What Is IEEE Transactions on Semiconductor Manufacturing?

IEEE Transactions on Semiconductor Manufacturing is a peer-reviewed quarterly journal that publishes research on the fabrication of microelectronic and photonic components and integrated systems. Founded in 1988, the journal covers the full range of manufacturing science relevant to the semiconductor industry, from individual process steps and equipment performance through yield analysis, factory operations, and supply chain management. It is a joint publication of several IEEE societies, including the Electron Devices Society, the Solid-State Circuits Society, and the Reliability Society, reflecting the breadth of technical disciplines that intersect in semiconductor manufacturing.

The journal's scope distinguishes it from device physics journals by focusing on how devices are made and how manufacturing processes can be controlled, optimized, and scaled, rather than on device properties themselves. Papers in the journal connect physical chemistry and materials science to statistical process control and factory-level optimization, a combination that reflects the multidisciplinary nature of modern semiconductor fabrication.

Process Technology and Equipment

A major area of the journal covers the physics and engineering of individual fabrication steps: photolithography, including optical proximity correction and resolution enhancement; plasma etching and deposition; chemical mechanical planarization; ion implantation; and thermal processing. Equipment performance modeling, which relates process outcomes to machine parameters and predicts how variation propagates through process flows, appears alongside experimental characterization of new process chemistries and materials.

As device geometries have shrunk below ten nanometers, the journal has addressed the transition to extreme ultraviolet (EUV) lithography and the manufacturing challenges associated with multi-patterning, high-k dielectrics, and three-dimensional transistor architectures such as FinFETs and gate-all-around structures. Research on emerging materials, including gallium nitride for power electronics and photovoltaic materials for solar cells, has expanded the journal's scope beyond silicon-based CMOS. The IEEE Electron Devices Society, which co-sponsors the journal, provides author guidelines that reflect this material breadth.

Yield, Metrology, and Process Control

The journal publishes extensively on yield analysis and enhancement, a discipline concerned with understanding why chips fail during fabrication and modifying processes or designs to reduce defect densities. Metrology, the measurement of physical and electrical properties during and after fabrication, is central to this work, with papers covering optical and electron-beam inspection techniques, virtual metrology (inferring process state from equipment data without direct measurement), and statistical methods for relating metrology signals to yield outcomes.

Advanced process control (APC) methods, which use feedback from in-line measurements to adjust process parameters in real time, represent a major research thread. Run-to-run control, fault detection and classification, and the integration of machine learning into process monitoring are topics that have grown in prominence as factories have become more data-rich. IEEE Xplore hosts the full archive of the journal, where the evolution of these methods from classical statistical process control to data-driven approaches is visible across decades of publications.

Factory Systems and Supply Chain

Beyond the process level, the journal covers factory-level scheduling, material handling, and production planning for semiconductor fabs, which operate as some of the most complex manufacturing environments in industry. Simulation modeling of fab operations, capacity planning under demand uncertainty, and supply chain optimization for raw materials and equipment complete the journal's scope at the systems level. Research on environmental impacts and resource efficiency in semiconductor manufacturing has appeared more frequently as the industry has faced pressure to reduce water, chemical, and energy consumption. The IEEE Reliability Society's role as a co-sponsoring society connects this systems perspective to reliability engineering methods applied to manufacturing equipment and processes.

Applications

IEEE Transactions on Semiconductor Manufacturing publishes research with applications in:

• Logic and memory integrated circuit fabrication at advanced technology nodes
• Power semiconductor device manufacturing for electric vehicles and power conversion
• Photovoltaic cell and module production
• Micro-electromechanical systems (MEMS) fabrication for sensors and actuators
• Compound semiconductor manufacturing for communications and photonics