluidics)
Point-of-Care Hemolysis Detection with Industrial Partner
Chen Zhou (NSE, Optofluidics) & Anders Kristensen (NSE, Optofluidics)
3D carbon microelectrode as microbatteries
Suhith Hemanth (Biomaterial Microsystems) & Stephan Sylvest Keller (Biomaterial Microsystems).JPG)
Design and fabrication of 3D carbon microelectrodes by Sterolithography
Suhith Hemanth (Biomaterial Microsystems) & Stephan Sylvest Keller (Biomaterial Microsystems)
Fabrication of three-dimensional (3D) pyrolysed carbon microelectrodes for cell analysis
Suhith Hemanth (Biomaterial Microsystems) & Stephan Sylvest Keller (Biomaterial Microsystems)Drug release from oral drug delivery devices
Line Hagner Nielsen (NSE, Nanoprobes)Development of vaccines for oral drug delivery
Line Hagner Nielsen (NSE, Nanoprobes)Modeling Industrial Silicon Crystal Growth
Erik V Thomsen (MEMS, AppliedSensors) & Christian Gammeltoft Hindrichsen (Topsil Semiconductor Materials A/S)
Numerical simulation of thin-film solar cells
Andrea Crovetto (Silicon Microtechnology) & Ole Hansen (Silicon Microtechnology)
All-around characterization of thin-film solar cells
Andrea Crovetto (Silicon Microtechnology) & Ole Hansen (Silicon Microtechnology)
Monolitich microfluidic chip for in situ cryo-electron microscopy and in situ in liquid electron microscopy
Simone Laganà (Molecular Windows group) & Kristian Mølhave (Molecular Windows group)
MEMS Optical Sensing for Green Energy Applications
Erik V Thomsen (MEMS, AppliedSensors).png)
Miniaturized Broadband Energy Harvesting
Lucia R. Alcala Jimenez (MEMS, AppliedSensors) & Erik V Thomsen (MEMS, AppliedSensors)Detection of contaminants in the environment - collaboration with a company
Fatima Al-Zahraa Al Atraktchi (BIOMICS, Nabis)Detection of the ”secret” communication between bacteria
Fatima Al-Zahraa Al Atraktchi (BIOMICS, Nabis)Fabrication of microcapsules
Ritika Singh Petersen (Biomaterial Microsystems).jpg)
Hot punching process to fabricate microcapsules
Ritika Singh Petersen (Biomaterial Microsystems).png)
Inverted Polymer Nanopillars for Plasmon Enhanced Raman Spectroscopy
Anil Thilsted (NSE, Nanoprobes) & Michael Stenbæk Schmidt (NSE, Nanoprobes)
Charge Distribution and Stability in Electret Materials
Anders Thyssen (MEMS, AppliedSensors) & Erik V Thomsen (MEMS, AppliedSensors)
Crystallisation Kinetics in Electret Materials
Anders Thyssen (MEMS, AppliedSensors) & Kristoffer Almdal (Amphiphilic Polymer in Biological Sensing).jpg)
Light-based forces on particles in metallic V-grooves
Cameron Smith (NSE, Optofluidics)
Magnetic detection of DNA mutations
Mikkel F. Hansen (LabChip, Magnetic Systems) & Martin Dufva (BIOMICS-Fluidic Array Systems and Technology group)
Investigating aptamer bonds with magnetoresistive sensors
Mikkel F. Hansen & Anders Dahl Henriksen
Project type: Master
Project area: LabChip, Magnetic Systems
Project description:
Antibodies have been the workhouse for present molecular diagnostics due to their high affinity and specificity as a biological recognition element. Aptamers, which are single stranded DNA, have been proven to perform the same tasks with some key advantages. Good specific aptamers are found by screening a larger pool for the right DNA sequences.
This project aims to use a new unique magnetoresistive sensor platform to characterize aptamer - target interactions as function of temperature and buffer. The sensor platform relies on sensitive real-time measurements of surface-bound magnetic beads using magnetoresistive sensors. The measurements can be used to understand and optimize the strength of the aptamer-target bond as function of temperature and buffer. In addition to providing a basic understanding and a tool to compare different aptamers, it may result in improved conditions for aptamer-based binding to a target.
