Careers

Work on distributed space systems and integrated Earth intelligence.

R4 seeks interdisciplinary contributors across spacecraft engineering, payloads, remote sensing, artificial intelligence, software platforms, mission operations, policy, and institutional development.

Disciplines

Potential career and research domains

Open roles vary with programme phase. The disciplines below indicate areas of prospective recruitment, internship, advisory, and collaboration interest.

Satellite systems engineer

Architecture, requirements, interfaces, budgets, verification, and integrated system engineering.

Payload engineer

SAR, electro-optical, thermal-infrared, RF sensing, calibration, characterisation, and validation.

Guidance, navigation, and control engineer

Formation geometry, relative navigation, attitude control, autonomous coordination, and mission simulation.

RF and communications engineer

Space-ground links, onboard networks, spectrum engineering, modem integration, and link validation.

Remote-sensing scientist

SAR, optical, thermal, RF, geospatial algorithms, calibration, validation, and application science.

AI and machine-learning engineer

Multi-modal fusion, object detection, anomaly analysis, prediction, and uncertainty estimation.

Geospatial data engineer

Ingestion, catalogues, georeferencing, tiling, data lineage, STAC, OGC services, and scalable pipelines.

Cloud and platform engineer

Distributed storage, orchestration, GPU workloads, APIs, observability, and deployment automation.

Cybersecurity engineer

Threat modelling, identity, key management, secure architecture, auditability, and system hardening.

Business development

Customer discovery, institutional partnerships, pilots, proposals, programme development, and strategic accounts.

Space policy and regulation

Licensing, spectrum, remote-sensing regulation, export control, data policy, and institutional compliance.

Research and engineering internships

Structured projects in mission analysis, remote sensing, AI, simulation, software, market research, and policy.

Candidate profile

Scientific rigour and systems-level reasoning.

Evidence-based

Formulates hypotheses, validates assumptions, documents uncertainty, and communicates technical evidence.

Interdisciplinary

Connects spacecraft, sensing physics, data systems, operations, regulation, and customer objectives.

Mission-oriented

Translates engineering work into measurable operational performance and decision value.

Responsible

Applies security, safety, legal, ethical, and quality considerations throughout system development.

Expression of interest

Submit a concise technical profile, relevant project evidence, and the discipline in which you can contribute.

Email applications and research-collaboration proposals to careers@r4space.com. Include a curriculum vitae, portfolio or publication links, location, availability, and preferred engagement type.