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About QTREX QTREX Quantum Ltd. (Nasdaq: QTEX) is a growing deep-tech company developing advanced connectivity and electronics manufacturing solutions for next-generation hardware markets. Building on our proprietary Additively Manufactured Electronics (AME) technology, we develop materials, manufacturing processes, and production platforms for high-performance interconnects, electronic substrates, and densely packed three-dimensional structures. This enables highly integrated solutions for demanding applications. We deliver high-density, thermally optimized RF connectivity and high-speed electronics for quantum computing infrastructure, dilution cryostats, and other cryogenic systems. We also advance AME applications for defense, aerospace, missiles, space, and other mission-critical programs worldwide.Position Overview The Quantum Program Manager will lead a strategic multidisciplinary development program focused on building a next-generation manufacturing platform for quantum computing applications. The program combines advanced manufacturing technologies, materials development, system engineering, and process innovation to enable the fabrication of high-density cryogenic interconnects and other advanced structures required for future quantum computing systems. Working across research, engineering, and manufacturing disciplines, the Program Manager will be responsible for driving execution, coordinating cross-functional activities, and ensuring alignment between technical objectives, program milestones, and organizational priorities.
Responsibilities
* Lead a strategic multidisciplinary development program from early-stage research through system development and manufacturing readiness.
* Build, maintain, and drive integrated program plans, schedules, milestones, and execution roadmaps.
* Coordinate activities across Physics, Hardware, Electronics, Software, Mechanical Engineering, Manufacturing, Quality, and System Engineering teams.
* Drive alignment between technical objectives, development priorities, resources, and program deliverables.
* Monitor program progress, identify risks and dependencies, and drive mitigation plans.
* Manage external subcontractors, suppliers, research partners, and collaborative development activities.
* Support the transition from research and development to manufacturing readiness and industrialization.
* Provide regular program status updates and executive-level reporting to management.

About QTREX QTREX Quantum Ltd. (Nasdaq: QTEX) is a growing deep-tech company developing advanced connectivity and electronics manufacturing solutions for next-generation hardware markets. Building on our proprietary Additively Manufactured Electronics (AME) technology, we develop materials, manufacturing processes, and production platforms for high-performance interconnects, electronic substrates, and densely packed three-dimensional structures. This enables highly integrated solutions for demanding applications. We deliver high-density, thermally optimized RF connectivity and high-speed electronics for quantum computing infrastructure, dilution cryostats, and other cryogenic systems. We also advance AME applications for defense, aerospace, missiles, space, and other mission-critical programs worldwide.
?Position Overview QTREX is seeking a highly motivated and hands-on Process Manager to drive the development of advanced manufacturing processes for next-generation electronic and quantum technologies. The role combines process innovation, experimental development, equipment interaction, and multidisciplinary collaboration to create robust and scalable processes for advanced materials and manufacturing platforms. Working closely with materials, physics, software, system engineering, and equipment development teams, the Process Development Lead will play a key role in transforming innovative concepts into repeatable and reliable technologies.
Responsibilities
* Lead the development, characterization, and optimization of advanced manufacturing processes in an R&D environment.
* Design and execute experiments, analyze results, and drive data-based process improvements.
* Define process windows, identify critical process parameters, and improve process stability and yield.
* Develop a deep understanding of the interaction between materials, equipment, process parameters, and system performance.
* Work hands-on with development equipment, experimental platforms, and emerging manufacturing technologies.
* Collaborate closely with Materials, Physics, Software, System Engineering, and other R&D teams.
* Support technology maturation, manufacturing readiness, and technology transfer activities.
* Identify technical challenges, investigate root causes, and develop practical solutions.