Project elements:
- sensing using magnetoresistive sensors
- sensor functionalization
- work with aptamers and targets (virus)
- systematic measurements of aptamer-target binding with magnetic readout
For more information contact:
PhD student Anders Dahl Henriksen, anddh@nanotech.dtu.dk, B344/112
Assoc. Prof. Noemi Rozlosnik, noemi.rozlosnik@nanotech.dtu.dk, B423/026
Assoc. Prof. Mikkel Fougt Hansen, mfha@nanotech.dtu.dk, B344/110
Mikkel F. Hansen
email: mikkel.hansen@nanotech.dtu.dk
Telephone: 4525 6338
Building: 344
Room: 110
email: mikkel.hansen@nanotech.dtu.dk
Telephone: 4525 6338
Building: 344
Room: 110
Anders Dahl Henriksen
email: anddh@nanotech.dtu.dk
Telephone:
Building: 344
Room: 130
email: anddh@nanotech.dtu.dk
Telephone:
Building: 344
Room: 130
Last edited:11-07-2014 10:56:00, project ID: 1485
Detection of mercury pollution using a magnetoresistive sensor
Mikkel F. Hansen (LabChip, Magnetic Systems) & Giovanni Rizzi (LabChip, Magnetic Systems)
Plasmonic sensors based on ultrasmall silver nanoparticles
Klaus B. Mogensen (Fluidic Array Systems and Technology)
Fluorescing silver quantum clusters for chemical analysis
Klaus B. Mogensen (Fluidic Array Systems and Technology)
Screening of sensor technologies for “in vivo” diagnosis of colorectal cancer
Winnie Svendsen (BIOMICS, Nabis)Vital Sign Monitoring
Erik V Thomsen (MEMS, AppliedSensors) & Shadi Chreiteh (MEMS, AppliedSensors).jpg)
Inertial focusing and collecting of small particles (virus size) from water
Noemi Rozlosnik (Polymer Microsystems for Medical Diagnostics).png)
Electric manipulation (Dielectrophoresis) of nano/virus particles
Noemi Rozlosnik (Polymer Microsystems for Medical Diagnostics)
Microfluidic sorting and characterization of extracellular vesicles
Noemi Rozlosnik (Polymer Microsystems for Medical Diagnostics)
Interfacing silicon nanowire biosensors with a mobile-phone accessory using undersampling lock-in correlation.
François Patou (BIOMICS, Nabis)Modeling, simulation and implementation of a lock-in correlation acquisition system for mobile-phone medical diagnostics applications
François Patou (BIOMICS, Nabis)Nanofabrication of next generation X-Ray Optics
Ole Hansen (Silicon Microtechnology).jpg)
CMUTs: Capacitive Micromachined Ultrasonic Transducers
Erik V Thomsen (MEMS, AppliedSensors) & Thomas Lehrmann Christiansen (MEMS, AppliedSensors)
Advanced Analytical and Numerical Techniques for MEMS (Micro Electro Mechanical Systems)
Erik V Thomsen (MEMS, AppliedSensors)
Local pinning of water on structured polymer surfaces
Nis Korsgaard Andersen (POLYMIC, Polymer Micro & Nano Engineering) & Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering)
Development of a blood plasma separation device
Dorota Kwasny (BIOMICS, Nabis)Development of an all polymer membrane based sensor system
Tanya Bakmand (BIOMICS, Nabis).jpg)
Single molecule detection for next-generation diagnostic applications
Andreas H. Kunding (Fluidic Array Systems and Technology).png)
Fabrication and Characterization of Silicon Nanowire Bio-FET sensor
Azeem Zulfiqar (BIOMICS, Nabis)
Diagnostic breath analyzer based on nanomechanical IR spectrometer
Silvan Schmid (NSE, Nanoprobes)
Analyzing biomedical nanoparticles with nanomechanical mass spectrometer
Silvan Schmid (NSE, Nanoprobes).png)
Optical detection of electric signals via a strongly coupled nano-electromechanical system
Silvan Schmid (NSE, Nanoprobes).png)
Fabrication of thin “black silicon” solar cells
Rasmus Schmidt Davidsen (Silicon Microtechnology)
Exploring Microdroplet technology
Thomas Glasdam Jensen (LabChip, ChemLabChip)
Dynamics and formation of perforated graphene
Tue Gunst (Theory, Theoretical Nanoelectronics) & Mads Brandbyge (Theory, Theoretical Nanoelectronics)
Charge stability and decay mechanism for inorganic electrets
Fei Wang (Silicon Microtechnology).png)
