We are seeking an experienced Hardware Testing Engineer specialising in automotive cybersecurity to join our engineering team supporting midwest and southern region projects across Limerick, Cork, and Tipperary. In this role, you will lead formal hardware and embedded systems security testing, threat analysis, and penetration testing across next-generation automotive systems.
- Location: Ireland (Limerick / Cork / Tipperary)
- Contract Duration: 6-Month Daily Rate Contract (DRC)
- Industry: Automotive Technology / Embedded Systems
Key Responsibilities
- Define, develop, and execute formal test plans and test cases for complex automotive hardware and embedded electronic systems.
- Perform risk assessments, threat modelling (STRIDE, TARA), and attack tree analysis across hardware components and interfaces.
- Execute comprehensive hardware-level and interface penetration testing, protocol analysis, and vulnerability scanning.
- Validate hardware security implementations including Hardware Security Modules (HSM), secure boot mechanisms, and cryptographic protocols.
- Assess and secure wireless communications across RF, Bluetooth, Wi‑Fi, Cellular (4G/5G), and V2X modules.
- Develop automated test scripts and embedded software components in C/C++ and Python to streamline security validation workflows.
- Collaborate closely with systems engineering, hardware development, and functional safety teams to document test results, remediate vulnerabilities, and ensure overall platform security.
Minimum Qualifications
- Education: BSc or BEng in Electronic Engineering, Computer Engineering, or a related discipline; MSEE or MSCE preferred.
- Experience & Skills:
- Solid understanding of Systems Engineering principles and formal testing methodologies for complex electronic/embedded systems (ideally within automotive environments).
- Demonstrated expertise in automotive cybersecurity testing methodologies, including threat modelling (STRIDE, TARA), attack tree analysis, and risk assessment frameworks.
- Proficiency in penetration testing tools and technique execution:
- Reverse engineering and vulnerability scanning
- Strong practical understanding of cryptographic protocols and hardware security implementations: symmetric/asymmetric encryption, PKI, secure boot, and Hardware Security Modules (HSM).
- In-depth knowledge of wireless communication security across RF, Bluetooth, Wi‑Fi, Cellular (4G/5G), and V2X protocols.
- Practical proficiency in C/C++ (embedded systems) and scripting/automation using Python or similar languages.