This role involves substantial R&D activities, analytical research, and dual responsibilities in both electrical and electronics functions.
Key Responsibilities
Electronics Engineering: Circuit design expertise, component selection, and PCB technology. Projects involve areas such as EMC, power management, servo control, processor interfacing, and communications.
Electrical Engineering: Skills in power and signal transmission over wired mediums, including the ability to define and review overall system architecture, focusing on power management, wiring, and production processes.
In this role, you will lead significant projects, establish engineering standards, and often serve as an expert in your field. You will collaborate with senior management, contribute to new business development, and support bids and proposals. Additionally, you will lead in the advancement of internal technology and apply technical expertise to R&D and project development.
Key Accountabilities
Lead technology enhancements, offering expertise and guidance on R&D projects.
Oversee multi-disciplinary projects, promoting systematic approaches and customer-focused solutions.
Support other engineers in a line management capacity, including development, training, and resource planning.
Skills & Experience
Essential
Degree in a relevant discipline accredited by the IET, with at least 10 years of experience.
Extensive experience in leading projects or teams.
Strong foundation in electronics design theory and application.
Skilled in analysis-based tasks such as circuit emulation and performance or power budget assessments.
Capability to identify project risks, schedules, and critical design elements.
Comprehensive understanding of the full project lifecycle, from bids to ongoing customer support.
Proven innovative approach to engineering and leadership.
Ability to troubleshoot and resolve technical issues at PCB and system levels, identifying root causes or needed procedural changes.
Desirable
Chartered Engineer status.
Experience in leading, managing, or mentoring teams.
Knowledge of embedded software design (ARM/KEIL).
Familiarity with EMC standards for military applications.
Knowledge of motors, drive technology, and control system analysis.
Proficiency with simulation tools such as Python, Matlab, Simulink, LT-Spice, Simetrix.
Familiarity with project management tools (e.g., JIRA, Confluence, MS Project).
Skilled in PCB design tools like Altium, Cadence OrCAD.
Experience with Failure Mode Effects Analysis and resilience techniques.
Understanding of design standards for electronics in harsh environments, typical of military equipment.
Personal Attributes
Strong verbal and written communication skills, capable of engaging with customers and colleagues at all levels.
Highly organized and detail-oriented.
Demonstrated ability to tackle challenging designs with resilience and diligence.
Integrity and reliability, committed to delivering on promises.
Flexible and diligent, with occasional willingness to travel, including internationally.
Adaptable and resilient approach.
Work-Life Balance & Benefits
37.5-hour workweek with a half-day on Fridays.
Hybrid and flexible working arrangements.
28 days of annual leave, Christmas closure, and holiday purchase scheme.
Benefits Include:
Group pension with up to 5% matched contributions.
Income protection, life assurance, and Employee Assistance Program.
Company shares incentive plan, electric vehicle salary sacrifice, and wellbeing initiatives.
Sports and social activities, gym discounts, and reward platform.
Professional development and onsite parking at all locations.
Security Clearance
This role requires UK Security Clearance. Successful candidates must provide proof of identity, employment history, right to work in the UK, and at least five years of UK residency