Current job offers and thesis projects

What you can expect
Since its foundation in 1959, the DLR Institute of Space Propulsion has been the most important European research and testing facility for liquid chemical rocket engines. On the 51-hectare site, 25 kilometers north-east of Heilbronn in Baden-Württemberg, a place of modern engine development has emerged from historical roots. The Satellite and Orbital Propulsion Department of the DLR Institute of Space Propulsion is researching and developing new, advanced rocket propellants – so-called green propellants – that will enable more environmentally friendly, safer and more cost-effective space travel in the future. Highly concentrated hydrogen peroxide (_H2O2) has been identified as one of the most promising green storable rocket propellants, and there is currently a great deal of interest in its additional use as a cooling fluid in regeneratively cooled space propulsion systems. In order to investigate the fundamental applicability of this rocket fuel as such a cooling fluid in more detail, investigations are to be carried out in our institute’s own physical-chemical laboratory as part of a student thesis (Bachelor’s or Master’s thesis). The kinetic parameters of the decomposition reaction of highly concentrated hydrogen peroxide are to be determined using the method of differential scanning calorimetry .

Tasks

• Familiarization with the use of highly concentrated hydrogen peroxide as a cooling fluid in regeneratively cooled space propulsion systems
• Familiarization with the topic of differential scanning calorimetry
• Preparation and execution of test series in the physical-chemical laboratory
• Evaluation of the test series carried out with regard to the determination of kinetic parameters
• documentation

What we expect from you

• Student of chemistry, chemical engineering or a similar field of study (f/m/d)
• Structured and independent way of working
• Work experience in a laboratory desirable
• Previous knowledge in the field of reaction kinetics advantageous

Our offer
DLR stands for diversity, appreciation and equality for all people. We promote independent work and the individual development of our employees in their personal and professional environment. Our numerous training and development opportunities are available to you for this purpose. Equal opportunities are particularly important to us, which is why we want to increase the proportion of women in science and management in particular. We give preference to applications from severely disabled people if they are professionally qualified.

What you can expect
The Institute of Space Propulsion combines all research and test operation activities for rocket propulsion systems. The Department of Chemical Propellant Technology is particularly concerned with new, better and more environmentally friendly propellants for future rocket engines. Among other things, hydrogen peroxide is being investigated as a possible oxygen carrier in combination with a suitable fuel. In one of our research projects, such fuels are microencapsulated and thus made miscible and storable with the oxidizer. As part of the student work (e.g. final thesis or internship), microencapsulated fuels are to be produced, characterized and further developed for possible use in rocket engines.

What we expect from you

• familiarization with the chemistry of (microencapsulated) rocket propellants
• Synthesis and characterization of microcapsules
• Optimization of the ignition properties of microencapsulated propellants with regard to space applications
• Documentation and evaluation of the results
• Degree in chemistry or a related natural science is an advantage
• Experience of working in a chemical laboratory desirable
• Independent and structured way of working helpful

What we offer
DLR stands for diversity, appreciation and equality for all people. We promote independent work and the individual development of our employees in their personal and professional environment. Our numerous training and development opportunities are available to you for this purpose. Equal opportunities are particularly important to us, which is why we want to increase the proportion of women in science and management in particular. We give preference to applications from severely disabled people if they are professionally qualified.

Welcome to the team
At the BASF site in Schwarzheide, we not only produce polyurethane base products, foams and coatings, but also engineering plastics, finishing chemicals and fungicides. The activities required to manufacture the products are as varied as our product range. Our employees work together in a wide range of specialist disciplines: from engineering to digitalization, from logistics to classic chemistry. Become part of our team now!

Tasks
Our Process and Procedure Optimization unit supports the units at the Schwarzheide production site in the continuous improvement of their plants and operating processes. As part of your thesis, you will conduct a comprehensive literature research on the regioselective functionalization of aromatics. Based on your research and the associated experimental results, you will assess the economic viability of the methods developed.

• You will conduct a comprehensive literature research on the regioselective functionalization of aromatics and collect relevant information.
• With practical relevance: You synthesize the desired aromatics and optimize the reactions with regard to selectivity and yield.
• Based on your research and the experimental results, you will assess the economic viability of the methods developed.

