kiutra
Do you want to shape the future as part of a diverse, international team in a fast-growing, deep-tech company? Then read on!
At kiutra, we contribute to the development and application of quantum technologies by offering innovative and sustainable cooling solutions based on our unique magnetic cooling technology.
To strengthen our Growth team, we are looking for a Support Technician (f/m/d) who is eager to contribute hands-on to the operation, maintenance, and troubleshooting of our advanced cryogenic systems.
Responsibilities
- You support the operation, repair, and upgrading of our in-house development systems
- You support installations and maintenance at customer sites
- You support the production team in finishing assemblies and systems
- You work closely with engineers to implement new test assemblies and routines
- You build a comprehensive understanding of our systems to anticipate and mitigate faults that might turn up during production or operation
- You perform troubleshooting and fault clearance
Requirements
- You have completed a technical apprenticeship (on-the-job training/Berufsausbildung) or technical degree
- You have an eye for detail and documentation
- You have good oral and written communication skills in English; German is a plus
- You enjoy hands-on work and are willing to travel
Benefits
- You will enjoy flexibility with options for remote work and flexible working hours
- You will experience an open-minded, appreciative startup atmosphere with flat hierarchies and an open-door policy
- You will work with a great team in a fast-growing deep-tech company
- You can expect regular performance reviews and long-term job prospects
- You can look forward to 30 vacation days per year
- You will have the chance to participate in valuable employee surveys
- You will work in a comfortable, bright and modern office with ergonomic equipment in compliance with health requirements
- You can benefit from “The Coolest Connection”, our employee referral program
- You will have the opportunity to get to know your team members better at our teambuilding events, Christmas parties, and other group events
- You will have free cold and hot drinks, snacks, and fruit at your disposal
- You can benefit from our company's pension plan, our bicycle leasing program (Jobrad), and contribution for the Deutschland-Ticket Jobticket
Interested? Then send us your application now!
To find out more about us, please visit https://kiutra.com/
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
The transition of quantum computing from theoretical research to industrial application is fundamentally dependent on the stabilization of cryogenic infrastructures, where Support Technicians serve as the primary interface between advanced hardware engineering and operational uptime. As the sector matures toward fault-tolerant systems, the structural necessity for high-fidelity technical support scales linearly with the complexity of dilution refrigeration and magnetic cooling stacks. This role type mitigates the systemic risk of laboratory downtime, ensuring that capital-intensive quantum processors maintain the millikelvin environments required for qubit coherence. By securing the physical layer of the quantum stack, these specialists provide the essential reliability required to move beyond proof-of-concept experiments toward continuous computational availability. Market signals, including the rapid expansion of the cryogenic supply chain and national infrastructure mandates, emphasize that specialized technical support is a critical bottleneck for the deployment of scalable quantum architectures.
The quantum hardware ecosystem is currently navigating a decisive shift from bespoke laboratory setups to standardized, high-performance computing (HPC) integrated environments. Within this value chain, cooling solutions represent a high-stakes dependency; without precise thermal management, the coherence times of superconducting and spin-based qubits degrade, rendering the entire software layer obsolete. This creates a structural demand for technical experts who can bridge the gap between complex engineering designs and the practicalities of field deployment. While hardware roadmaps often focus on qubit counts, the enabling layer of cryogenic support is the primary determinant of a system's Technology Readiness Level (TRL) for commercial use.
Macro-constraints in the sector are increasingly defined by a shortage of specialized talent capable of managing the hardware-infrastructure interface. As global investment flows into on-shore manufacturing and assembly lines, the pressure on the technical workforce to maintain these sophisticated systems at customer sites has intensified. The fragmentation of the vendor landscape further complicates this, as varied cooling modalities—ranging from traditional dilution refrigerators to innovative magnetic cooling—require a diversified technical skill set that is not yet standardized across the broader industrial workforce.
Furthermore, the integration of quantum systems into existing data centers introduces new layers of logistical and technical friction. Support Technicians are instrumental in resolving these integration mismatches, providing the hands-on expertise needed to troubleshoot vacuum systems, water-cooling circuits, and cryogenic interfaces. This function ensures that the quantum ecosystem remains resilient against supply chain disruptions and operational failures, ultimately protecting the significant research and development investments made by both public and private institutions.
The capability architecture for this role type centers on the synchronization of cryogenic thermodynamics with precision mechanical assembly and electrical troubleshooting. Mastery of vacuum technologies and fluid dynamics is essential for ensuring the integrity of the thermal shields and mixing chambers that protect quantum processors from environmental noise. This requires a deep understanding of the interface points between high-level system monitoring and the physical actuators that regulate ultra-low temperature environments. Such capabilities are fundamental to the throughput of hardware organizations, as they enable the parallelization of system upgrades alongside continuous testing cycles. By establishing rigorous maintenance and documentation protocols, this function provides the leverage needed to assess the long-term reliability of emerging cooling technologies. Furthermore, the ability to manage complex troubleshooting landscapes ensures that scientific outputs are not delayed by infrastructure instability. This expertise reduces the iteration friction between hardware development and product delivery, which is critical for the growth of the emerging quantum-as-a-service market. - Accelerates the transition from laboratory prototypes to industrial-grade quantum infrastructure through stabilized thermal management
- Mitigates operational risks by ensuring the continuous availability of ultra-low temperature environments for qubit operations
- Facilitates the scaling of quantum hardware deployments by providing standardized support for complex cryogenic interfaces
- Strengthens the reliability of deep-tech supply chains through expert maintenance of critical cooling subsystems
- Reduces iteration cycles for hardware engineers by providing high-fidelity feedback on system performance in field conditions
- Optimizes the utilization of expensive quantum processors by minimizing downtime caused by infrastructure failures
- Enhances the maturity of the quantum ecosystem by establishing professionalized technical support protocols for global customers
- Supports the integration of quantum systems into classical HPC environments by managing cross-functional infrastructure dependencies
- Improves the transparency of hardware readiness for investors by maintaining consistent system uptime and performance metrics
- Enables the structural reproducibility of quantum experiments through the rigorous calibration of environmental controls
- Protects high-capital hardware investments by preventing catastrophic thermal events in sensitive cryogenic systems
- Orchestrates the convergence of academic research needs with the practical demands of reliable enterprise-ready servicesIndustry Tags: Cryogenic Engineering, Quantum Infrastructure, Thermal Management, Vacuum Technology, Deep Tech Operations, Hardware Enablement, System Reliability, Dilution Refrigeration, Magnetic Cooling
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