Collect
Balance aperture, focal length and field of view.
05 / LASER & OPTICS
Optical performance starts with disciplined trade-offs.
A clear path from collection geometry to usable image detail.
LASER & OPTICS
Optical trade-offs
made visible.
Collection geometry, spectral behaviour and integration discipline form one connected optical path.
Resolve
Relate sampling and contrast to the observation task.
Protect
Preserve alignment and performance in the system architecture.
Laser and optical work at OHMIRIS is treated as an engineering discipline: optical geometry, spectral behaviour, packaging and integration are considered together from the first architecture decision.
Collection geometry
Field of view, aperture and focal length determine the available scene representation.
Spectral selection
The relevant optical band is chosen in relation to contrast, environment and intended use.
Mechanical stability
Optical alignment and packaging must retain performance through the platform lifecycle.
RequirementsArchitectureIntegrationVerificationTRACEABLE DEVELOPMENT FLOW
ENGINEERING NOTE
Optical design connects physics to operational relevance.
Aperture, focal length, sampling and spectral response are not separate specifications. They work as a connected optical path, shaped around the geometry and conditions of an observation task.
A practical framework
Define
Establish the observation geometry and environmental constraints.
Balance
Make optical trade-offs explicit across detail, field of view and packaging.
Integrate
Protect alignment and optical performance through the wider system architecture.
OHMIRIS / ELECTRO-OPTICAL SYSTEMS ENGINEERING