Student Assistant (HiWi): Development and fabrication of a microstructure for temperature control of
Student Assistant (HiWi): Development and fabrication of a microstructure for temperature control of
Student Assistant (HiWi): Development and fabrication of a microstructure for temperature control of
Student Assistant (HiWi): Development and fabrication of a microstructure for temperature control of
KIT-Karlsruher Institut für Technologie
Forschung
Karlsruhe
- Art der Anstellung: Vollzeit
- Hybrid
Student Assistant (HiWi): Development and fabrication of a microstructure for temperature control of
Über diesen Job
Job vacancy: From now on
Description
• Design and fabrication of a microreactor for rapid heating and cooling of NMR samples
• Characterization of the structure through simulation of flow and heat flux properties Desired skills:
• Ability to work independently
• Bachelor‘s degree in (mechanical) engineering or related field
• CAD modeling (AutoCAD, SolidWorks, etc.)
• CFD simulations (COMSOL, Ansys Fluent, etc.)
• Experience in design and manufacturing of microstructures
• Ideally background in process engineering, heat transfer, hydraulics, fluid mechanics or chemical engineering
• Good communication skills in English or German (German is a plus, but not required)
• Deeper understanding of chemistry and experience in NMR is not required We offer:
• Work up to 37 hours per month (4-month contract, extension or subsequent master's thesis possible)
• Work independently, partially remotely and flexibly on project Starting period:
• As soon as possible Long-term prospects:
• Minimum term of 4 months; further extensions are possible and preferred Application requirements:
• Apply with CV and your latest transcript of records and with the subject line "HiWi: Temperature NMR”. Note that incomplete applications will not be processed.
Description
Our research group at the Institute for Microstructure Technology (IMT) focuses on the development of microsystems that contribute to advantages in magnetic resonance spectroscopy (NMR) as well as their applications for biologically relevant molecules. NMR is a powerful tool for detecting and investigating molecular structures and opens up a wide range of specialized application areas. The interdisciplinary combination of NMR and microstructures opens up new possibilities for specific physical requirements and tailored applications.
Your tasks:• Design and fabrication of a microreactor for rapid heating and cooling of NMR samples
• Characterization of the structure through simulation of flow and heat flux properties Desired skills:
• Ability to work independently
• Bachelor‘s degree in (mechanical) engineering or related field
• CAD modeling (AutoCAD, SolidWorks, etc.)
• CFD simulations (COMSOL, Ansys Fluent, etc.)
• Experience in design and manufacturing of microstructures
• Ideally background in process engineering, heat transfer, hydraulics, fluid mechanics or chemical engineering
• Good communication skills in English or German (German is a plus, but not required)
• Deeper understanding of chemistry and experience in NMR is not required We offer:
• Work up to 37 hours per month (4-month contract, extension or subsequent master's thesis possible)
• Work independently, partially remotely and flexibly on project Starting period:
• As soon as possible Long-term prospects:
• Minimum term of 4 months; further extensions are possible and preferred Application requirements:
• Apply with CV and your latest transcript of records and with the subject line "HiWi: Temperature NMR”. Note that incomplete applications will not be processed.
- Job type/category
- Working student
- Field of study preferred
-
Engineering sciences
Chemical & process engineering
Mechanical engineering
Material sciences & engineering
Mechanical Engineering
-
Engineering sciences
- Favored career stage
- Student
- Location/region
- Karlsruhe city, Karlsruhe region
- Sector
- Research
- Industry branch
- Science & research
- Language at workplace
- English
- Type of company
- Scientific institution
Unternehmens-Details
KIT-Karlsruher Institut für Technologie
Forschung