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⚡ Source: ReedRéf: 57061173

Cyber Security Research Engineer

Forward Role·Hampshire·Publié il y a 3 semaines
🏠 Hybride💰 45-85k CHF/an
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Description du poste

Texte original importé depuis Reed

We are looking for a talented and inquisitive Security Research Engineer to join our clients growing team in Hampshire.


Cyber Security Research Engineer

Salary - £45,000 - £85,000 + bonus

Clearance - eDV cleared or eligible to achieve this clearance level

Location - Hampshire - Hybrid working


This is a hands-on technical role for someone who thrives on solving hard problems, enjoys experimentation, and wants to see their research translate into real-world impact.

You'll work across the full research lifecycle, from threat intelligence and vulnerability analysis through to prototyping and delivery, collaborating with multidisciplinary teams on challenges that matter.


Role duties

  • Research emerging cyber security threats, vulnerabilities, and attack techniques in depth
  • Design and develop novel security tools, solutions, and prototypes
  • Conduct vulnerability analysis, reverse engineering, and security assessments across a range of platforms
  • Collaborate with cross-functional teams to transition research outputs into real-world capabilities
  • Contribute to technical reports, whitepapers, and customer-facing deliverables
  • Stay ahead of the latest security developments and share insights across the wider team


Skills/Experience

Essential

  • Strong background in cyber security, computer science, or a related technical discipline
  • Hands-on experience in one or more of: reverse engineering, exploit development, malware analysis, or secure software development
  • Proficiency in at least one systems or scripting language (e.g. C/C++, Python, or similar)
  • Solid understanding of operating systems internals, networking, and system architecture
  • Sharp analytical mindset with a methodical approach to problem-solving

Nice to Have

  • Experience with embedded systems, mobile platforms, or cloud security
  • Knowledge of cryptography or secure communications protocols
  • Familiarity with vulnerability research tooling and frameworks
  • Previous experience working in a research, R&D, or innovation environment


If you're passionate about cyber security research and want to work on problems at the frontier of the field, we'd love to hear from you.

As an industry leading, nationwide Marketing, Digital, Analytics, IT and Design recruitment agency, we are continually receiving new assignments to work on, so keep a close eye on our website, Facebook, LinkedIn and Twitter pages for a full list of current permanent and interim opportunities as well as marketplace news and fun stuff.
Forward Role is operating as an employment agency.

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Compétences clés extraites

Notre IA a analysé l'offre pour identifier les compétences attendues.

Compétences indispensables
Cyber security or computer science backgroundReverse engineering or exploit development or malware analysisC/C++ or Python proficiencyOperating systems internals knowledgeVulnerability analysiseDV clearance or eligibility
Atouts supplémentaires
Embedded systems securityMobile platform securityCloud securityCryptographySecure communications protocolsVulnerability research frameworks (e.g. Ghidra, IDA Pro)
Soft skills
Analytical thinkingInquisitivenessProblem-solvingCollaborationCommunicationAutonomy
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Nos conseils pour postuler

5 recommandations générées par notre IA pour maximiser vos chances.

1

⭐ Lead with your eDV clearance eligibility or status at the top of your CV — the advert lists this as a hard requirement and it immediately filters candidates.

2

📊 Quantify your research outputs: e.g. 'Developed 3 novel exploit prototypes adopted into production tooling, reducing detection evasion testing time by 40%'.

3

🔬 Dedicate a 'Research & Publications' section to any whitepapers, CVEs, conference talks (e.g. DEF CON, 44CON) or internal technical reports you have contributed to.

4

🛠️ List specific tools and frameworks used in vulnerability research (e.g. IDA Pro, Ghidra, Frida, Burp Suite) — the advert explicitly values familiarity with 'vulnerability research tooling and frameworks'.

5

🎯 Tailor your personal statement to the full research lifecycle: mention experience spanning threat intelligence through to prototype delivery, mirroring the advert's own language.

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Bullets CV suggérés

3 bullets générés par notre IA pour cette offre, alignés sur ses mots-clés ATS.

