Background in industries such as automotive, defence, aerospace, or rail. Familiarity with key engineering disciplines including: System modelling (SysML/UML) Failure Mode Analysis (FMA) Cybersecurity principles Functional safety (ISO26262 or equivalent) Education & Qualifications: Relevant academic background in Systems Engineering, Electrical/Electronic Engineering, or related disciplines. Systems Engineering certifications (e.g., INCOSE) are highly desirable. Additional Notes More ❯
systems modelling. Defence sector experience (submarine, sonar, or other naval systems advantageous). Knowledge of full systems engineering lifecycle, requirements capture, and traceability. Familiarity with standards such as DOORS , ISO26262 , IEC 61508 , or similar safety frameworks. Excellent communication and problem-solving skills. This contract is Outside IR35 , offering flexibility and competitive rates. SC Clearance is required for More ❯
Cheadle, Greater Manchester, Borough of Stockport, United Kingdom
Experis
systems modelling. Defence sector experience (submarine, sonar, or other naval systems advantageous). Knowledge of full systems engineering lifecycle, requirements capture, and traceability. Familiarity with standards such as DOORS , ISO26262 , IEC 61508 , or similar safety frameworks. Excellent communication and problem-solving skills. This contract is Outside IR35 , offering flexibility and competitive rates. SC Clearance is required for More ❯
in large, distributed systems design. Professional experience in C/C++ and Java. Demonstrable experience in safety-critical or safety-related environments (IEC 61508 ideal; IEC 62304 or IEC 26262 also acceptable). Strong working knowledge of software frameworks, languages, and toolchains. Understanding and practical use of Software FMEA. High integrity coding practices including unit testing, static analysis, and More ❯
Cheadle, Greater Manchester, Borough of Stockport, United Kingdom Hybrid / WFH Options
Experis
in large, distributed systems design. Professional experience in C/C++ and Java. Demonstrable experience in safety-critical or safety-related environments (IEC 61508 ideal; IEC 62304 or IEC 26262 also acceptable). Strong working knowledge of software frameworks, languages, and toolchains. Understanding and practical use of Software FMEA. High integrity coding practices including unit testing, static analysis, and More ❯