Developing 3D Conducting pyrolysed carbon scaffold for tissue engineering
Soumyaranjan Mohanty (LapChip, BioLapChip) & Jenny Emnéus (BIOMICS, Bioanalytics)
Surface-normal emission from PhC cavities
Aliaksandra Ivinskaya (POLYMIC-Surface_Engineering )
Realizable metamaterials on basis of ensembles of metal nanoparticles
Aliaksandra Ivinskaya (POLYMIC-Surface_Engineering )
Hybrid plasmonic-photonic crystal structures
Aliaksandra Ivinskaya (POLYMIC-Surface_Engineering )
Etch rate modification of Silicon dioxide
Ole Hansen (Silicon Microtechnology)
Nanostructures for tip-enhanced Raman spectroscopy
Alexey Savenko (NSE, Nanointegration) & Peter Bøggild (NSE, Nanointegration).png)
Nanocomposites
Søren Vang Fischer (POLYMIC-Surface_Engineering )Developing 3D printed microstructures for tissue engineering
Soumyaranjan Mohanty (LapChip, BioLapChip) & Anders Wolff (BIOMICS, Bioanalytics)
High Transmittance Sight-Glasses for an Improved NOx-Detection
René Bergmann (POLYMIC-Surface_Engineering )
Functionalization of Micropatterned Surfaces
René Bergmann (POLYMIC-Surface_Engineering ).jpg)
Characterization of Magnetic Tunnel Junctions
Daniel Kjær (Silicon Microtechnology)Microcontainers with solid polymer drug matrix for oral drug delivery
Stephan Keller (NSE, Nanoprobes)
Biosensing platform based on magnetic nanoparticles and Blu-Ray pickup head
Mikkel F. Hansen (LabChip, Magnetic Systems)
On-chip immunoassay
Mikkel F. Hansen (LabChip, Magnetic Systems) & Kasper Kistrup (LabChip, Magnetic Systems)
Sample purification using magnetic bead filter
Mikkel F. Hansen (LabChip, Magnetic Systems) & Kasper Kistrup (LabChip, Magnetic Systems)
Magnetic beads for sample extraction in two-phase microfluidic systems
Mikkel F. Hansen (LabChip, Magnetic Systems) & Kasper Kistrup (LabChip, Magnetic Systems).jpg)
3D Printed Microfluidic Reactor Designed Using Topology Optimisation
Carl Esben Poulsen (BIOMICS, Bioanalytics) & Anders Wolff (BIOMICS, Bioanalytics)
Optimization on a polymer microfluidic system for rapid pathogen detection
Minqiang Bu (BIOMICS, Bioanalytics) & Anders Wolff (BIOMICS, Bioanalytics).JPG)
Real-time DNA microarray for monitoring DNA hybridization with high sensitivity and specificity
Sun Yi (BIOMICS, Bioanalytics) & Anders Wolff (BIOMICS, Bioanalytics)
Droplet based microfluidics
Anders Wolff (BIOMICS, Bioanalytics) & Carl Esben Poulsen (BIOMICS, Bioanalytics)Design and Fabrication of Continuous-flow PCR Chip for Detection of Campylobacter
Carl Esben Poulsen (BIOMICS, Bioanalytics) & Anders Wolff (BIOMICS, Bioanalytics)
Real-time monitoring of cellular behavior by electrochemical impedance spectroscopy
Claudia Caviglia (Biomaterial Microsystems)
Cell death detection by electrochemical impedance spectroscopy
Claudia Caviglia (Biomaterial Microsystems)Chip designs for droplet formation: numerical analysis
Carl Esben Poulsen (BIOMICS, Bioanalytics) & Anders Wolff (BIOMICS, Bioanalytics)
Develop further a microfluidic Proof-of-Concept proto-type for commercialization
Fridolin Okkels (Theoretical Microsystems Optimization group)
Photothermal Spectroscopy using Resonant Strings
Shoko Yamada (NSE, Nanoprobes) & Silvan Schmid (NSE, Nanoprobes)
Advanced etching of Topas© for Point-of-care devices
Kristian Hagsted Rasmussen (Silicon Microtechnology) & Nikolaj Ormstrup Christiansen (Polymer Microsystems for Medical Diagnostics)
Patterning of sapphire substrates for low stress GaN-based LEDs.
Kristian Hagsted Rasmussen (Silicon Microtechnology) & Ole Hansen (Silicon Microtechnology)
Projection lithography system for photochemical modification of polymer surfaces
Morten Bo Lindholm Mikkelsen (Polymer Microsystems for Cell Processing group) & Esben Kjær Unmack Larsen (Polymer Microsystems for Cell Processing group)
MEMS/Nano Optical Sensor for Wind Turbines.
