Job Title

Salary: Circa 55,000 depending on experience Working Pattern: Dynamic (hybrid) 4-5 days per week on-site due to workload classification Security Clearance: British CitizenPlease note: Restrictions or limitations relating to nationality and/or rights to work may apply. All successful candidates will need to undergo the UK Governments Basic Personnel Security Standard checks (BPSS) as a minimum, following the offer stage.Whats on Offer:Annual Bonus: Up to 2,500 depending on company performance (may vary year to year)Pension: Combined employer and employee contributions of up to 14%Overtime: Paid overtime opportunities availableFlexi Leave: Option to take up to 15 additional days offFlexible Working: Open to candidates seeking flexible arrangementsEnhanced Parental Leave: Up to 26 weeks for maternity, adoption, and shared parental leave; enhanced provisions also available for paternity, neonatal care, and fertility-related needsThe Opportunity:This role sits within a dynamic Hardware-in-the-Loop (HWIL) team that performs some of the most advanced missile testing outside of live firings. The team designs complex, real-time simulations that integrate real missile hardware effectively allowing for controlled indoor firings.As an HWIL RF Engineer, you will play a key role in designing, developing, and maintaining both new and existing RF equipment. Youll work closely with multidisciplinary teams to blend RF systems, electronics, and software into fully integrated, real-time simulations. This is a hands-on engineering role that requires adaptability and a high-level understanding of both abstract system behaviours and detailed hardware components.What Were Looking For:Experience in Radio Frequency (RF) design and testingStrong system performance analysis skillsProficiency in interface debugging and system integrationUnderstanding of hardware/software design requirementsKnowledge of system design for real-time applicationsFamiliarity with Linux operating systemsA background in computer science (C++ is a plus)Experience with integrating microcontrollers into RF hardware (e.g., Raspberry Pi)