Our client is a well‑funded, Cambridge‑based IoT technology company developing high‑volume connected hardware products used globally. Their technology is deployed at scale and operates in demanding real‑world environments, requiring robust, well‑engineered electronics and strong manufacturing processes.
They are now looking to hire an experienced Electronics Engineer / Hardware Engineer to play a key role in the design, development and productionisation of new and existing hardware platforms.
This role covers the full electronics lifecycle, from concept and schematic design through to prototype build, testing, certification and volume manufacture. Working as part of a multidisciplinary engineering team you will take ownership of electronics design decisions on commercially critical products.
Key Responsibilities
Component selection with consideration for cost, availability and reliability
Schematic capture
PCB layout oversight
PCB design reviews
Design and support production‑ready PCBs
Diagnostics and fault‑finding of PCB‑level issues
Design and specification of production test jigs
Establish and maintain DRC and design review processes
Manage EMC, safety and regulatory approval processes
Prototyping and bench testing
Coordinate and oversee the manufacture of prototype and pre‑production unitsRequired Experience
circa 5 years’ experience in electronics or hardware development
Strong practical debugging skills using oscilloscopes, multimeters and similar lab equipment
Experience working with products intended for volume manufacture
Able to balance hands‑on technical work with manufacturing and compliance requirementsDesirable experience
PCB layout experience (Altium)
Low‑power or battery‑operated system design
RF design and testing
Environmental or weather‑resistant product designAs a hands on electronics role it is based on site 5 days a week in Cambridge. Easily accessible from Cambridge North Station.
International travel is also expected, particularly in the first 6 months, to support NPI at manufacturing sites including test strategies and transition into volume manufacture