Qualifications

• Ongoing Master’s degree in Chemistry, Chemical Engineering, Process Engineering, Energy Engineering or an equivalent Department, ideally related to organic chemistry.
• First practical experience within laboratory work synthesis
• specialist knowledge of organic chemistry, preferably in conjunction with technical chemistry
• proficient in the use of standard IT applications
• Effective communication in German and basic English skills

Benefits

• You will be part of the BASF team from day one.
• With us, you will enter challenging areas of work and take on exciting tasks and, where possible, sub-projects in an interdisciplinary working environment.
• In addition, BASF sites offer various opportunities such as guided tours or workshops to get to know BASF better. This will give you a wide range of insights and experience at the world’s largest chemical company.

“Creation and optimization of a method for the detection of volatile and semi-volatile biomarkers in hair samples from Parkinson’s disease patients”

The topic is aimed at chemistry or food chemistry students who will start their diploma or master’s thesis in the winter semester 2024, show great interest in analytical chemistry, especially gas chromatography, and have completed the subject Analytical Chemistry with very good or good results. The study has been approved by the Ethics Committee of the Carl Gustav Carus Faculty of Medicine at TU Dresden. The diploma/master’s thesis will be written at the Institute of Forensic Medicine of the TU Dresden, Department of Toxicology. A headspace SPME-GC/MS measuring device is available for the master’s thesis, which is used exclusively for this work and is not shared with other students/doctoral students.

The Fraunhofer-Gesellschaft currently operates 76 Institutes and research facilities in Germany and is the world’s leading organization for application-oriented research. Around 30,000 employees work on the annual research volume of 2.9 billion euros.

Materials and lasers with a system:
The Fraunhofer Institute for Material and Beam Technology IWS Dresden develops complex system solutions in laser and material technology. We see ourselves as idea drivers who develop solutions with laser applications, functionalized surfaces as well as material and process innovations - from easily integrated individual solutions to cost-efficient solutions for medium-sized companies and complete solutions suitable for industrial use.

In the field of battery technology, manufacturing processes and innovative material systems are being developed for the battery concepts of the future. The processing of liquid lithium metal for the production of battery electrodes is one of these technologies. We are looking for you to work on various issues relating to this topic in the Chemical Surface and Battery Technology department!

We are searching for:

• Dedicated and interested students who like to work independently and want to write their Master Thesis or Diploma
• Your background: Chemistry, Material Science, Chemical Engineering, Textile Engineering or similar subjects

What we offer:

• Work with teams of the project SFB/TRR280 “Design Strategies for Material-Minimised Carbon Reinforced Concrete Structures”
• Development of bioinspired interphases for novel building materials
• Interesting research topics: Surface modification of glass and carbon fibers according to biological principles, interphase characterization, scanning electron microscopy
• Integration of students into the team and current research project

Wir beschäftigen uns mit der Entwicklung von PET-Radiotracern, die Rezeptoren im Tumormikromilieu (TME = tumor microenvironment) für die Diagnostik und Therapie von Krebs sichtbar machen. Dazu werden geeignete tumoraffine Leitstrukturen identifiziert (niedermolekulare organische Moleküle, Peptide und Peptidomimetika), synthetisiert und mit einem geeigneten Radionuklid kovalent (z. B. Fluor-18, Iod-123) oder über einen Chelator (z. B. Gallium-68, Lutetium-177) markiert. Diese Radioliganden werden in vitro an Tumorzelllinien und in vivo im Tiermodell hinsichtlich einer Anwendung in der Nuklearmedizin getestet. Langfristiges Ziel ist die Translation der entwickelten Radiotracer in die Klinik als Diagnosewerkzeug (PET/CT) oder nach Markierung mit einem Beta- oder Alphastrahler für die Endoradiotherapie von Tumorerkrankungen. Im Rahmen eines Studentenpraktikums oder einer Abschlussarbeit (Bachelor/Master/Diplom) sollen organische Wirkstoffmoleküle synthetisiert und für eine anschließende radiochemische Markierung modifiziert werden. Die neuen Radioliganden werden dann biologisch in vitro und in vivo untersucht.

The Leibniz Institute for Solid State and Materials Research Dresden e. V. (IFW Dresden) conducts modern materials research on a scientific basis for the development of new and sustainable materials and technolo gies. The institute employs an average of 500 people from over 40 nations and, in addition to its scientific tasks, is dedicated to promoting young scientists and engineers. Further information at: http://www.ifw-dres den.de.

The Institute for Materials Chemistry of the IFW Dresden offers a scientist/PhD-Student position (m/f/d) start ing from 1 October 2024 and limited for 36 months in part-time with 67 %. The employment is limited until 30.09.2027.

