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Control Electronic & RF Instrumentation Engineer - Job Opportunity at Alice & Bob

Paris, France
Full-time
Senior
Posted: August 6, 2025
Hybrid
€65,000 - €85,000 annually. This estimate reflects the premium compensation typical for senior RF engineers in quantum computing startups in Paris, considering the specialized skill set, 5+ years experience requirement, and the company's recent €100 million funding round. Quantum computing engineers typically command 20-30% salary premiums over traditional RF engineering roles due to specialized expertise and market scarcity.

Benefits

25-day vacation policy plus RTT (Reduction du Temps de Travail) providing superior time-off allocation exceeding standard European minimums
Transportation cost coverage at 50% or bicycle allowance demonstrating commitment to sustainable commuting options
Premium health benefits through Helium/Axa partnership ensuring comprehensive medical coverage
Meal vouchers via Swile platform plus fully equipped kitchen facilities reducing daily food expenses
Parental support including crèche assistance for working parents
Flexible remote work policy allowing up to 40% monthly remote work enabling work-life balance
Company-sponsored language courses supporting professional development and international collaboration
Mental health support through moka.care platform prioritizing employee wellbeing
Subsidized Urban Sports Club membership promoting physical wellness and lifestyle benefits

Key Responsibilities

Lead testing and validation of cutting-edge quantum drive electronics systems, directly impacting the stability and performance of revolutionary quantum processors that compete with tech giants like Google and IBM
Drive adaptation and optimization of existing quantum control systems to accommodate next-generation quantum chip designs, ensuring Alice & Bob maintains its competitive edge in the quantum computing race
Develop comprehensive verification and validation plans using Python and advanced instrumentation, establishing the technical foundation for fault-tolerant quantum computing breakthroughs
Spearhead troubleshooting and continuous optimization of quantum instrumentation systems, ensuring uninterrupted operation of €100 million funded quantum research initiatives
Manage critical supply chain operations and inventory control for specialized quantum electronics components, directly supporting the scaling of quantum processor development
Design and integrate next-generation electronics systems for quantum computing setups, incorporating microwave, RF, and DC electronics that will shape the future of quantum technology
Drive technology advancement through continuous evaluation and implementation of state-of-the-art quantum control instrumentation, maintaining Alice & Bob's position at the forefront of quantum innovation
Lead cross-functional collaboration with quantum physicists, hardware engineers, and software teams to deliver integrated quantum computing solutions that will solve the world's hardest problems
Establish and maintain comprehensive documentation and reporting systems that ensure knowledge transfer and support the rapid scaling of the quantum development team

Requirements

Education

Master or higher degree in Electrical Engineering, Physics, or equivalent

Experience

Minimum of 5 years of experience in RF characterization/measurement and control electronics

Required Skills

Experience with test benches and measurement systems such as Oscilloscopes, Spectrum Analyzers, VNAs, Power Meters, Signal Generators Test & Test procedure definition; V&V plan Experienced in Python programming and remote control of instruments (SCPI for example) Professional English Experience with Cryogenic, Quantum, FPGAs (nice to have) Professional French (nice to have)
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Sauge AI Market Intelligence

Industry Trends

Quantum computing is experiencing unprecedented investment and competition, with major tech companies like Google, IBM, and Amazon investing billions in quantum supremacy, creating enormous demand for specialized RF and control electronics expertise. The industry is transitioning from research phases to practical implementation, requiring engineers who can bridge theoretical quantum physics with practical electronic systems. The global quantum computing market is projected to reach $125 billion by 2030, with superconducting qubit technology leading the charge. Alice & Bob's unique Schrödinger cat qubit approach represents a novel competitor to established players, creating opportunities for engineers to work on breakthrough technology that could reshape the entire industry. European quantum initiatives, including the EU's €1 billion Quantum Flagship program, are positioning the continent as a major quantum hub. France specifically has committed significant resources to quantum research, making Paris a strategic location for quantum technology careers with strong government and private sector support.

Role Significance

Based on the company's 100+ employee count and typical quantum startup structures, this role likely involves leading a team of 3-5 junior engineers and technicians while collaborating closely with 8-12 quantum physicists and software engineers. The position serves as a bridge between theoretical quantum research and practical engineering implementation.
This is a senior individual contributor role with significant technical leadership responsibilities. The position involves making critical decisions about instrumentation selection and system design that directly impact the success of quantum processors worth millions in development investment. The role combines deep technical expertise with cross-functional leadership, positioning the engineer as a key technical authority within the organization.

