Job Archive - enadyne.de

Become part of the climate revolution!

The opportunity - Shape your influential role

Be responsible for the electrical architecture and practical development of our nanosecond and multipulse generators—from topology selection to measured prototype hardware—to produce controllable, repeatable, and energy-efficient pulses that enhance plasma performance and reduce specific energy input.

Your tasks at a glance:

Responsibilities: Architecture, topology selection, design, construction, commissioning, and optimization of ns pulse generators.
Translate: Plasma/reactor requirementsinto electrical specifications (amplitude, rise/fall time, pulse width, polarity, repetition rate, energy, burst, timing, protection).
Development: suitabletopologies (solid-state/impedance-matched Marx, PFL/Blumlein, line-type, transformer-based), including energy storage, charging, gate driver, and trigger stages.
Design: Multi-pulse, burst, and multichannel concepts with low jitter and configurable pulse sequences.
Simulation & Measurement: HV prototypesusing broadband voltage/current measurement technology; designing protection systems and performing root-cause analyses.
Documentation: adesign package that external partners can reproduce, while architectural expertise remains with enaDyne.

Here you get the chance to contribute your own ideas, take on responsibility and make a real impact with your technical skills.

Your profile - face challenges and develop yourself further

You not only have specialist knowledge, but also the passion to create something new together in a team. You work in a structured, solution-oriented and independent manner - and enjoy tackling challenges with creativity and technical skill. Particularly important to us:

Degree in electrical engineering, power electronics, high-voltage engineering, or applied physics (Ph.D. preferred but not required).
Demonstrable personal development, design, AND commissioning of at least one ns pulse generator from concept to measured hardware—mere operational or procurement experience is not sufficient.
Extensive expertise in pulsed-power topologies, high-speed switching technology, pulse-shaping networks, energy storage, and high-voltage insulation.
Practical gate driver/trigger design, isolation, timing/jitter, and switch protection at high dv/dt and di/dt.
Safe Use of High-Frequency Pulse Measurement Technology: Oscilloscopes, High-Voltage Probes, Current Sensors, Bandwidth, Grounding, Safety.
Ability to lead a challenging development initiative. Typically, 5+ years of relevant experience (an exceptional track record may substitute for this).

Desirable additional skills:

Pulsed-power sources for DBD/SDBD, streamers, or plasma catalysis.
Multi-pulse/N+1 concepts, precise multichannel synchronization, configurable bursts, pre-pulse/bias.
Publications, patents, or a portfolio demonstrating measured generator performance.

Desired Mindset

Developer and Architect – basic physical design plus debugging on the test bench.
Evidence-based—measured waveforms and energy balances matter more than titles.
Team-oriented, highly self-reliant, and uncompromising when it comes to electrical safety.

Your benefits - Develop yourself and change the world:

Steep learning curve in an innovative company.
The opportunity to actively do something about climate change.
Flexible working hours and hybrid working options.
The opportunity to work with a high degree of personal responsibility.
Access to modern research facilities and comprehensive training opportunities.
Work on highly innovative technologies for decarbonization and exhaust gas purification
Exciting projects in the field of pilot and prototype systems
Modern workshop and laboratory equipment, practical working environment
An interdisciplinary team with short decision-making processes and a lot of creative freedom
Opportunities for professional and personal development

Interested?

Candidates who generally have at least five years of directly relevant professional or applied research experience are invited to apply. Demonstrable experience in independently developing pulsed-power systems may waive the formal seniority requirement. Please send your resume and, if possible, a brief description of one or two generators you have personally developed to Jobs@enaDyne.de.

enaDyne GmbH values equal opportunities and diversity. All qualified applicants are considered for employment, regardless of ethnic and social origin, religion, gender, sexual orientation, gender identity, national origin, disability, caring responsibilities or age.

Become part of the climate revolution!

The opportunity - Shape your influential role

Manage the coupling chain from the generator output to the dynamic SDBD plasma load. Maximize the net energy arriving per pulse within the effective plasma time window and minimize reflections, parasitic losses, EMC interference, and component stress.

Your tasks at a glance:

Responsibility: thecoupled system: output stage, output port, current return path, line structure, reactor interface, electrode, and time-varying plasma load.
Design: low-inductance, parasitic-minimized (coaxial where appropriate) high-voltage architectures, including current loops, feed-throughs, grounding, and shielding.
Integration:Incorporate EMCinto the generator and test setup from the outset so that the trigger, control system, and measurement equipment remain stable under extreme dv/dt and di/dt conditions.
Modeling: Equivalentand time-dependent load models for SDBD reactors (capacitive-to-conductive, surface charge, pulse-to-pulse changes).
Design & Measurement: Impedance/reflection managementand a broadband measurement architecture that separates incident energy from reflected energy; energy balances for single-pulse and multi-pulse systems.
Document: Acceptance criteriaand design rules so that external partners can replicate the setup without having enaDyne's core architecture.

