graduate engineer
18 the last 150 days, recently 2024-05-05
Responsibility
- production of Safety documentation, as delegated by line management, in accordance with relevant project and programme plans, under direct supervision
- from prototyping and evaluating early design concepts
- engagement with customers, and understanding their needs and translating these in to support solution requirements
Show more +59 - use Model Based Systems Engineering approach throughout
- instrumentation, measurements and assessment of submarine machinery on board, ensuring Noise and Vibration levels are suitable to meet the submarine requirements
- assist line management in undertaking project analysis to help plan work efficiently, provide project status and identify risks and mitigation features
- producing realistic models of how systems perform within their environment
- modelling service solution performance and integrity
- conduct of large scale Noise and Vibration trials during major commissioning activities
- under direct supervision, provide advice and information to departments, organisations and/or stakeholders on issues related to the Safety Justification
- developing complex networked simulations to support front-line training activities
- to derive maintenance tasks through analysis
- support the development of strategies to ensure that systems are designed and integrated to fully satisfy the customer and business needs/requirements
- preparing/improving computational fluid dynamics and electromagnetics software toolsets
- influencing designs and performing reliability and spares predictions and including producing supporting technical documentation
- support the design and optimisation of system architectures and solutions using system modelling techniques
- support of research projects completed within the department and with partner universities
- involved in platform level engineering activities, bringing together sub-systems to form effective system of systems
- validation and documentation of toolsets
- liaise with MOD establishments, test facilities, sub-contractors, suppliers and customers as required
- calculations to considered reports on component selection to designs for Human Machine Interfaces and analysis of impacts on Communications systems
- stealth improvement activities on the In-Service fleet
- undertaking Product Safety functional design analysis to support a range of Submarine Programmes
- supporting the capture, definition, analysis and management of requirements
- developing new prototype Virtual Reality or Artificial Intelligence based demonstrators to improve product usability or design etc
- maintainability – utilising design and customer support and service data identify maintenance optimisations to provide efficient Maintenance Policies, Schedules and Procedures
- liaise with Supply Chain, Operations, Test & Commissioning, ILS and other internal functions as required
- completion of computation models to support design decisions and instigate issues
- identifying and implementing risk reduction measures
- supporting the design and optimisation of system architectures and solutions using system modelling techniques
- supporting system design, analysis, testing, optimisation and integration activities
- capturing and analysing requirements in order to understand the customer/business needs and the context in which the system will be used
- technical Documentation – research, originate and edit technical information and supporting data to create, update and publish design approved data
- defining the verification and validation approach in order to achieve certification and acceptance of the system
- specialist packages to investigate airborne noise and radar cross section
- producing Product Safety functional justification reports for a range of Submarine Programmes
- building virtual models of systems and subsystems
- liaison with MOD establishments, test facilities, sub-contractors, suppliers and customers as required
- influencing a diverse and highly skilled community of engineers across all levels of the organisation to deliver successful outcomes, this could also include non-engineering functions
- you will play a pivotal part in developing integrated engineering solutions focussed on the Internal Communications Systems of our current and future classes of Submarine
- mission Support – Improvement and delivery of state-of-the-art mission planning and support services
- utilise information from computational model to determine requirements for all submarine systems currently in the Design stage
- providing specialist Safety advice to system engineers on a range of Submarine Programmes
- using tools and software to support activities at different stages of a system’s life cycle
- liaison with Supply Chain, Operations, Test & Commissioning, Logistics and other internal functions as required
- facilitating successful integration of systems and sub-systems
- developing relationships built on trust and support to enable Engineering activities to be integrated effectively on time and to the correct quality, covering all stages of the engineering lifecycle – from concept to disposal
- listen to the customer needs and build a bespoke system for engineers to translate to the mechanical, hardware, and software teams to use to create the detailed engineering design for the respective areas
- from requirements and architecture development to equipment selection, integration, test and through life support you will be embedded amongst experts in this broad field
