Filtronic is a leading designer and manufacturer of high-performance radio frequency (RF), microwave, and millimetre-wave (mmWave) subsystems, specialising in mission critical communication networks.
Since ****, we have built a strong reputation as trusted partners to global technology leaders across the telecommunications infrastructure, aerospace and defence, space, and critical communications sectors.
Our legacy of innovation and engineering excellence has positioned us at the forefront of advanced connectivity solutions worldwide, and we continue to grow as we deliver cutting edge technology for some of the most exciting programmes in the industry.
Joining Filtronic means becoming part of a team that combines decades of RF expertise with a collaborative, forward thinking approach to solving complex communication challenges.
"Filtronic is on a rapid growth trajectory. With record revenues, landmark space and defence contracts, and a clear roadmap for innovation, this is the moment for exceptionally talented people to join us in shaping the future of high speed RF communications." (Nat Edington, Chief Executive Officer, Filtronic plc) Job Summary: The mechanical design engineer will be responsible for the end to end mechanical development of advanced high frequency RF products.
They will create detailed 3D CAD models, select appropriate materials and manufacturing methods and perform thermal and structural analysis to ensure all designs meet stringent performance, reliability, and environmental requirements.
The mechanical design engineer will collaborate closely with cross functional teams throughout the entire product lifecycle.
This includes working with RF, electronics, process, systems and manufacturing engineers during concept development, prototype builds, testing, and validation.
Must be a highly motivated individual able to interface effectively with internal & external customers Mechanical Design & Development Design precision mechanical components and assemblies for RF modules, including housings, hermetic packages, heatsinks, waveguide structures, and test fixtures.
Create detailed 3D CAD models and manufacturing drawings.
Ensure designs meet stringent RF, thermal, mechanical, and environmental requirements (EMI shielding, stiffness, tolerancing, CTE matching, vibration, IP rating).
Thermal & Structural Analysis Perform thermal simulations (CFD, thermal, conjugate) to validate cooling system design and ensure reliable operation of high power mmWave amplifiers and electronics.
Conduct structural analysis (FEA) for vibration, shock, fatigue, and drop test conditions where required.
Confirm simulation assumptions through lab measurement and testing.
RF Aware Mechanical Engineering Collaborate with RF and electronics engineers to optimise mechanical features that influence RF performance (cavity geometry, surface finish, plating, tolerances, material selection).
Design mechanical solutions with consideration for waveguide structures, micro machined components, PCB integration, and precision alignment.
Manufacturing Support Develop designs for manufacturability (DFM) and assembly (DFA) using processes including CNC machining, die casting, additive manufacturing and sheet metal manufacturing.
Generate manufacturing documentation, BOMs, GD&T drawings, and assembly instructions.
Support suppliers and production teams, including first article approval, root cause analysis, and continuous improvement.
Prototyping & Testing Oversee build and test of mechanical prototypes.
Support environmental and reliability testing (thermal cycling, humidity, vibration, thermal shock, drop tests).
Work with test engineering to develop automated or manual test jigs.
Required Skills & Experience Bachelor's or Master's degree in Mechanical Engineering (or equivalent).
Strong 3D CAD skills (SolidWorks preferred).
Experience in designing high precision mechanical assemblies.
Strong understanding of manufacturing processes and materials (ideally CNC machining of aluminium alloys).
Hands on experience with FEA tools (SolidWorks Simulation + Flow preferred).
Excellent understanding of GD&T and engineering drawing standards.
Ability to work closely in cross functional engineering teams.
Experience with PDM/PLM systems and ECO/ECN release processes.
Desirable Skills Experience with mmWave or RF product development (waveguides, filters, amplifiers).
Familiarity with PCB design constraints, RF shielding, and EMI/EMC considerations.
Knowledge of high volume manufacturing and high reliability design (defence, space, telecoms).
Knowledge of RoHS and WEEE compliance.
Experience with thermal management of electronics.
Knowledge of reliability engineering and qualification standards (MIL STD).
Soft Skills Strong problem solving skills and attention to detail.
Ability to manage multiple projects and deadlines.
Effective communication skills for cross functional teamwork and supplier interactions.
Self driven attitude with a willingness to learn new tools and processes.
Please call our Talent Partner, Bruce Mair on (anytime) if you would like to chat about this role or clarify the salary and benefits prior to investing your time applying.
Filtronic plc is an equal opportunities employer and is committed to building a diverse and inclusive workplace where everyone can thrive.
We welcome applications from all qualified candidates regardless of age, gender, ethnicity, religion, sexual orientation, or disability status.
If you require any adjustments or accommodations to support you during the interview process, please let us know and we will be happy to assist.