Here you get the chance to contribute your own ideas, take on responsibility and make a real impact with your technical skills.

Your profile - face challenges and develop yourself further

Degree in electrical engineering, high-voltage engineering, pulsed power, electromagnetic systems engineering, or applied physics.
Proven personal experience in developing at least one ns pulse generator or pulse output stage up to the measured hardware—this is NOT merely an EMC compliance or test lab role.
A solid understanding of pulsed-power topologies and high-speed switching technology, PLUS in-depth expertise in parasitic effects, line effects, and current return paths.
Practical EMC-by-Design for High dv/dt and di/dt: Common-Mode and Differential-Mode, Grounding, Equipotential Bonding, Shielding, Insulation, Filtering, Protection.
Advanced NS Pulse Measurement Techniques: D-dot/B-dot/Rogowski, Probe Load, Bandwidth, Calibration, TDR/De-embedding, Measurement Uncertainty.
Ability to modify hardware and conduct root-cause analyses—not just simulate them or coordinate compliance efforts. Typically, 5+ years of relevant experience.

Desirable additional skills:

DBD/SDBD, streamer, or corona plasma loads; transition from a cold capacitive load to conductive plasma.
Impedance-matched generators, coaxial/line-like structures, reflected energy management, multi-generator systems.
SPICE, CST, HFSS, or COMSOL, validated against measured waveforms; specifications for contract manufacturers.
Impedance matching, power transmission, and reflected power management (VSWR/return loss) for high-power sources driving dynamic/nonlinear loads; applicable to RF power engineering, industrial/semiconductor RF plasma, radar, or accelerator RF.

Desired Mindset

Systems Thinking – Source, Line, Port, Reactor, Plasma, and Measurement Technology as a Time-Dependent System.
Experimental rigor—proving what actually enters the reactor and where the energy flows, not what looks clean at the output.
Hands-on, collaborative, and safety-conscious when dealing with fast high-voltage transients.

Your benefits - Develop yourself and change the world:

Steep learning curve in an innovative company.
The opportunity to actively do something about climate change.
Flexible working hours and hybrid working options.
The opportunity to work with a high degree of personal responsibility.
Access to modern research facilities and comprehensive training opportunities.
Work on highly innovative technologies for decarbonization and exhaust gas purification
Exciting projects in the field of pilot and prototype systems
Modern workshop and laboratory equipment, practical working environment
An interdisciplinary team with short decision-making processes and a lot of creative freedom
Opportunities for professional and personal development

Interested?

Candidates who generally have at least five years of directly relevant professional or applied research experience are invited to apply. Please send your resume and, if possible, a brief description of a pulsed-power system or generator output chain that you personally developed and measured to Jobs@enaDyne.de.

Become part of the climate revolution!

The opportunity - Shape your influential role

We are looking for a technical employee to operate our test benches, who will support us in our daily experimental work and ensure that measurements are carried out accurately, reproducibly, and reliably. Your tasks will include:

Construction, conversion, and laboratory and technical center test benches
Preparation and execution of tests according to defined protocols
Connection and operation of gas supply, power supply, and measurement technology
Monitoring of systems during operation and detection of deviations
Documentation of tests, operating conditions, and anomalies
Support with maintenance, servicing, and further development of the test benches.

In this role, you will work closely with development and research and contribute directly to turning ideas into robust technical results.

Your profile - face challenges and develop yourself further

Completed degree in chemistry or a related subject (bachelor's degree sufficient) or completed technical training with a strong focus on processes, plants, or laboratory operations
Strong hands-on mentality and enjoyment of building, operating, and understanding systems
Basic understanding of industrial engineering and technical systems
Willingness to familiarize yourself intensively with the structure and functioning of the test benches
Careful, structured approach to working with equipment, experiments, and data
Basic knowledge of gas supply, tubing, and safe system setup
Experience with analytics, especially gas chromatography (GC) and/or mass spectrometry (MS)
Interest in data processing, analysis of large data sets, and experimental documentation
Routine in working on a PC, e.g., with measurement software, evaluation tools, or scripts for data analysis
Motivation to understand, utilize, and gradually develop existing evaluation processes

Your benefits - Develop yourself and change the world:

Steep learning curve in an innovative company.
The opportunity to actively do something about climate change.
Flexible working hours and hybrid working options.
The opportunity to work with a high degree of personal responsibility.
Access to modern research facilities and comprehensive training opportunities.
Working on a unique, sustainable technology in the field of CO₂ and exhaust gas utilization.
Design freedom when setting up new process and test systems.
A young, dynamic environment with a focus on innovation and speed of implementation.
Versatile development and career opportunities in a growing team.

