IT Systems & Endpoint Management Engineer T2
As an IT Systems & Endpoint Management Engineer T2, you will support the architectural integrity and operational continuity of Qblox’s internal IT environment.
Reporting directly to the IT Engineering Lead, this is a highly autonomous yet collaborative role where you will help mature enterprise endpoint security, implement Zero Trust principles, and execute strategic technical projects. Backed by our high-performing Business IT Servicedesk—who manage day-to-day requests—you will serve as the expert Tier 3 escalation point for critical challenges.
As Qblox scales, our IT Engineering Lead is spearheading our overarching ISO 27001 and NIS2 compliance initiatives - you will take ownership of driving and implementing the technical IT controls that underpin them. This position is essential to ensuring our international team operates efficiently, securely, and compliantly, directly enabling breakthroughs in quantum technology.
Core Responsibilities & Technical Ownership
Endpoint Engineering & Security Architecture
- Support the engineering, deployment, and security hardening of multi-OS endpoints (macOS, Windows, and Linux) across the organization.
- Establish policy standardization and automated provisioning utilizing JumpCloud (MDM).
- Oversee automated patching and compliance enforcement using Automox to maintain a continuous, unified security posture.
- Implement and mature Zero Trust principles alongside the Lead, enforcing a least-privilege access model to safeguard critical company data.
Infrastructure Operations & Tier 3 Reliability
- Partner with the Business IT Servicedesk, acting as their definitive Tier 3 escalation point for complex infrastructure incidents, delivering root-cause analysis.
- Execute the implementation, rigorous testing, and continuous management of data backup and Disaster Recovery (DR) procedures.
- Collaborate closely with R&D and DevOps teams to bridge operational IT infrastructure needs with high-performance computing requirements.
- Assist with the maintenance and configuration of critical network services, including LAN, WAN, firewalls, switches, and VPNs, together with our external networking party.
IT Governance, Compliance & Project Execution
- Drive the technical IT controls and operational alignment for our upcoming ISO 27001 and NIS2 compliance initiatives, ensuring our infrastructure controls are robust, auditable, and fully documented.
- Collaborate on high-impact infrastructure projects with the IT Engineering Lead, contributing to architectural planning and taking ownership of final deployment.
- Help administer and govern robust Identity and Access Management (IAM) systems, specifically leveraging C1 (ConductorOne) for identity governance, access reviews, and compliance automation.
Enough about us, what about you? To really enjoy this role we expect you will have a background encompassing the following:
Must-Have Expertise
- Experience Level: HBO-level education in Computer Science, Business IT, or equivalent. Minimum of 4+ years of hands-on experience in Infrastructure Engineering, IT Systems Administration, or a Site Reliability role.
- Automation, Scripting & API Integration: Strong practical experience in JavaScript and Python scripting alongside Low-Code/No-Code platforms (e.g., Zapier) to automate routine infrastructure tasks, connect platforms via APIs, and orchestrate workflows to eliminate manual IT operations.
- Endpoint Mastery: Strong practical understanding of managing multi-OS environments (Mac, Windows, Linux) via MDM and deploying automated policy enforcement.
- SaaS Ecosystems: Proven experience administering Google Workspace Enterprise Plus, 1Password, Slack and the Atlassian Suite (Jira/Confluence), with a strong grasp of enterprise SaaS integrations.
- Core Competencies: Exceptional analytical, problem-solving, and communication skills in English.
Differentiating Skills (Bonus)
- AI Governance & Adoption: Awareness or understanding of enterprise AI governance across a broad ecosystem—including LLMs, Model Context Protocol (MCP) architectures, autonomous AI agents, and productivity tools (e.g., Gemini Enterprise, Cursor—with an eye toward preventing data leakage and ensuring privacy.
- Advanced Linux Mastery: Advanced Linux system administration proficiency and experience with advanced management tools (e.g., Red Hat Satellite/Lightspeed).
- Foundational expertise in advanced networking (firewalls, routing, managed switches).
- Experience troubleshooting physical and virtual server infrastructure.
- Familiarity with Infrastructure-as-Code (IaC) tooling (e.g., Ansible, Terraform).
- Knowledge of IT Service Management practices (ITIL, Jira Service Management) and SIEM implementation.
- Proficiency in the Dutch language.
