CTO: Chief Technical Officer
Define the enterprise technical architecture, engineering standards and delivery roadmap across quantum communications, AI, data infrastructure and space systems.
Careers at Galaxity AI
We are assembling a multidisciplinary talent network across quantum communications, governed AI, cybersecurity, photonics, satellite engineering, payloads, ground systems and enterprise transformation.
View positions ↓58 opportunities
Our hiring sequence follows operating milestones and project requirements. Some positions may begin through advisory, consulting or project-based work before moving into full-time roles. Every position includes a complete role profile and a direct résumé link.
15 positions
Define the enterprise technical architecture, engineering standards and delivery roadmap across quantum communications, AI, data infrastructure and space systems.
Lead secure, reliable software delivery and platform operations across enterprise, ground and mission-critical environments.
Direct spacecraft, payload, constellation and ground-segment strategy from early design through deployment and operations.
Lead multidisciplinary engineering execution across quantum networks, optical systems, data infrastructure, AI and spacecraft programs.
Guide the development of governed enterprise AI, closed models, neural networks and autonomous agents for infrastructure and mission operations.
Lead quantum-network architecture, QKD integration and post-quantum readiness across terrestrial, ground-to-space and inter-satellite systems.
Direct laser, photonics and optical-terminal strategy for terrestrial networks, data infrastructure and space communications.
Turn emerging technologies and institutional needs into disciplined experiments, partnerships and scalable operating capabilities.
Lead the regulatory, licensing and compliance framework supporting secure infrastructure, communications and space-system operations.
Define the enterprise architecture connecting infrastructure, applications, data, cybersecurity and governed AI systems.
Lead legal strategy for corporate development, intellectual property, contracts, regulated technology and strategic partnerships.
Develop the intelligence operating layer that connects enterprise data, risk, infrastructure and executive decision-making.
Lead financial strategy, capital planning, controls and performance management for long-horizon infrastructure and technology programs.
Build the operating system that converts strategy into coordinated execution across programs, partners and business functions.
Lead the architecture and operation of resilient communications networks spanning terrestrial infrastructure and orbital constellations.
1 position
Build durable relationships with enterprises, public-sector institutions, research partners and disciplined long-horizon capital.
4 positions
Plan efficient quantum-focused data centers and edge-computing environments across compute, power, cooling, networking, resilience and operational security.
Develop system architecture for celestial quantum constellations, optical inter-satellite links, ground connectivity and edge capability above the clouds.
Translate institutional infrastructure, data, AI and security requirements into sequenced technical roadmaps with measurable operational and financial outcomes.
Own spacecraft requirements, interfaces and design trades across the bus, payload, ground segment and mission lifecycle.
12 positions
Design, analyze and test spacecraft electrical architecture, harnessing, interfaces, protection and flight-qualified electronic assemblies.
Engineer solar generation, battery storage, power conditioning, distribution and fault protection for every mission phase.
Define payload architecture, performance budgets, interfaces and verification from mission need through on-orbit commissioning.
Develop precision pointing, acquisition, tracking and beam-steering controls for optical and electronically steered payloads.
Build the onboard computing, command, telemetry, timing, data buses and fault-tolerant electronics that operate the spacecraft.
Implement high-speed signal processing, encoding, beamforming and payload data pipelines in flight-qualified FPGA platforms.
Design and qualify propulsion, propellant-management and maneuver systems for orbit raising, station keeping and collision avoidance.
Model and control spacecraft temperatures through coatings, insulation, radiators, heaters and heat-transport hardware.
Design lightweight flight structures that survive launch loads while meeting stiffness, alignment, thermal and mass constraints.
Develop deployment, pointing and motion mechanisms for antennas, solar arrays, optical terminals and other moving assemblies.
Design space-qualified optical payloads, terminals, telescopes and detectors for sensing and high-rate laser communications.
Develop microwave, radar and communications payloads, including RF chains, calibration, performance analysis and antenna interfaces.
1 position
Translate customer missions into payload, connectivity, data-product and ground-integration requirements that can be engineered and verified.
6 positions
Architect secure terrestrial and celestial communications systems that unite QKD, post-quantum cryptography, optical networking and resilient control infrastructure.
Design laser, photonics and optical-link systems for data centers, terrestrial networks, edge platforms and future constellation communications.
Design satellite uplinks, downlinks and crosslinks across RF bands, including link budgets, modulation and interference analysis.
Develop flight and ground antennas, phased arrays, beamforming networks and electronically steered multi-beam coverage.
Build resilient onboard and ground networking for routing, crosslinks, time synchronization and secure constellation services.
Design and operate ground antennas, RF electronics and tracking systems supporting acquisition, telemetry and high-rate data delivery.
3 positions
Design navigation, estimation and control algorithms that guide spacecraft trajectories and maintain mission performance.
Engineer sensors, actuators and control laws that determine and control spacecraft orientation with high pointing accuracy.
Model orbits, conjunctions, station keeping, constellation geometry, maneuver planning and end-of-life disposal.
3 positions
Build governed closed-model AI, neural-network and machine-learning systems for enterprise operations, infrastructure intelligence and autonomous decision support.
Develop deterministic onboard software for command handling, autonomy, fault management, payload control and spacecraft health.
Build mission and hardware-in-the-loop simulations that validate performance, autonomy, operations and failure responses before flight.
3 positions
Architect mission-control, ground-station, networking and data-processing systems connecting operators, spacecraft and customers.
Engineer reliable TT&C links, ranging, command paths, telemetry processing and spacecraft-control interfaces.
Create flight procedures, command plans and anomaly responses for launch, commissioning and continuous constellation operations.
4 positions
Integrate spacecraft hardware and software, verify interfaces and lead system-level functional testing before launch.
Plan vibration, acoustic, thermal-vacuum and electromagnetic testing that proves hardware can survive launch and space.
Design repeatable production, tooling, work instructions and quality controls for scalable spacecraft and payload assembly.
Manage launch-vehicle interfaces, environmental requirements, dispenser integration, deployment sequencing and launch-site readiness.
6 positions
Assess cryptographic exposure and engineer migration strategies that combine PQC, QKD, key management, monitoring and security governance.
Drive reliability analysis, failure reviews, quality controls and verification evidence needed for dependable missions.
Assess radiation environments, select electrical parts and verify mitigation against total-dose and single-event effects.
Coordinate spectrum strategy, interference studies, licensing and technical filings for space and ground communications.
Secure flight software, command links, ground systems, supply chains and cryptographic operations against cyber and quantum threats.
Identify hazards, analyze fault paths and ensure designs and operations meet launch, range and mission-safety requirements.
Join the talent network
Tell us what you are built to solve and attach your résumé.
Send Your Resume ↗