Have we piqued your interest? Then we look forward to receiving your application!

Please send your CV to Jobs@enaDyne.de.

Become part of the climate revolution!

The opportunity - Shape your influential role

In our workshop and in prototype construction, you will get state-of-the-art systems for CO₂ and exhaust gas conversion up and running. You will be responsible for the assembly, commissioning and maintenance of our pilot systems, making a decisive contribution to the implementation of our plasma technology. With your manual skills and technical expertise, you will work closely with development, design and production - and help turn innovative ideas into real systems.

Your tasks at a glance:

Construction, maintenance and servicing of pilot and prototype plants in the field of CO₂ and exhaust gas conversion
Mechanical and electrical assembly of components, modules and test systems according to technical drawings and parts lists
Workshop work such as drilling, turning, milling and welding (machining & metalworking) as well as the production of components and devices
Installation and commissioning of control cabinets, control systems and electrical assemblies
Carrying out measurements (voltage, current, resistance, insulation test) as well as functional and safety tests
Troubleshooting, repair and optimization of prototypes and system layouts
Documentation of test results and close cooperation with design, development and production

Here you get the chance to contribute your own ideas, take on responsibility and make a real impact with your technical skills.

Your profile - face challenges and develop yourself further

Completed training as a mechatronics technician, industrial mechanic or electronics technician for industrial engineering or comparable qualification (no automotive focus), with additional qualifications in automation technology or electrical engineering.
Experience with PLC programming (preferably Siemens or Beckhoff), automation technology, prototype or special machine construction
Good knowledge of electrical engineering, control technology and mechanics
Confident handling of circuit diagrams, technical drawings and parts lists
Practical experience in metalworking and assembly work
Craftsmanship, technical understanding and precise working methods

Desirable additional skills:

Basic knowledge of pneumatics/hydraulics an advantage
Ability to work in a team, initiative and enjoy working with innovative technologies

Your benefits - Develop yourself and change the world:

Steep learning curve in an innovative company.
The opportunity to actively do something about climate change.
Flexible working hours and hybrid working options.
The opportunity to work with a high degree of personal responsibility.
Access to modern research facilities and comprehensive training opportunities.
Work on highly innovative technologies for decarbonization and exhaust gas purification
Exciting projects in the field of pilot and prototype systems
Modern workshop and laboratory equipment, practical working environment
An interdisciplinary team with short decision-making processes and a lot of creative freedom
Opportunities for professional and personal development

Have we piqued your interest? Then we look forward to receiving your application!

Please send your CV to Jobs@enaDyne.de.

Become part of the climate revolution!

The opportunity - Shape your influential role

IIn our state-of-the-art development environment, you will be responsible for the conception, design and optimization of test stands and pilot containers for our innovative plasma-based processes. You will shape the entire engineering process - from process planning to technical implementation - and ensure that our systems meet the high requirements for safety, efficiency and scalability. You will contribute your expertise in mechanical, thermal and fluid dynamic principles and work closely with interdisciplinary teams of experts. We are looking for a process engineer or chemical engineer who has a passion for innovative process technologies, technical acumen and a systematic way of working to design our plants and lay the foundation for the industrial success of our technology. Your tasks are:

Planning, design and specification of new systems for CO₂ and exhaust gas valorization
Creation, maintenance and checking of P&IDs (Piping & Instrumentation Diagrams) as a central basis for basic and detailed engineering
Processing of process and P&I flow diagrams and derivation of equipment lists and specifications
Process engineering design and specification of equipment (e.g. pumps, heat exchangers, reactors)
Implementation of basic and detail engineering as well as support for scale-up processes
Implementation of installation and layout plans as well as support during construction, assembly and commissioning
Use of common process simulation tools (e.g. Aspen HYSYS, ChemCAD) for the design and calculation of processes
Creation of technical documentation and interface coordination with purchasing, development, partners and suppliers
Support with safety and risk analyses (e.g. HAZOP)
Coordination and management of projects

In this role, you will have the opportunity to contribute your technical and creative skills, help shape innovative technologies and use your expertise in a forward-looking environment.

