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We are seeking a Senior Software Engineer(Cybersecurity) with strong expertise in Application Security and exposure to AI‑assisted tools and techniques to design, secure, and enhance innovative healthcare technology solutions within our Front Line Care product portfolio. This role focuses on embedding security into scalable, high‑quality software and device solutions that directly impact patient care and clinical outcomes. The ideal candidate is technically strong, passionate about secure product development, and motivated by contributing to life‑saving healthcare technologies.
Job Responsibility
Partner closely with software development teams to promote a security-by-design mindset by defining secure implementations and coding practices aligned with the Application Security Program
Design and implement secure coding solutions, patterns, and guidelines for embedded and cloud environments, ensuring compliance with security and privacy requirements defined in security plans, risk assessments, policies, and procedures
Support security project governance activities, including planning, scheduling, prioritization, and tracking of security initiatives
Proactively drive security solution implementations in collaboration with development leads, security architects, and product owners
Lead feature implementations aligned with system architecture through design, coding, reviews, and testing
perform Proof of Concept (POC) activities as needed
Review, analyze, and mitigate findings from SAST, DAST, SCA, and penetration testing in collaboration with development teams across electromechanical medical device product lifecycles
Assess existing software security controls and implement security enhancements across multiple medical devices and platforms
Participate in post-market product analysis to support vulnerability investigations and contribute to continuous security monitoring efforts
Leverage AI-assisted techniques to secure the system
Requirements
Bachelor's degree in Computer Science, Computer Engineering, or a related field, or equivalent practical experience
Minimum of 6+ years of experience in cybersecurity design and development
experience with embedded systems is preferred
Hands-on experience with Java, C++, C#, Linux, and secure software design within complex systems
Proven experience analyzing, interpreting, and remediating security findings from SAST, DAST, SCA, and penetration testing tools
Experience with embedded data-at-rest security implementations, including Code Signing, Secure Boot, and flash encryption
Experience in designing and implementing secure wired and wireless networking solutions for embedded/IoT systems across multiple OSI layers
Hands-on experience with IoT and embedded PKI solutions and implementations
Demonstrated experience in cybersecurity development for embedded and digital products
Strong ability to guide software development teams on secure coding practices and the interpretation of application security testing reports across multiple programming languages and operating environments
Solid understanding of secure software development lifecycle (SSDLC) practices, including SAFe and Agile methodologies
Strong knowledge of security-by-design principles and architecture-level security concepts
Proficient understanding and practical application of security technologies such as cryptographic algorithms and cipher suites, PKI, hardware/embedded authentication protocols, Secure Boot mechanisms, and data-at-rest encryption
Experience implementing and enforcing OWASP Top 10 application security guidelines
Knowledge of embedded system architecture and security controls, including firewall configurations, border routers, wireless communication architectures, and messaging authentication protocols
Experience generating, reviewing, and validating penetration test results using standard methodologies and tools, including threat modeling, security analysis, and system security audits
Up-to-date knowledge of current and emerging security threats, attack techniques, and vulnerability exploitation methods
Exposure to international privacy regulations and cross-industry security trends