Workday is seeking a Cyber Forensics & Malware Analyst to support U.S. Federal Government contracts, focusing on cybersecurity measures, digital forensics, and malware analysis. The ideal candidate will have extensive experience in digital forensics and programming, contributing to a mission-driven team culture that values integrity and collaboration
Job Summary
This role supports U.S. federal government contracts requiring strict adherence to security standards and US citizenship.
The position involves responding to security breaches, performing root cause analysis, and developing countermeasures against internal and external attacks.
Workday offers a flexible work approach combining in-person collaboration with remote freedom, along with competitive compensation including bonuses and stock grants.
Matching Summary
Match Score: 85
Workday is seeking a Cyber Forensics & Malware Analyst to support U.S. Federal Government contracts, focusing on cybersecurity measures, digital forensics, and malware analysis. The ideal candidate will have extensive experience in digital forensics and programming, contributing to a mission-driven team culture that values integrity and collaboration.
Salary
Base: $159,600 - $239,400 USD (McLean); Base: $144,400 - $258,000 USD (Other US locations); Bonus/Equity: Eligible for Workday Bonus Plan and annual refresh stock grants
Skills & Requirements
Must-have
8+ years digital forensics and incident response
5+ years Python Go or C/C++ experience
Static and Dynamic Analysis of malicious binaries
Expertise in forensic suites like EnCase FTK
Proficiency with MITRE ATT&CK framework
Nice-to-have
Reverse engineering with IDA Pro Ghidra
Memory and disk forensics reconstruction
Advanced detection engineering with YARA rules
SIEM mastery for large-scale platforms
Strong communication to non-technical stakeholders
Key Requirements
United States citizenship required
8+ years DFIR and malware analysis experience
5+ years scripting experience in Python Go or C/C++
Expertise in reverse engineering tools and memory forensics