Your key tasks:

• Rational design of molecular precursors for ALD growth of functional 2D materials.
• Chemical synthesis and structural analysis of organometallic precursors.
• Process development for the synthesis of 2D materials by means of ALD.
• Publishing and presentation of scientific results.

Your profile:

• As a successful candidate (m/f/d) you should have a Master’s degree or Diploma in the field of Synthetic Inorganic Chemistry.
• Profound knowledge of the synthesis of organometallic compounds is required.
• Experience in working under inert conditions as well as in the purification and analysis of air sensitive compounds is required.
• Knowledge of thermal analysis and chemical vapor deposition techniques is desirable.
• As an international research institution, we require a willingness to work in a team and to network with scientific institutes and industrial partners, as well as confidence in the use of standard MS programs and a good command of written and spoken English.

The salary is according to the German tariff TV-L (EG 13, 67 % part-time).

The Leibniz Institute for Solid State and Materials Research Dresden e. V. (IFW Dresden) conducts modern materials research on a scientific basis for the development of new and sustainable materials and technologies. The institute employs an average of 500 people from over 40 nations and, in addition to its scientific tasks, is dedicated to promoting young scientists and engineers. Further information at: http://www.ifw-dresden.de.

The Institute for Materials Chemistry of the IFW Dresden offers a scientist/PhD-Student position (m/f/d) starting from 1 October 2024 and limited for 36 months in part-time with 67 %. The employment is limited until 30.09.2027 with the option of extension.

Your key tasks:

• Fabrication and structural characterization of novel 2D materials.
• Developing new methodologies in the field of mass transfer across 2D materials.
• Design and implementation of permeation experiments with porous 2D materials.
• Publishing and presentation of scientific results.

Your profile:

• As a successful candidate (m/f/d) you should have a Master’s degree or Diploma in Chemistry, Materials Science or Chemical Engineering.
• Profound knowledge of materials synthesis and their characterization using spectroscopic and microscopic methods is required.
• Experience in membrane separation and electroanalytical techniques is highly desirable.
• As an international research institution, we require a willingness to work in a team and to network with sci entific institutes and industrial partners, as well as confidence in the use of standard MS programs and a good command of written and spoken English.

The salary is according to the German tariff TV-L (EG 13, 67 % part-time).

Our company is a spin-off from the applied physics department of TU Dresden. Our mission is to develop a sensor skin that collects real-time data over large surfaces of physical assets or infrastructure. With this data, our customers can create and feed digital twin models, as well as understand and manage key processes better. This directly translates into a more efficient use of resources (energy, chemicals, time etc.) which contributes to a greener economy.

We are looking for Chemistry SHK students to work in our projects for 12 hours/week.

Our tasks will revolve around

• Capacitance and resistance measurement of the printed components. Recording and analyzing of measured data.
• Python or any other programming language for data visualization.

Context
Production of electricity by nuclear power plants inevitably generates high-level and long-lived radioactive waste. A solution considered by several nuclear waste management agencies is to store them into deep underground repositories. The principle of such a concept is to provide a multi-barrier system to avoid the release of the radioactive waste through the biosphere for very long time scales (up to hundred thousand of years). It is thus of great importance to be able to characterize both at a macroscopic and a molecular level the different processes (retention, reduction, surface precipitation, etc.) that can take place onto mineral surfaces and thus affect the availability and the mobility of the radionuclides. This information can be inserted in surface complexation models for the description and prediction over a long time-scale of the interaction of pollutants at the solid/liquid interface with several sorbent surfaces. These surface complexation models rely on a thermodynamic description of the solid/water interface and represent a geochemically robust and sound approach to quantify adsorption equilibria.

Aim of the study
The solution of adsorption equilibria problems can be reached via Gibbs Free Energy Minimization and/or Law of Mass Action. Standard procedures apply commonly used geochemical software such as FITEQL/PHREEQC coupled to shell optimizers (UCODE, PEST). They are nevertheless subject to numerical instability and/or convergence problems, and to the risk to fall into a local minimum region rather than a global optimum valley. This risk is drastically increased when the number of adjustable parameters becomes higher than 3 or 4. Also the “trial and error” approach within the numerical fitting data can become very fast time consuming.
Thus, the objective of the present work are i) to develop alternative approaches to enable the handling of a high number of adjustable parameters at once, ii) the speed up of the optimizing procedure in order to reduce the time required for the user to reach a satisfactory description of the experimental data.

Specific tasks

• Implement a genetic algorithm coupled to Levenberg-Marquardt optimization on a high performance computing cluster,
• Compare the results of with another optimization path, namely Downhill Simplex,
• Find reliable ways to provide realistic uncertainties of the adjustable parameters (e.g. scale sensitivity, Monte-Carlo, etc.)