Your profile - face challenges and develop yourself further

Completed studies in the field of process engineering, chemical engineering, mechanical engineering with a focus on process engineering or comparable qualification
At least three years of experience in plant engineering, preferably in the field of chemistry, process engineering or energy processes
Basic understanding of thermal, fluid dynamic and chemical processes
Experience in basic and detailed engineering of process plants (pilot or industrial plants)
Knowledge in the creation of P&ID schemes, P&IDs, calculation methods and process engineering tools
Experience with process simulation (e.g. Aspen HYSYS, ChemCAD, AutoCAD Plant, EPLAN, Aspen or comparable software) desirable
Understanding of process automation and interfaces to electrical engineering an advantage
Systematic and analytical way of working with an eye for detail
Experience in project work with interdisciplinary teams and in dealing with external partners and suppliers, including strong communication skills
Knowledge of relevant standards and directives (e.g. Pressure Equipment Directive, ATEX, explosion protection) is an advantage

Desirable additional skills:

Knowledge of reactors and chemistry: understanding the chemical and physical processes that take place in the developed reactors
Knowledge of I&C technology: understanding of measurement and control technology to facilitate collaboration with electrical engineers
Agile methods: Experience in the use of agile project management approaches such as Scrum or Kanban.

Your benefits - Develop yourself and change the world:

Steep learning curve in an innovative company.
The opportunity to actively do something about climate change.
Flexible working hours and hybrid working options.
The opportunity to work with a high degree of personal responsibility.
Access to modern research facilities and comprehensive training opportunities.
Working on a unique, sustainable technology in the field of CO₂ and exhaust gas utilization.
Design freedom when setting up new process and test systems.
A young, dynamic environment with a focus on innovation and speed of implementation.
Versatile development and career opportunities in a growing team.

Have we piqued your interest? Then we look forward to receiving your application!

Please send your CV to Jobs@enaDyne.de.

Become part of the climate revolution!

The opportunity - Shape your influential role

In our state-of-the-art laboratory, you will investigate and optimize innovative materials and manufacturing processes for industrial applications. In this role, you will be responsible for adapting material properties, carrying out analyses and developing technical solutions that meet the highest industrial standards. You will work closely with interdisciplinary teams and external partners from science and industry. We are looking for an engineer who will use their specialist knowledge and creative approaches to further develop our materials technologies and set new standards in materials research:

Analysis and redesign of materials
- Investigation and adaptation of material properties to ensure chemical stability, mechanical strength and electrical performance.
- Carrying out material analyses (e.g. microscopic and spectroscopic methods, thermal analyses).
Solution-oriented and independent project work:
- Planning, implementation and supervision of research and development projects with interdisciplinary teams.
- Documentation of project results and preparation of reports and presentations.
- Support in scaling up laboratory concepts to pilot scale.
Cooperation with external partners:
- Coordination of development projects in cooperation with academic and industrial partners.
- Active participation in external networks, project meetings and conferences.
Development of technical products:
- Optimization of the manufacturing process for glass-ceramic electrodes.
- Development of solutions for industrial applications, taking into account economic and technical requirements.
Leadership of teams:
- Management of an interdisciplinary team consisting of materials scientists, engineers and technicians.
- Organization and monitoring of departmental tasks, project goals and milestones.
- Promoting cooperation and knowledge sharing within the team.

Your profile - face challenges and develop yourself further

Engineering degree in materials science in the field of ceramics, glass, refractories, binders, etc.
Several years of industry experience, ideally more than 5 years
Experience in industrial glass melting processes
Experience and knowledge in the field of mechanical and thermal process engineering
Practical experience with refractory materials and glass melting
Personal responsibility: ability to start and drive forward projects independently
Problem-solving ability: Creative and structured approach to technical challenges.

Your benefits - Develop yourself and change the world:

Steep learning curve in an innovative company.
The opportunity to actively do something about climate change.
Flexible working hours and hybrid working options.
The opportunity to work with a high degree of personal responsibility.
Access to modern research facilities and comprehensive training opportunities.

Have we piqued your interest? Then we look forward to receiving your application!

Please send your CV to Jobs@enaDyne.de.

Become part of the climate revolution!

We are an aspiring startup from Leipzig, Germany, with the ambitious goal of making CO2 usable as a raw material for the synthesis of chemical base materials. To achieve this, we are developing innovative plasma catalysis reactors at our location in Leipzig, in the modern Campus BioCity. To support our development, we are looking for a committed HIWI to join our modeling and simulation team for syngas production.

