5 of 5 ISO/IEC 15288 Jobs in Bristol

and customer representatives. Main Responsibilities Lead systems engineering activities across applicable projects. Develop and implement a systems engineering strategy compliant with ISO / IEC / IEEE 15288:2023 (“Systems and software engineering – system life cycle processes”). Advocate and lead the adoption … of best-practice systems engineering, consistent with INCOSE Handbook (ver. 5), to enhance engineering function delivery. Align compliance work with ISO 15288:2023 to Capability Maturity Model Integration (CMMI) maturity levels. Manage systems engineering budgets for people and financial resources, contributing to future forecasting. Lead elicitation More ❯

across multiple cross functional teams. Influencing project direction to deliver successful innovative projects delivered on time, on cost, and on scope. Experience & Skills Qualifications / Education / Certifications: Engineering Degree Bachelors, or demonstrable equivalent. Registered Incorporated Engineer, or working towards and committed to achieving registration with a recognised … and test in product design in a relatable engineering industry (essential). Knowledge of Systems Engineering in accordance with INCOSE Manual v5 / ISO15288 ‘Systems and software engineering’ (desirable) Understanding of working in a regulated, compliance-driven industry such as the semiconductor manufacturing equipment industry (desirable) incl. understanding of … resilience, and able reach out to more experienced peers to find creative and pragmatic solutions to seemingly intractable problems (essential) Willing to look for / explore new solutions or methods, practical problem-solving skills (essential) Awareness and understanding of cultural differences with the ability to adapt accordingly and communicate More ❯

e.g., CEng, CSEP. The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML / SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on … including military civilian platforms (submarines, aircraft, ships, and vehicles), civilian aircraft systems and advanced power and energy systems. Applying systems engineering processes (e.g., ISO 15288:2023) across the lifecycle. Managing projects and teams within different development methods. Understanding of engineering within the MOD's acquisition framework More ❯

e.g., CEng, CSEP. The use of MBSE approaches and tools (e.g. Sparx EA, Cameo). Knowledge of modelling languages and architecture frameworks, e.g., UML / SysML, ArchiMate, TOGAF, MODAF. Requirements engineering and its link to verification and validation. Knowledge of engineering lifecycles, their selection, tailoring and implementation. Working on … including military civilian platforms (submarines, aircraft, ships, and vehicles), civilian aircraft systems and advanced power and energy systems. Applying systems engineering processes (e.g., ISO 15288:2023) across the lifecycle. Managing projects and teams within different development methods. Understanding of engineering within the MOD's acquisition framework More ❯

model-based systems engineering (MBSE) principles to solve complex, mission-critical challenges. Key Responsibilities: Develop and manage system models using MBSE tools (e.g., MATLAB / Simulink, Cameo Systems Modeler, IBM Rhapsody, Sparx Enterprise Architect). Define system architectures, requirements, interfaces, and verification strategies. Collaborate across multi-disciplinary teams including … from concept through design, integration, test, and sustainment. Contribute to design reviews, trade studies, and system simulations. Maintain compliance with relevant standards (e.g., ISO 15288, DOORS, SysML, MIL-STD). Qualifications & Skills: Degree in Systems Engineering, Aerospace Engineering, Electrical Engineering, or related discipline. Strong experience with More ❯