Comment adapter votre CV

Ajoutez ces 3 bullets sous votre expérience la plus récente :

  • Conducted in-depth vulnerability analysis of 4 embedded firmware images, identifying 7 previously undocumented CVEs and producing technical reports adopted into client remediation roadmaps.
  • Developed a Python-based malware analysis framework reducing triage time for suspicious binaries by 55%, enabling the team to process 3× more samples per sprint.
  • Led reverse engineering assessment of a proprietary communications protocol using Ghidra and Frida, uncovering a critical authentication bypass and authoring a whitepaper presented to 3 government stakeholders.

Copier est gratuit — adapter nécessite un upload CV (30s).

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Lettre IA

Votre lettre de motivation est prête

Nous avons rédigé une lettre pour Forward Role. Découvrez l'ouverture, puis débloquez la version complète personnalisée.

Aperçu — adapté à Forward Role

Dear Hiring Manager,

The Cyber Security Research Engineer position at your organisation — recruited via Forward Role — aligns precisely with my background in vulnerability analysis and reverse engineering. The opportunity to work across the full research lifecycle, from threat intelligence through to prototype delivery on problems requiring eDV-level clearance, is exactly the kind of high-impact environment I am seeking.

My background in cyber security research encompasses hands-on exploit development, malware analysis, and secure software development using C/C++ and Python. I have contributed to technical whitepapers and cross-functional research programmes, translating complex findings into actionable capabilities for operational teams. My methodical approach to problem-solving and familiarity with operating system internals have consistently enabled me to deliver rigorous, reproducible research outputs.

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Questions probables d'entretien

10 questions générées à partir de cette offre.

Techniques

  • Walk us through your methodology when approaching a new binary for reverse engineering — what tools do you reach for first and why?
  • Describe a vulnerability you discovered or analysed in depth. How did you move from initial identification to a working proof-of-concept?
  • How do you approach secure software development when building research prototypes that may later transition into production capabilities?
  • What experience do you have with operating system internals, and how has that knowledge informed your security research work?
  • How would you design a research approach to assess the security posture of an embedded system with limited documentation?

Comportementales

  • Tell me about a time you had to translate complex research findings into a deliverable that a non-technical stakeholder could act on.
  • Describe a situation where you were working on an open-ended research problem with no clear solution path. How did you structure your approach?
  • Give an example of collaborating with a cross-functional team to move a research output into a real-world capability. What challenges arose?
  • Tell me about a time you identified a significant security threat or vulnerability before it became widely known. What did you do with that knowledge?
  • Describe a moment when your initial hypothesis in a research project proved wrong. How did you adapt and what did you learn?
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Exemples de réponses STAR

Réponses modèles avec la méthode Situation-Tâche-Action-Résultat. À adapter à votre vécu.

1Question

Describe a situation where you were working on an open-ended research problem with no clear solution path. How did you structure your approach?

Situation: I was tasked with assessing the security of a proprietary industrial control system with no public documentation and no prior research in the space. Task: I needed to identify exploitable weaknesses within a six-week window before a client audit. Action: I broke the problem into three phases — passive firmware extraction, protocol reverse engineering using Ghidra, and dynamic analysis with a custom Python harness. I held weekly checkpoints with the team to share findings and adjust scope. Result: Within five weeks I had identified two critical authentication flaws. The findings were documented in a 22-page technical report delivered ahead of schedule, and one vulnerability was subsequently assigned a CVE.
2Question

Tell me about a time you had to translate complex research findings into a deliverable that a non-technical stakeholder could act on.

Situation: After completing a three-month malware analysis project, I needed to present findings to a government programme manager with no technical background. Task: The report had to be actionable, not just descriptive, within a two-page executive summary. Action: I restructured the 40-page technical report into a risk-tiered format, replacing assembly-level detail with plain-English impact statements and a prioritised remediation table. I also prepared a 10-minute verbal briefing with visual diagrams. Result: The programme manager approved the remediation budget of £180,000 within one week of the briefing, citing the clarity of the risk summary as the deciding factor.

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