This internship or assistant position can be used as a basis for a follow-up Research Project, Bachelor or Master thesis.

Requirements
Good knowledge in python programming and standard optimization routines (Newton-Raphson, Levenberg-Marquardt, etc.) is mandatory. Students without knowledge in chemistry are also encouraged to apply. Very good English skills are appreciated. 

The Fraunhofer-Gesellschaft currently operates 76 Institutes and research facilities in Germany and is the world’s leading organization for application-oriented research. Around 30,000 employees work on the annual research volume of 2.9 billion euros.

Materials and lasers with a system:
The Fraunhofer Institute for Material and Beam Technology IWS Dresden develops complex system solutions in laser and material technology. We see ourselves as idea drivers who develop solutions with laser applications, functionalized surfaces as well as material and process innovations - from easily integrated individual solutions to cost-efficient solutions for medium-sized companies and complete solutions suitable for industrial use.

In the field of battery technology, manufacturing processes and innovative material systems are being developed for the battery concepts of the future. The processing of liquid lithium metal for the production of battery electrodes is one of these technologies. We are looking for you to work on various issues relating to this topic in the Chemical Surface and Battery Technology department!

Are you passionate about scientific experiments and extremely precise in your work? Then look forward to your new position with us! Together with our research team, you will perform and document important battery analysis experiments.
Since 2014, we at NOVUM have been making batteries calculable. With patented hardware and artificial intelligence, we can provide precise information about the condition and service life of energy storage devices. We even received the Saxon State Prize for Innovation for this in 2023!

Your tasks
Our digital platform Loady offers our customers an electronic pre-product check for chemical and other liquid transports for the first time.
Are you looking for a unique opportunity to contribute your chemical knowledge to our digital product management? Would you like to be involved in the specification and implementation of our solution for chemical transportation? Then you've come to the right place!
As a chemistry working student, you will be closely involved in our digital product development and combine subject-related fundamentals with practical application. Motivation, self-organization, commitment, excellent communication skills in English and German as well as a sound knowledge of chemistry and an interest in digital solutions are essential in this role.
Your tasks:

• You will support our digital product management in all areas of functional and technical design
• You will accompany the entire design, development, testing and validation process, communicate with users and analyze their feedback
• You support users and testers during their validation and help them get started with Loady
• Your tasks include data analysis and, above all, enriching and supporting our customers when collecting data in Loady

Your profile

• Advanced studies in the field of chemistry
• Great affinity for digital solutions
• You are familiar with Microsoft Office tools, especially Excel
• You have excellent written and verbal communication skills (English and German)
• You are customer and user-centered
• You are highly motivated, open-minded, self-organized and proactive and have a good eye for detail
• You are a quick learner and have already proven your skills in other internships

Why us?

What you can expect from us:

• Exciting challenges in a dynamic, international working environment.

• A passionate and open-minded team of experienced people who are always willing to share their knowledge and support each other

• Flat hierarchies and a great learning culture

• Attractive working environment

• Flexible working hours and mobile working as well as the usual benefits of a company in a start-up environment

• Part-time 20 hours/week

About us

Hey hello - welcome to Loady!

As a startup, we have developed a solution that makes supply chain logistics more digital, efficient and sustainable - worldwide!

With Loady, our intelligent platform for logistics requirements, companies can manage their delivery-relevant information in a structured and standardized way for the first time and share it directly with their business and logistics partners. Loady also offers a variety of web-based online views and of course interfaces ERPs, TMS, YARD, OBUs, procurement platforms, e-commerce, etc.

Join us! Together we will make Loady a real win-win for the entire industrial logistics sector. Not only we, but also our first customers are convinced that we will fundamentally advance digital collaboration in logistics.

We are a young, international, very professional team and work from anywhere in Germany. We are actually in constant contact virtually and we meet every two to three months in our cool location in Mannheim. Micromanagement is not our thing: we rely on agile methods, self-organization and direct, open communication channels. We also offer the opportunity to “Work from Everywhere in the EU” for up to 60 days a year.

The Institute für Luft- und Kältetechnik gemeinnützige Gesellschaft mbH is an independent non-university research institution with approx. 150 employees conducting industry-related research, development and technology transfer in the fields of air conditioning and refrigeration technology.