Key Projects

Development and validation of next-generation quantum control electronics for Schrödinger cat qubits, involving cutting-edge RF system design and integration Implementation of comprehensive testing frameworks for quantum processor characterization, requiring sophisticated measurement systems and data analysis Design and deployment of cryogenic-compatible RF instrumentation systems that operate at millikelvin temperatures while maintaining precise control over quantum states

Success Factors

Mastery of RF system design principles combined with deep understanding of quantum physics constraints, enabling effective translation between theoretical quantum requirements and practical electronic implementations Strong problem-solving capabilities and analytical thinking, essential for troubleshooting complex quantum systems where traditional debugging approaches may not apply due to quantum mechanical effects Excellent cross-functional collaboration skills, as success requires seamless integration with quantum physicists who may have limited electronics backgrounds and software engineers implementing control algorithms Continuous learning mindset and adaptability, given the rapidly evolving nature of quantum technology and the need to stay current with both quantum physics developments and RF engineering advances

Market Demand

Extremely High - The quantum computing industry faces a severe talent shortage, with specialized RF and control electronics engineers being among the most sought-after professionals. The combination of quantum physics knowledge and practical RF engineering expertise is rare, making qualified candidates highly valuable and mobile in the job market.

Important Skills

Critical Skills

RF system design and characterization expertise is absolutely essential as quantum computers rely on precise microwave control of qubits, requiring deep understanding of signal integrity, noise characteristics, and cryogenic RF behavior. This skill directly impacts the fidelity and coherence of quantum operations. Python programming proficiency is critical for modern quantum control systems, enabling automated testing, data analysis, and instrument control. The ability to develop sophisticated measurement and control software distinguishes effective quantum engineers from traditional RF engineers. Experience with advanced test instrumentation (VNAs, spectrum analyzers, oscilloscopes) is fundamental for quantum system characterization and optimization. These tools are essential for measuring quantum processor performance and diagnosing system issues that could compromise quantum computing operations.

Beneficial Skills

Cryogenic system experience provides significant advantage in quantum computing environments where systems operate at millikelvin temperatures, affecting RF component behavior and requiring specialized design considerations FPGA programming skills enable development of real-time quantum control systems with microsecond timing precision required for quantum gate operations and error correction protocols French language proficiency facilitates integration into the local quantum research ecosystem and collaboration with French academic institutions and industry partners

Unique Aspects

Opportunity to work on revolutionary Schrödinger cat qubit technology that could fundamentally change quantum computing architecture and performance
Direct competition with tech giants like Google and IBM, providing exposure to the highest levels of quantum computing development and strategic thinking
Integration of advanced RF engineering with quantum physics, offering a unique career path that combines practical electronics expertise with cutting-edge quantum science
Significant funding backing (€100 million) ensuring job security and resources for ambitious technical projects while maintaining startup agility and innovation culture

Career Growth

Career progression typically occurs within 2-4 years in the fast-moving quantum industry, particularly for professionals who combine technical excellence with leadership capabilities. The rapid growth and high investment levels in quantum computing create accelerated advancement opportunities compared to traditional technology sectors.

Potential Next Roles

Senior Quantum Systems Architect with responsibility for overall quantum computer system design and integration across multiple technology domains Quantum Hardware Engineering Manager leading larger teams of specialized engineers working on different aspects of quantum processor development Principal Quantum Engineer or Chief Technology Officer at quantum startups, leveraging deep technical expertise to guide overall technology strategy and product development

Company Overview

Alice & Bob

Alice & Bob represents a significant player in the global quantum computing race, distinguished by its innovative Schrödinger cat qubit technology that promises autonomous quantum error correction. The company's recent €100 million funding round in 2025 demonstrates strong investor confidence and positions it as a serious challenger to established quantum computing leaders like Google and IBM.

As a well-funded European quantum computing startup with a unique technological approach, Alice & Bob occupies a strong position in the competitive quantum landscape. The company's focus on fault-tolerant quantum computing addresses one of the industry's most critical challenges, potentially providing a significant competitive advantage if successfully implemented.
Based in Paris, Alice & Bob benefits from France's strong commitment to quantum research and the broader European quantum ecosystem. The location provides access to top-tier quantum physics talent from leading European universities and research institutions, while the company's growth trajectory suggests expansion opportunities across European and global markets.
The company culture emphasizes innovation, technical excellence, and collaborative problem-solving, typical of high-growth deep-tech startups. With 100+ employees spanning physicists, engineers, and business professionals, the environment likely promotes interdisciplinary learning and rapid professional development in an cutting-edge technology domain.
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