5 of 5 Contract Systems Engineering Jobs in Bristol

Role: Systems Engineer Location: Bristol or Plymouth - 2-3 days per week in the office Rate: 50.00 - 57.78 Per hour Duration : 12 Months IR35 Status : Outside IR35 Our client, an established engineering consultancy operating in the South West of England, require an experienced Systems Engineer to join their multi-disciplined team. Please note we can only consider … sole UK Nationals (no dual nationalities). Active SC Clearance highly desirable and will take precedence over non-cleared candidates. What the role of the Systems Engineer entails: Some of the main duties of the Systems Engineer will include: Work collaboratively with engineering discipline leads to obtain engineering assistance required, define activities and jointly establish Statements … and problem definition are done effectively and collaboratively Support the development of technical documentation including requirement sets, interface definitions, V&V plans and logical architectures. Apply and promote practical systems thinking in support of infrastructure and facilities maintenance projects Compile and peer review project and technical reports. Workload Management - Workload planning, estimating & scheduling, support project coordination if part of More ❯

globally respected client who develop cutting-edge technologies that deliver clean, safe and competitive solutions to meet the planet's vital power needs w e are looking for a Systems Design Integration Engineer for a 12 Month contract based in Bristol. Job description - the role Systematically investigating and understanding problems; Safety, Quality, Customer Requirement, Business Requirement using Systems Engineering principles. Understanding products and their interactions at platform, system, sub-system, component, component feature and manufacturing process level. Defining and interpreting product definition and documentation. Develop product verification strategies and compliance statements Demonstrating ability to engineer complex (electro, fluid, thermal, mechanical) systems. Integrating outward to platform and customer environment and inwards through product systems and sub … highly regulated industries. Supporting validation and Verification activities. Creating justifications for release to service. Supporting products in production and service. What we require from the candidate Experience as a Systems Design Integration Engineer within a highly regulated environment; ideally aerospace or defence Technical knowledge of design methodologies and have an understanding of cross-discipline engineering concepts which include More ❯

One stage video interview Low level Embedded Software Engineer Job Description: The Real Time Infrastructure and Security Software team is tasked with supplying advanced solutions for our missile sub-systems, often developing state of the art processing platforms.Interacting with a wider engineering team (including Software, Firmware and Hardware Teams), this role presents the opportunity to develop complex software … required: Experience in the development of embedded software with C. It would be desirable for you to have knowledge of Real Time Operating Systems. Experience of verification of embedded systems is desirable Can do’ and flexible approach – you’ll enjoy solving technical problems that sometimes extend beyond the bounds of “software” Excellent analytical and design ability, including review and … critical analysis and generation of design documentation The ability to communicate effectively with multiple stakeholders, including Systems Engineering, Electronics and Electrical, and Test and Validation An awareness of deploying software on real-time Operating Systems and ARM-based processing platforms. You will have an appreciation of firmware and electronics design. Knowledge of modern software development practices. Knowledge More ❯

One stage video interview Low level Embedded Software Engineer Job Description: The Real Time Infrastructure and Security Software team is tasked with supplying advanced solutions for our missile sub-systems, often developing state of the art processing platforms. Interacting with a wider engineering team (including Software, Firmware and Hardware Teams), this role presents the opportunity to develop complex … required: Experience in the development of Embedded software with C. It would be desirable for you to have knowledge of Real Time Operating Systems. Experience of verification of Embedded systems is desirable Can do' and flexible approach - you'll enjoy solving technical problems that sometimes extend beyond the bounds of "software" Excellent analytical and design ability, including review and … critical analysis and generation of design documentation The ability to communicate effectively with multiple stakeholders, including Systems Engineering, Electronics and Electrical, and Test and Validation An awareness of deploying software on Real Time Operating Systems and ARM-based processing platforms. You will have an appreciation of firmware and electronics design. Knowledge of modern software development practices. Knowledge More ❯

achievable regarding resources, objectives and benefits in alignment with the strategy. The Solutions Architect should have solid knowledge and experience in the disciplines involved in full lifecycle software and systems Engineering. In particular, you should have good experience in systems integration, with a strong emphasis on software-led integration, API design and implementation, and secure interoperability, alongside basic … hosting, and achieving successful IT health checks, testing, and deployment. About You: As an experienced Solutions Architect, you will have an outstanding range of knowledge and experience in integrating systems containing electronic, electrical, and mechanical components and sub-systems. Specific knowledge and experience in one or more areas below will be advantageous: • Defining and maintenance of architectural principles, patterns … and frameworks • Ensuring adherence to technical and security standards and identifying corrective action • Advanced software architecture, API integration, and design for scalability • Leadership in software-led systems integration, including cross-domain interoperability • Formal methods for analysis and design • Dynamically scaled containerisation such as those managed by Kubernetes • Architectures for sharing databases between processes & locking strategies • Linux platforms such as More ❯