Hardware & Semiconductor Engineering

Electronic hardware design, semiconductor development, chip verification, embedded systems

Hardware and semiconductor engineering focuses on the physical technology that makes digital systems work. This includes the circuit boards, processors, memory chips and electronic components found in computers, smartphones, connected devices and data centres. Hardware engineers design and test electronic products and systems, while semiconductor engineers specialise in the chips and manufacturing processes behind many of their core functions. The two disciplines work closely together to turn a product’s requirements into reliable technology.

Hardware development typically involves designing circuits, selecting components, creating printed circuit boards and testing prototypes. Engineers need to consider how a device will perform, how much power it will consume and how it will manage heat. They also investigate faults and refine designs so that products can be manufactured consistently. Some roles involve embedded systems, where hardware works alongside dedicated software to control a device, such as a sensor, medical instrument or vehicle component.

Semiconductor engineering covers several specialisms across chip design and production. Chip designers define the architecture and circuits that carry out processing, storage or communication tasks. Verification engineers check that a design behaves as intended before it is manufactured, while physical design engineers turn the design into a layout suitable for fabrication. Process and manufacturing engineers focus on producing the chips, improving the proportion that meet quality requirements and identifying defects.

Jobs in this category include hardware engineer, electronics engineer, semiconductor process engineer, chip design engineer and validation engineer. Depending on the role, the work may involve circuit simulation, laboratory testing, hardware description languages or collaboration with manufacturing teams. Across these specialisms, the aim is to build components and systems that meet demanding requirements for performance, reliability, power consumption and cost.