The opportunity - Shape your influential role

As a HIWI for mechanical and electrical engineering, you will support the enaDyne plasma engineering and prototyping departments with designing electrodes and reactors as well as building the technology to drive them.

Your job scope includes CAD Design of electrodes and reactors, building and commissioning of test rigs and pulse generators.

Your profile - face challenges and develop yourself further

Student of electrical engineering, mechanical engineering, process engineering, physics, or a related field.
Basic skills in CAD (preferably Solid Works or Inventor).
be skilled with your hands (drilling, milling, screwing, etc.)
Knowledge of electrical circuits
working with measurement technology such as oscilloscopes
Programming skills (C++, Python, Matlab, PLC)

Your benefits - Develop yourself and change the world

Rapid skill development within an innovative environment
Chance to make a meaningful impact on climate solutions
Flexible scheduling, with potential for part-time arrangements
High degree of autonomy and responsibility
Varied opportunities for personal and professional growth

Have we piqued your interest? Then we look forward to receiving your application! Please send your CV and a short cover letter (max 400 words) to Jobs@enaDyne.de.

Become part of the climate revolution!

The opportunity - Shape your influential role

As a HiWi for glass development, you will play an essential role in supporting our materials development team in producing and processing glass frits and glass-ceramics. Your responsibilities will include: melting oxides and frits following our SOP after a thorough familiarization phase, preparing batches and filling crucibles for the melting process, as well as handling raw glass materials for further processing. Additional tasks involve grinding and sieving prepared glass materials and conducting tempering and leaching procedures.

Your profile - face challenges and develop yourself further

student of materials science, chemistry, physics, engineering or similar
basic technical understanding
ability to work structured & independently
good analytical skills
fluent English or German

Your benefits - Develop yourself and change the world

Rapid skill development within an innovative environment
Chance to make a meaningful impact on climate solutions
Flexible scheduling, with potential for part-time arrangements
High degree of autonomy and responsibility
Varied opportunities for personal and professional growth

Have we piqued your interest? Then we look forward to receiving your application! Please send your CV and a short cover letter (max 400 words) to Jobs@enaDyne.de.

Become part of the climate revolution!

The opportunity - Shape your influential role

As a HIWI for OpenFOAM Simulation for Plasma-Catalysis, you will contribute by generating and optimizing reactor designs essential to the conversion process, applying OpenFOAM to develop precise and effective simulations that advance syngas production.

Your profile - face challenges and develop yourself further

Student of engineering, computer science, physics, or a related field.
Experience with OpenFOAM is a plus, but willingness to learn is essential.
Basic knowledge of C++ programming; openness to working with code.
An organized and proactive work style.
Fluent in English or German.

Your benefits - Develop yourself and change the world

Rapid skill development within an innovative environment
Chance to make a meaningful impact on climate solutions
Flexible scheduling, with potential for part-time arrangements
High degree of autonomy and responsibility
Varied opportunities for personal and professional growth

Have we piqued your interest? Then we look forward to receiving your application! Please send your CV and a short cover letter (max 400 words) to Jobs@enaDyne.de.

Become part of the climate revolution!

We are an aspiring startup from Leipzig, Germany, with the ambitious goal of making CO2 usable as a raw material for the synthesis of chemical base materials. To achieve this, we are developing innovative plasma catalysis reactors at our location in Leipzig, in the modern Campus BioCity. To support our processes, we are looking for a committed HIWI to assist in preparing catalysts and their catalytic studies.

The opportunity - Shape your influential role

As a HIWI for catalysis department you will support enaDyne by assisting in preparing and synthesize solid catalyst for their application in the plasma assisted CO2 conversion. Prepared catalyst will be studied in lab-scale setups where you can evaluate their performance in the CO2 conversion. Your job scope is the wet impregnation of supports with active metals and assisting in the catalytic testing of the obtained materials.

Your profile - face challenges and develop yourself further

student of chemistry, materials science or similar
basic technical understanding
basic experience in inorganic synthesis
good analytical skills and ability to work structured & independently
fluent English or German

Your benefits - Develop yourself and change the world

Rapid skill development within an innovative environment
Chance to make a meaningful impact on climate solutions
Flexible scheduling, with potential for part-time arrangements
High degree of autonomy and responsibility
Varied opportunities for personal and professional growth

Have we piqued your interest? Then we look forward to receiving your application! Please send your CV and a short cover letter (max 400 words) to Jobs@enaDyne.de.