Jobs at Aegiq

Develop quantum-computing software for circuit decomposition, transpilation, compilation, optimization, and scientific applications. Translate research prototypes into reliable software libraries, optimize numerical algorithms using GPUs and tensor networks, design APIs, benchmark performance, and maintain testing and continuous integration. Collaborate with quantum architecture, hardware, applications, and software teams. Senior engineers will own complex architectures, make technical decisions, lead development, and mentor colleagues.

Design and optimise III-V semiconductor epitaxial structures and photonic devices for quantum computing applications. Responsibilities include bandgap, strain and thermal engineering; electronic, optical and electro-optical modelling; TCAD and Python-based simulation; collaboration with epitaxy and fabrication partners; and interpretation of structural, optical and electrical characterisation data. The role translates device requirements into manufacturable designs and supports validation from simulation through wafer production and experimental testing.

Develop and integrate multidisciplinary quantum computing systems spanning photonics, electronics, mechanics, cryogenics, and software. Define architectures, requirements, interfaces, performance budgets, and verification plans; support modelling, prototyping, testing, troubleshooting, and product transition from laboratory concepts to reliable deployable hardware. Collaborate with scientists and engineers to resolve system-level risks, coordinate technical activities, and develop Python-based test and control tools.

Design, build, calibrate, automate, and troubleshoot optical and cryogenic test systems for photonic quantum-computing hardware. Characterise photonic devices and integrated circuits, analyse experimental data, assess uncertainty, and develop Python-based instrument-control routines. The role also involves laboratory development, equipment maintenance, procedure creation, and collaboration with photonic design, fabrication, packaging, electronics, and software teams.

Hands-on graduate role testing and characterising photonic hardware for quantum computing systems. Responsibilities include building and aligning optical systems, operating cryogenic test equipment, measuring photonic integrated circuit performance, automating measurements with Python, analysing experimental data, troubleshooting, and maintaining laboratory procedures and equipment. The role collaborates with photonic design, fabrication, packaging, and electronics teams.

Design and simulate photonic integrated circuit components and architectures for quantum computing systems. Responsibilities include optical modelling, PIC layout, PCell development, DRC, GDSII tapeout, electro-optic co-design, foundry collaboration, manufacturability optimization, and experimental characterization. The role requires translating quantum-computing requirements into scalable, manufacturable photonic hardware and validating fabricated devices against simulations.