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Conduct product cybersecurity assessments throughout the SDLC, perform threat modeling and risk analysis, review security architectures, and recommend secure design controls for web, embedded, connected, and industrial systems. Guide engineering and product teams on cybersecurity standards, investigate defects, support vulnerability remediation and incident response, develop training, and improve organizational security practices. The role requires expertise in product security engineering, embedded and IoT security, cryptography, secure development, compliance frameworks, and stakeholder collaboration.

Conduct product cybersecurity assessments throughout the SDLC for web, embedded, connected, and industrial systems. Perform threat modeling, risk assessments, vulnerability analysis, and security architecture reviews. Advise engineering and product teams on secure design, technical controls, hardening, cryptography, and remediation. Support defect investigations, vulnerability disclosure, incident response, training, standards development, and cybersecurity compliance across global teams.

Conduct product cybersecurity assessments throughout the SDLC, perform threat modeling and risk assessments, review security architectures, and guide engineering teams on secure design and compliance. Develop cybersecurity standards, controls, training, and awareness programs; investigate defects; support vulnerability remediation and incident response; and promote security improvements across connected, web, industrial, and embedded product portfolios.

Conduct product cybersecurity assessments across the software development lifecycle for web, embedded, connected, and industrial systems. Perform threat modeling, risk assessments, vulnerability analysis, security architecture reviews, and secure design guidance. Apply cybersecurity frameworks and controls, support defect remediation and incident response, develop security standards and training, and collaborate with engineering, product, leadership, customers, suppliers, and global stakeholders to improve cybersecurity maturity.

Develops and improves manufacturing processes, work instructions, tooling, and production methods. Evaluates engineering changes, supports product launches, monitors production performance, resolves quality and equipment issues, and applies lean, Six Sigma, and Kaizen principles. The role collaborates with operations, design, quality, and maintenance teams; analyzes costs and process data; maintains PFMEA and control-plan documentation; trains operators; and ensures safety, compliance, quality, and manufacturing efficiency.

Creates detailed manufacturing drawings for components, subassemblies, and revisions using Siemens NX and Teamcenter. Works under lead designer and engineer guidance across sheet metal, fabrication, forged parts, motors, piping, cabling, and mechanical or electrical assemblies. Collaborates with manufacturing representatives, applies drafting and manufacturing standards, tolerances, and GD&T, and delivers accurate work on schedule for engineering approval.

Leads Ethernet network architecture, integration, and validation for locomotive control systems. Responsibilities include defining data flows, protocols, bandwidth, timing, synchronization, redundancy, and distributed control-node interfaces. The role develops and executes SIL, HIL, laboratory, and on-locomotive integration tests; validates latency, jitter, throughput, availability, and fault recovery; resolves communication issues; coordinates cross-functional interface definitions; reviews test results; and reports architecture and stability status to engineering leadership.

Supports sourcing activities including RFP/RFQ processes, ERP data management, sourcing projects, make-or-buy analysis, benchmarking, resourcing, and development of sourcing tools and processes. Performs frequent data extraction and analysis, communicates with suppliers and internal stakeholders, and contributes to procurement process improvement in an international organization.

Two-year engineering rotational program for new college graduates, featuring four six-month rotations across engineering disciplines. Participants support development of Positive Train Control products, receive mentorship, and gain experience with diverse projects and teams. Successful participants transition into a full-time engineering role. Responsibilities require analytical problem-solving, communication, teamwork, and leadership potential.

Provides mechanical engineering expertise for bogies and wheelsets, producing and reviewing technical documentation, drawings, calculations, bills of materials, engineering changes, manuals, reports, and work instructions. Supports tenders, coordinates with customers and suppliers, tracks engineering deliverables, and ensures projects meet agreed timelines. The role focuses on improving the safety, reliability, and performance of rail mechanical systems and requires onsite work in Burton on Trent with travel to customer and supplier sites as needed.