Optics Engineering

Optics engineers design systems that generate, guide, detect, or form images with light. Their work appears in products such as camera lenses, LiDAR units, microscopes, medical endoscopes, telescopes, and fiber-optic networks.

Electrical engineering concentrates broadly on circuits, signals, power, and electronics, while optics engineering specializes in light propagation and optical components. Modern photonics projects often require both, such as pairing a laser and lens assembly with detectors and signal-processing electronics.

Imaging engineers often use tools such as Ansys Zemax OpticStudio or Synopsys CODE V for ray tracing and lens optimization. Systems involving waves, lasers, or photonic structures may also use COMSOL Multiphysics, Lumerical, MATLAB, or Python.

Relevant degrees include optical engineering, photonics, physics, and electrical engineering. Useful coursework covers geometric optics, physical optics, electromagnetism, lasers, imaging, and laboratory measurement.