Aufgabengebiet
- Akquise öffentlicher Fördermittel über (inter-)nationale Ausschreibungen
- Ausarbeitung und Antragsstellung für die Projekte in Zusammenarbeit mit internen Fachbereichen und externen Partnern bis zum Projektstart
- Laufende Überwachung von Drittpatenten und Koordination von laufenden Patentthemen wie Neuanmeldungen oder Einspruchsverfahren in Absprache mit technischen Experten und der Geschäftsführung
- Leitung administrativer Projekte im Bereich der Prozessoptimierung innerhalb der Entwicklungsabteilung
- Unterstützung der Geschäftsführung und der Abteilungsleitung bei operativen Aufgaben im Tagesgeschehen
- Repräsentation unseres Unternehmens gegenüber Kunden und Partnern sowie auf Messen, Tagungen und Projekttreffen
Profil
- Abgeschlossenes Hochschulstudium im Bereich der Physik, Photonik oder Ingenieurwissenschaften; Promotion im Bereich Optik oder Photonik von Vorteil
- Idealerweise erste Berufserfahrung im industriellen Umfeld
- Kenntnisse in mindestens zwei der folgenden Bereiche: Photonik, Ultrakurzpulslaser/Frequenzkämme, Frequenzstabilisierung von Dauerstrichlasern, Zeit-/Frequenzmetrologie oder Quantentechnologien
- Hohes Maß an Eigeninitiative, schnelle Auffassungsgabe sowie eine strukturierte und lösungsorientierte Arbeitsweise
- Ausgeprägte Kommunikations- und Teamfähigkeit und ein sicheres öffentliches Auftreten
- Sehr gute Deutsch- und Englischkenntnisse in Wort und Schrift
Wir bieten
- Spannende und anspruchsvolle Aufgaben in einem dynamisch wachsenden Markt
- Eigenverantwortliches Arbeiten in einem hochmotivierten Team mit Gestaltungsfreiraum
- Eine Vergütung, die Sie am Unternehmenserfolg beteiligt, sowie ein Modell zur betrieblichen Altersvorsorge
- Eine individuelle und praxisorientierte Einarbeitung sowie Möglichkeiten zur beruflichen Weiterbildung
- JobRad-Leasing oder kostenloses Deutschlandticket
- 30 Tage Urlaub sowie regelmäßige Mitarbeiterevents
- Einen sicheren Arbeitsplatz und eine unbefristete Festanstellung
- Flache Hierarchien, Duz-Kultur und kurze Entscheidungswege
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
The strategic management of intellectual property and public funding within the photonics and quantum sectors serves as a foundational pillar for navigating the transition from fundamental research to industrial scalability. As European deep-tech initiatives face increasing pressure to convert scientific excellence into commercial utility, the structural necessity for integrated patent and grant oversight becomes critical for securing the high-capital investments required for long-term technology development. This role type functions as a high-leverage coordination point that synchronizes institutional funding cycles with the protective frameworks of proprietary innovation, effectively mitigating the systemic risks of technology obsolescence in high-growth markets. By orchestrating these complex cross-functional dependencies, organizations can stabilize their position within the global value chain while ensuring that emerging photonic systems are architecturally and legally prepared for deployment in competitive enterprise environments.
The photonics ecosystem is currently undergoing a decisive shift toward high-fidelity integration, where the convergence of laser technologies, silicon photonics, and quantum metrology defines the next generation of industrial capabilities. While scientific breakthroughs continue to emerge from academic institutions, the primary bottleneck for industrial adoption has shifted to the coordination of public-private funding and the strategic navigation of international patent landscapes. Current industry dynamics, influenced by national security mandates and strategic economic interests, place a premium on roles that can bridge the gap between abstract research and de-risked, market-ready products. This structural layer is essential for maintaining momentum as technologies transition through varying Technology Readiness Levels (TRLs).
Ecosystem-level stability is further complicated by the fragmentation of global supply chains and the competitive race for technological sovereignty. National strategies, such as those in the US and Europe, highlight the importance of sustained investment in fundamental research as the basis for technological advancement. Consequently, the ability to exploit unique light properties through funded innovation projects is a primary determinant of whether a commercial organization can successfully transition from exploration to deployment. This requires a sophisticated management of the interface between chip designers, system integrators, and regulatory bodies to ensure long-term interoperability.
The capability architecture for this role type centers on the synchronization of advanced photonic research with the rigorous protocols of intellectual property management and public funding acquisition. Mastery of the regulatory environment is essential for ensuring that innovation pathways are aligned with both national security interests and international patent standards. This necessitates a deep understanding of the integration points between technical metrology, such as frequency stabilization and time metrology, and the legal frameworks that protect these breakthroughs. Such expertise is fundamental to the throughput of deep-tech organizations, as it enables the parallelization of long-term research initiatives with near-term commercial objectives. These capabilities are critical for reducing the iteration friction between fundamental physics and the delivery of scalable systems, ensuring that proprietary assets remain protected within the emerging global market. - Accelerates the transition of photonic breakthroughs from laboratory research to industrial-grade commercial applications
- Mitigates systemic execution risks by aligning long-term research cycles with available national and international funding roadmaps
- Facilitates the protection of proprietary quantum and photonic assets through strategic patent management and surveillance
- Strengthens organizational resilience by securing non-dilutive capital through successful public grant acquisitions
- Reduces iteration friction between fundamental scientific discoveries and the deployment of scalable photonic infrastructures
- Optimizes the allocation of technical resources by synchronizing development goals with external project requirements
- Enhances the stability of the deep-tech value chain by providing predictable legal and financial frameworks for innovation
- Supports the scaling of quantum technologies through the coordination of multi-partner research consortia
- Improves the transparency of technology readiness level progression for institutional and private stakeholders
- Enables the structural reproducibility of technical projects through standardized administrative and process optimization
- Protects high-capital research investments by ensuring alignment with evolving regulatory and patent standards
- Orchestrates the convergence of academic research pathways with the practical demands of the global photonics marketIndustry Tags: Photonics Integration, Quantum Technology Grants, Intellectual Property Strategy, Deep Tech Funding, Silicon Photonics, Metrology Standards, Research and Development Management, Technology Readiness Levels, Industrial Optics
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