Kasper Reck (MEMS, AppliedSensors) & Erik V Thomsen (MEMS, AppliedSensors).jpg)
Gyroid Nanoporous Polymer Templates for Dye Sensitized Solar Cells
Sokol Ndoni (Self-organized Nanoporous Materials group)
Fuel cell membranes based on block copolymers
Sokol Ndoni (Self-organized Nanoporous Materials group)
Atomic waterwheels: Molecular dynamics with electronic current
Mads Brandbyge (Theory, Theoretical Nanoelectronics).jpg)
New Nanocellulose Based Nanocomposite Materials
Mogens Havsteen Jakobsen (POLYMIC-Surface_Engineering ).jpg)
Metallic Nanoparticle Based 3D Photonic Devices
Mogens Havsteen Jakobsen (POLYMIC-Surface_Engineering )
Filling of vesicles with RNA using electroporation
Peter Friis Østergaard (POLYMIC, Polymer Micro & Nano Engineering)
Detection of pesticides in water and food products
Peter Friis Østergaard (POLYMIC, Polymer Micro & Nano Engineering)
Nanochannel flow cytometry
Peter Friis Østergaard (POLYMIC, Polymer Micro & Nano Engineering)
Projection lithography system for photochemical modification of polymer surfaces
Morten Bo Mikkelsen (NSE, Optofluidics) & Esben Kjær Unmack Larsen (Polymer Microsystems for Cell Processing group).jpg)
Mucoadhesion of drug delivery devices in artificial intestine
Stephan Keller (NSE, Nanoprobes)
CHARACTERIZATION OF DRUG LOADED POLYMER FILMS BY MICRO-RESONATORS
Sanjukta Bose (NSE, Nanoprobes) & Stephan Keller (NSE, Nanoprobes)
Structural Colors in Plastics
Anders Kristensen (NSE, Optofluidics)
Amyloid nanofibrils from waste proteins for the development of biosensors
Jaime Castillo (BIOMICS, Nabis)
Exploring the use of amyloid nanofibrils from waste proteins in clean-room fabrication processes
Jaime Castillo (BIOMICS, Nabis)
Microfabricated capsules for oral drug delivery
Paolo Marizza (NSE, Nanoprobes) & Stephan Keller (NSE, Nanoprobes)Enzymatic etching of biopolymers for fabrication of drug delivery devices
Stephan Keller (NSE, Nanoprobes)
Inorganic electrets for energy harvesting devices
Fei Wang (Silicon Microtechnology) & Ole Hansen (Silicon Microtechnology)
surface modification for implantable fuel cells
Letizia Amato (BIOMICS, Bioanalytics)
micro- and nanoelectrodes in carbon for implantable fuel cells
Letizia Amato (BIOMICS, Bioanalytics)
Evaluation of linear coupling in NEMS
Luis Guillermo Villanueva (NSE, Nanoprobes)
Observation of Parametric noise squeezing in NEMS
Luis Guillermo Villanueva (NSE, Nanoprobes)
Piezoelectric NEMS particle sensor
Luis Guillermo Villanueva (NSE, Nanoprobes) & Silvan Schmid (NSE, Nanoprobes)
Nonlinear dynamics on Coupled NEMS
Luis Guillermo Villanueva (NSE, Nanoprobes)
Injection molding of nanostructures for cell adhesion studies
Thor Christian Hobæk (Polymer Microsystems for Cell Processing group) & Niels B. Larsen (Polymer Microsystems for Cell Processing group).jpg)
Fabrication of microscopic inverse opal hydrogel scaffolds
Niels B. Larsen (Polymer Microsystems for Cell Processing group)
Super-resolution microscopy of single bio-molecules: Theory and simulations with applications to molecular motors
Henrik Flyvbjerg (Theory, Stochastic Systems and Signals).jpg)
Nanomechanical resonators with pyrolysed graphene-like transduction elements
Silvan Schmid (NSE, Nanoprobes)
Fuel cells for the human body
Letizia Amato (BIOMICS, Bioanalytics).jpg)
Injection moulded chips with integrated fluid control by the use of capillary stops and super hydrophobic areas
Peter Friis Østergaard (POLYMIC, Polymer Micro & Nano Engineering) & Rafael Taboryski (POLYMIC, Polymer Micro & Nano Engineering).png)
Precise FIB fabrication of exchangeable AFM tips
Alexey Savenko (NSE, Nanointegration) & Peter Bøggild (NSE, Nanointegration)
Drug-in-a-box – Fabrication and characterization of antenna fitted micro containers for targeted drug delivery
Johan Nagstrup (NSE, Nanoprobes)
Micro-containers for oral drug release
Stephan Keller (NSE, Nanoprobes)