Diode Laser & Photonic Chip Engineering: A Practical Design Manual for Semiconductor Lasers, Photonic Integrated Circuits, Silicon Photonics, InP Integration, Simulation, Fabrication and Testing - Softcover

Name: Diode Laser & Photonic Chip Engineering: A Practical Design Manual for Semiconductor Lasers, Photonic Integrated Circuits, Silicon Photonics, InP Integration, Simulation, Fabrication and Testing
Author: Newman, Sienna
ISBN: 9798140562403

Newman, Sienna

9798140562403: Diode Laser & Photonic Chip Engineering: A Practical Design Manual for Semiconductor Lasers, Photonic Integrated Circuits, Silicon Photonics, InP Integration, Simulation, Fabrication and Testing

Softcover

ISBN 13: 9798140562403

Publisher: Independently published, 2026

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A photonic chip that performs in simulation is only the beginning; the real test is whether its laser, layout, packaging and measured performance work together.

Does laser theory lead to sound device-design decisions?

Can a simulated PIC retain performance after fabrication and packaging?

Are material, coupling and thermal risks being assessed before tape-out?

Finlay Barker’s Diode Laser & Photonic Chip Engineering brings these challenges into one practical design manual. It connects semiconductor band structure, carrier injection, optical gain and threshold conditions with DFB, DBR and VCSEL architectures; then moves through PIC components, material-platform choices, III–V integration, simulation, foundry preparation and experimental characterisation. Worked calculations, design comparisons and end-to-end engineering workflows make the technical relationships visible.

Discover how to work with:

Laser gain and threshold.
DFB, DBR and VCSEL design.
Quantum-well and quantum-dot structures.
Silicon, SiN, InP, GaAs and LNOI.
Waveguides and optical confinement.
Couplers, splitters and resonators.
Mach–Zehnder interferometers.
Modulators and photodetectors.
Hybrid and heterogeneous integration.
FDTD and FEM simulation.
Python-based EPDA workflows.
PDK, DRC, LVS and MPW preparation.
Fibre-to-chip coupling and packaging.
Thermal management and reliability.
Testing, characterisation and troubleshooting.

This is not a superficial introduction or a collection of disconnected equations. It is designed for engineers, researchers and graduate students who need technical depth linked to practical decisions. Its workflows explain transferable principles; access to commercial software, proprietary PDKs and foundry facilities remains dependent on the reader’s organisation and platform.

Scroll up and click the "Add to Cart" button now to strengthen your ability to design, simulate, integrate and troubleshoot high-performance photonic integrated circuits.

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