The following position is to be filled in the Applied Materials Science Department at the earliest possible date:

Working student (m/f/d) – focus on chemistry or materials science

Your main areas of activity

• You will work actively in our chemical-physical laboratory and thus support our laboratory team
• You will analyze heat transfer fluids
• You will prepare oil and gas samples as well as materials for the corresponding analyses

Your qualifications and other requirements

• You are currently studying chemistry, materials science or a related degree program
• You already have some experience of working independently in a chemical laboratory and have already obtained a Bachelor's degree
• Your working style is proactive, solution- and deadline-oriented and reliable Our offer

We offer you the opportunity to work as a student trainee for a maximum of 20 hours per week in a varied chemical laboratory environment and to drive forward pioneering research. The ILK also offers the opportunity to supervise a practice-oriented student research project.

Are you passionate about scientific experiments and extremely precise in your work? Then look forward to your new position with us! Together with our research team, you will perform and document important battery analysis experiments.
Since 2014, we at NOVUM have been making batteries calculable. With patented hardware and artificial intelligence, we can provide precise information about the condition and service life of energy storage devices. We even received the Saxon State Prize for Innovation for this in 2023!

“Caring for People’s Health as a Trusted Partner” – this mission motivates us at STADA every day anew to improve people’s health worldwide. With our comprehensive range of generics, consumer health products and specialty pharmaceuticals, we offer patients, doctors and pharmacists a wide range of therapy options.

Around 13,000 employees live our values of Integrity, Entrepreneurship, Agility and One STADA. Together we are on an exciting growth journey and want to successfully shape the future of STADA.

What you can expect
We are looking for you for November 2024 or 2025. The internship is limited to 6 months.

• You will gain insight into the industrial pharmaceutical fields of activity in the Quality area
• You will deepen, expand and apply your knowledge of the pharmaceutical industry
• You will support the implementation and adherence to specifications in the areas of quality, quality control and compliance
• You will work on specialist projects

Who we are looking for

• You have the qualification according to the licensing regulations for pharmacists (second state examination at the time of the internship) or are looking for an internship as part of your food chemistry studies
• You work in a structured manner and have a quick grasp of things
• You enjoy working in a team
• You have very good MS Office skills
• You have good written and spoken German and English skills

What we offer

• An open corporate culture with short communication channels and plenty of potential for your personal development
• An attractive salary in line with industry standards
• Flexible working hours to fit in with your lecture times
• Job ticket for the RMV area
• Health-promoting offers such as Wellpass and a fitness studio for free use
• Subsidized canteen

Welcome to the team
At the BASF site in Schwarzheide, we not only produce polyurethane base products, foams and coatings, but also engineering plastics, finishing chemicals and fungicides. The activities required to manufacture the products are as varied as our product range. Our employees work together in a wide range of specialist disciplines: from engineering to digitalization, from logistics to classic chemistry. Become part of our team now!

Tasks
Our Process and Procedure Optimization unit supports the units at the Schwarzheide production site in the continuous improvement of their plants and operating processes. As part of your thesis, you will conduct a comprehensive literature research on the regioselective functionalization of aromatics. Based on your research and the associated experimental results, you will assess the economic viability of the methods developed.

• You will conduct a comprehensive literature research on the regioselective functionalization of aromatics and collect relevant information.
• With practical relevance: You synthesize the desired aromatics and optimize the reactions with regard to selectivity and yield.
• Based on your research and the experimental results, you will assess the economic viability of the methods developed.

Qualifications

• Ongoing Master’s degree in Chemistry, Chemical Engineering, Process Engineering, Energy Engineering or an equivalent Department, ideally related to organic chemistry.
• First practical experience within laboratory work synthesis
• specialist knowledge of organic chemistry, preferably in conjunction with technical chemistry
• proficient in the use of standard IT applications
• Effective communication in German and basic English skills

Benefits

• You will be part of the BASF team from day one.
• With us, you will enter challenging areas of work and take on exciting tasks and, where possible, sub-projects in an interdisciplinary working environment.
• In addition, BASF sites offer various opportunities such as guided tours or workshops to get to know BASF better. This will give you a wide range of insights and experience at the world’s largest chemical company.

Context
Production of electricity by nuclear power plants inevitably generates high-level and long-lived radioactive waste. A solution considered by several nuclear waste management agencies is to store them into deep underground repositories. The principle of such a concept is to provide a multi-barrier system to avoid the release of the radioactive waste through the biosphere for very long time scales (up to hundred thousand of years). It is thus of great importance to be able to characterize both at a macroscopic and a molecular level the different processes (retention, reduction, surface precipitation, etc.) that can take place onto mineral surfaces and thus affect the availability and the mobility of the radionuclides. This information can be inserted in surface complexation models for the description and prediction over a long time-scale of the interaction of pollutants at the solid/liquid interface with several sorbent surfaces. These surface complexation models rely on a thermodynamic description of the solid/water interface and represent a geochemically robust and sound approach to quantify adsorption equilibria.

