Hardware Security Research Engineer

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Client Security Team

We are seeking a hands-on Hardware Security Research Engineer to join our client security team. In this role, you will serve as a bridge between forward-looking security research and practical technical implementation.

Your mission is to generate deep insight into the evolving hardware security landscape, analyze emerging technologies, and develop functional prototypes that advance hardware-level protection.

About the Role

You will operate at the intersection of research, strategy, and engineering. This includes tracking technological shifts, evaluating novel architectures, and translating research findings into tangible proof-of-concept implementations.

Core Responsibilities

1. Technical Trend Insight

Investigate and analyze cutting-edge hardware security trends

Monitor relevant industry standards and identify emerging technologies

Provide structured insight into future security direction

2. Frontier Technology Analysis

Conduct deep technical analysis of new hardware security architectures

Evaluate risks, strengths, and practical feasibility

Deliver strategic recommendations to support future product roadmaps

3. Prototype Development

Design and develop proof-of-concept (PoC) prototypes

Validate research findings through implementation

Demonstrate innovative security countermeasures at hardware level

Minimum Qualifications (Required)

Proven experience in designing, developing, or evaluating hardware security technologies, such as:

Hardware Root of Trust

Cryptographic engineering and evaluation

Device supply chain validation

Side-channel analysis and fault injection technique

Professional Fluency in English

Strong written and verbal communication skills

Ability to produce high-quality technical reports and analytical documentation

Confident presentation of complex technical concepts

Technical Competence

Proficiency in Linux development environments

Demonstrated expertise in at least one of the following areas:

Software Development:

C/C++

Rust

Python

Hardware Engineering:

Verilog / VHDL

PCB design and development

Advanced Algorithm Implementation:

Cryptography

AI-based security solutions

Preferred Qualifications (Nice to Have)

Ability to work independently while contributing effectively within a team

Strong external communication skills

Experience engaging with experts in standards organizations

Experience or familiarity with hardware security standardization bodies such as:

Trusted Computing Group (TCG)

ETSI

CENELEC

Experience working with European standardization organizations is considered an advantage.