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
The structural necessity for advanced IT Systems and Endpoint Management functions within the quantum technology ecosystem arises from the acute need for secure, compliant, and highly performant operational environments. This role type serves as a critical enabler, translating complex regulatory demands and cybersecurity imperatives into robust technical architectures that protect sensitive intellectual property and facilitate uninterrupted research and development cycles. Its value-chain impact is realized through the de-risking of strategic initiatives, ensuring data integrity, and bolstering organizational resilience against sophisticated digital threats, factors paramount for attracting investment and securing competitive advantage in a rapidly evolving deep-tech sector. Market signals consistently underscore the increasing valuation of companies demonstrating mature security postures and operational stability.
The quantum computing ecosystem, characterized by nascent technologies and a rapid innovation pace, places unique demands on its underlying IT infrastructure. Roles centered on systems and endpoint management are positioned as critical enablers within the broader quantum value chain, ensuring the operational integrity of environments supporting quantum hardware development, algorithm design, and application-layer research. This functional area mitigates operational friction, allowing highly specialized quantum scientists and engineers to focus on their core competencies without undue infrastructure impediments.
A significant macro constraint across the quantum sector is the scarcity of talent with hybrid skills – individuals proficient in both advanced IT operations and possessing an understanding of high-performance computing requirements inherent in quantum R&D. This extends beyond core quantum roles to the foundational IT support, where specialized knowledge is needed to manage complex multi-OS environments and integrate disparate systems. Furthermore, the evolving regulatory landscape, exemplified by frameworks like ISO 27001 and NIS2, introduces substantial compliance overhead, particularly for companies handling sensitive intellectual property. Effective IT governance and security posture are not merely operational necessities but become strategic differentiators, impacting a firm's ability to secure funding, forge international partnerships, and enter regulated markets.
Vendor fragmentation within the IT security and management toolchain presents another challenge. As quantum firms scale, integrating diverse SaaS platforms and managing endpoint security across heterogeneous operating systems requires substantial architectural foresight and implementation expertise. This fragmentation can lead to scalability bottlenecks if not addressed proactively through automation and standardized policy enforcement. Supply chain risks, while often associated with hardware components, also extend to software dependencies and third-party IT service providers, necessitating robust due diligence and resilient operational strategies. Ensuring data integrity and system availability is paramount for quantum research, where even minor interruptions can significantly impact experimental timelines and data fidelity. The overall sector trajectory indicates an increasing reliance on robust, compliant, and highly available IT foundations to underpin the transition from research prototypes to commercially viable quantum solutions.
The technical architecture underpinning robust IT operations in deep technology environments encompasses several critical capability domains. Endpoint management proficiency across heterogeneous operating systems (macOS, Windows, Linux) is foundational, ensuring standardized security configurations and access controls via Mobile Device Management (MDM) platforms. This standardization is crucial for maintaining a unified security posture across a geographically distributed workforce and diverse research hardware. Automated patching and compliance enforcement mechanisms are essential tooling layers, reducing manual overhead and ensuring continuous adherence to security benchmarks, which directly impacts system stability and reduces vulnerability exploitation windows.
Further, expertise in Identity and Access Management (IAM) systems and their governance facilitates secure authentication and authorization across enterprise applications, critically enabling a Zero Trust security model. This is vital for controlling access to sensitive intellectual property and research data. Integration capabilities, leveraging scripting languages (e.g., Python, JavaScript) and API orchestration, are key interface points that connect disparate SaaS ecosystems and automate routine infrastructure workflows. This automation significantly enhances operational throughput and minimizes human error, freeing up specialized engineering talent for more complex architectural challenges. The ability to manage and test data backup and disaster recovery solutions further strengthens resilience, directly impacting business continuity and the integrity of invaluable research datasets.
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Elevates organizational resilience against cyber threats, contributing to broader sector trust and stability.
Accelerates the secure sharing of research insights across collaborative deep-tech initiatives.
Ensures adherence to international compliance standards, facilitating market entry and cross-border operations.
Optimizes operational expenditures through automation of routine infrastructure management.
Strengthens intellectual property protection, safeguarding proprietary quantum advancements.
Reduces operational downtime, directly supporting continuous quantum experimentation.
Enhances talent retention by providing a stable and secure technical work environment.
Drives the adoption of secure development practices across engineering functions.
Facilitates rapid scaling of IT infrastructure to meet accelerating R&D demands.
Mitigates data breach risks, preserving corporate reputation and stakeholder confidence.
Enables efficient onboarding of specialized technical personnel within secure parameters.
Supports strategic partnerships by demonstrating robust data governance capabilities.
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Industry Tags: Quantum Computing, IT Infrastructure, Endpoint Security, Zero Trust Architecture, Regulatory Compliance, ISO 27001, NIS2, Cloud Security, Systems Administration, Cybersecurity, Deep Tech Operations, Quantum Hardware Enablement
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