Aim of the study
The solution of adsorption equilibria problems can be reached via Gibbs Free Energy Minimization and/or Law of Mass Action. Standard procedures apply commonly used geochemical software such as FITEQL/PHREEQC coupled to shell optimizers (UCODE, PEST). They are nevertheless subject to numerical instability and/or convergence problems, and to the risk to fall into a local minimum region rather than a global optimum valley. This risk is drastically increased when the number of adjustable parameters becomes higher than 3 or 4. Also the “trial and error” approach within the numerical fitting data can become very fast time consuming.
Thus, the objective of the present work are i) to develop alternative approaches to enable the handling of a high number of adjustable parameters at once, ii) the speed up of the optimizing procedure in order to reduce the time required for the user to reach a satisfactory description of the experimental data.

Specific tasks

• Implement a genetic algorithm coupled to Levenberg-Marquardt optimization on a high performance computing cluster,
• Compare the results of with another optimization path, namely Downhill Simplex,
• Find reliable ways to provide realistic uncertainties of the adjustable parameters (e.g. scale sensitivity, Monte-Carlo, etc.)

This internship or assistant position can be used as a basis for a follow-up Research Project, Bachelor or Master thesis.

Requirements
Good knowledge in python programming and standard optimization routines (Newton-Raphson, Levenberg-Marquardt, etc.) is mandatory. Students without knowledge in chemistry are also encouraged to apply. Very good English skills are appreciated. 

Wir beschäftigen uns mit der Entwicklung von PET-Radiotracern, die Rezeptoren im Tumormikromilieu (TME = tumor microenvironment) für die Diagnostik und Therapie von Krebs sichtbar machen. Dazu werden geeignete tumoraffine Leitstrukturen identifiziert (niedermolekulare organische Moleküle, Peptide und Peptidomimetika), synthetisiert und mit einem geeigneten Radionuklid kovalent (z. B. Fluor-18, Iod-123) oder über einen Chelator (z. B. Gallium-68, Lutetium-177) markiert. Diese Radioliganden werden in vitro an Tumorzelllinien und in vivo im Tiermodell hinsichtlich einer Anwendung in der Nuklearmedizin getestet. Langfristiges Ziel ist die Translation der entwickelten Radiotracer in die Klinik als Diagnosewerkzeug (PET/CT) oder nach Markierung mit einem Beta- oder Alphastrahler für die Endoradiotherapie von Tumorerkrankungen. Im Rahmen eines Studentenpraktikums oder einer Abschlussarbeit (Bachelor/Master/Diplom) sollen organische Wirkstoffmoleküle synthetisiert und für eine anschließende radiochemische Markierung modifiziert werden. Die neuen Radioliganden werden dann biologisch in vitro und in vivo untersucht.

We are a family-run company specializing in the production of flavours, pastes and other baking ingredients for the bakery and confectionery industry. For the period of the semester break, we are preferably looking for students of food chemistry who would like to support us in quality assurance in specification and sensory testing.

Are you from the Plauen/Vogtland area and do you feel this is for you? Then please get in touch with us. We are flexible with regard to the duration of the job and weekly working hours.

We are looking for people to support us at a medical congress. We need your help with tasks such as registering participants, supervising lecture halls and guiding the way.

Requirements/qualifications: We expect you to have a motivated work attitude, punctuality and the ability to work in a team. You must have good German language skills to carry out the work assignment! Experience in event management is not required.

While you start the new semester, we start the new season. Preparations for DEICHBRAND, SOUTHSIDE, HIGHFIELD, ELBENWALD & Co. are in full swing and, as a service provider in the event industry, we are looking for support to make the festival experiences unforgettable for visitors.
We are looking for reinforcement in various areas of the festival, for example in the set-up and dismantling in the technical area or in the recycling team.

What we offer:

• 13.50 € hourly wage
• 15.00 € travel allowance per route (you must organize your own travel)
• Crew catering and crew camping (you must bring your own equipment)

• Are you a beer enthusiast and a beer tap is nothing new to you?
• Would you like to help out at our events and pass on your enthusiasm for beer?
• Would you like to earn €13.50/hour alongside your studies?

... then join us from the university through the brewery into the world!

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