Hardware Security Research Engineer

Hardware Security Research Engineer

Position Overview

A research-driven technology organization is seeking a Hardware Security Research Engineer to advance innovation in hardware-level security.

This role bridges forward-looking security research with practical implementation. The successful candidate will analyze emerging hardware security technologies, provide strategic insights, and develop proof-of-concept prototypes to validate new protection mechanisms.

Key Responsibilities

Technical Trend Analysis

• Investigate and analyze emerging trends in hardware security and relevant industry standards.

• Identify new technologies and assess their potential impact on future secure system design.

• Provide strategic insights to guide long-term security architecture and product roadmaps.

Advanced Security Architecture Research

• Conduct in-depth analysis of hardware security mechanisms and architectures.

• Evaluate approaches related to:

  • Hardware root of trust

  • Cryptographic implementations

  • Supply chain security and device integrity

  • Side-channel and fault injection resistance

• Propose innovative security solutions and countermeasures.

Prototype Development

• Design and implement proof-of-concept systems to validate research findings.

• Develop demonstrators showcasing novel hardware security techniques.

• Translate theoretical concepts into practical, testable implementations.

Required Qualifications

• Proven experience in hardware security, including design, development, or evaluation of secure systems.

• Strong knowledge in one or more of the following areas:

  • Cryptographic engineering and validation

  • Hardware root of trust architectures

  • Side-channel analysis and countermeasures

  • Fault injection techniques

  • Supply chain and device security

• Proficiency in a Linux development environment.

• Expertise in at least one of the following domains:

  • Software development (C/C++, Rust, or Python)

  • Hardware design (Verilog, VHDL, or PCB development)

  • Algorithm implementation (e.g., cryptography or AI-related methods)

• Strong written and verbal communication skills in English.

Preferred Qualifications

• Ability to work independently while contributing effectively to a team environment.

• Strong external communication skills, particularly in technical and standards-driven contexts.

• Familiarity with hardware security standards and certification frameworks.

• Experience engaging with standardization bodies or industry working groups.

• Exposure to international or cross-organizational collaboration environments.

Personal Attributes

• Strong analytical and research-oriented mindset.

• Ability to bridge theoretical research and practical engineering.

• High level of curiosity and initiative in exploring emerging technologies.

• Structured and detail-oriented approach to problem solving.

• Collaborative and adaptable working style.