- interfacing with internal & external stakeholders on a range of Submarine Programmes
- determining the emergent properties of a system to support trade-offs, optimisation, risk reduction and testing
- supporting modelling and simulation activities
- identifying and managing interfaces and dependencies
- engagement with our Customers to understand their needs and translating these into engineering requirements, through to delivery of the most appropriate solution
- exciting challenges for those with a passion for industrial communications networks including but not limited to radio systems, IP based devices, fibre optics as well as those interested in audio/visual systems from broadcast speakers and VOIP to distributed media systems
- developmental testing and analysis in test cells to develop signature management features and to support Signatures modelling activity, including the design of appropriate test rigs
- identifying and mitigating failure modes
- assist line management with the maintenance and continuous improvement of the Safety & Environment Management System, including production and maintenance of Process Instructions
- being inquisitive and asking plenty of questions to help us develop new and unique ways of working, thinking outside the box to deliver innovative solutions and embracing new tools and technologies to help move us forward for our collective future
- contributing to high integrity designs with your base knowledge of electrical principals, network architecture and protocols, radio theory and knowledge of A/C systems
- assist with Peer Review of Safety Case documentation in accordance with departmental Process Instructions and contribute to Stakeholder Review of relevant documentation as required or delegated by line management, including review of Safety case evidence
- reliability Analysis – to interrogate and analyse design and supplier data including virtual and digital model based environments in order to influence and qualify product design and support solutions and requirements
Requirements
- safety Critical Systems Engineering, Fire Safety and Risk Management, Physics, Maths
- safety Critical Systems Engineering, Fire Safety and Risk Management, Physics, Maths, or other similar STEM degree
- E.g
Show more +22 - aerospace Engineering, Aerospace related degree or any relevant STEM related subject
- STEM subject, including Mechanical, Aerospace, Automotive or Structural Engineering
- aerospace / Aeronautical Systems engineering, other engineering subjects Mechanical/Electrical systems; Maths or Physics
- mechanical Engineering, Electrical Engineering or a STEM subject is applicable
- an interest and aptitude in solving problems
- excellent analytical and numerical skills
- highly motivated and a desire to learn
- clear and effective communication skills
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in Mechanical Engineering, Electrical Engineering, Aerospace Engineering, a Safety Related Degree – e.g
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in one of the following IT, Computer Science, Electrical Engineering, Cyber Security or related degree
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in Aeronautical Engineering, Mechanical Engineering, Physics, Mathematics, Computer Science, Game Development , Computer Graphics or other STEM subjects with modelling and simulation related modules
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in Aerospace Engineering or STEM
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in a Relevant STEM subject, including Mechanical, Aerospace, Automotive or Structural Engineering
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in Telecommunications Engineering, Electrical/Electronic Engineering biased towards Radio or Network design or, Physics with a strong bias towards Radio Frequency or Fibre Optic Engineering
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in Mechanical Engineering, Electrical Engineering, Control Engineering, Aerospace Engineering, Physics, Maths or other similar STEM degree
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in STEM subject, including Mechanical, Aerospace, Automotive or Structural Engineering
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in Systems Engineering, Software Engineering, Mechanical Engineering, Electrical Engineering, Control Engineering, Aerospace Engineering, Physics, Maths or other STEM degree
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in STEM
- as a minimum requirement you’ll need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in Aerospace / Aeronautical Systems engineering, other engineering subjects Mechanical/Electrical systems; Maths or Physics
- as a minimum requirement you will need to have obtained, or be predicted to obtain, a 2.2 in your Bachelor’s or Master’s degree in one of the following Mechanical Engineering, Electrical Engineering or a STEM subject is applicable
- ability to work autonomously and as part of a team
- aeronautical Engineering, Mechanical Engineering, Physics, Mathematics, Computer Science, Game Development , Computer Graphics or other STEM subjects with modelling and simulation related modules
Trade
- aviation
- mechanical Engineering
- electrical Engineering
high salary - 22% higher than the average in this position
Earnings for position graduate engineer
graduate engineer - How much money do you make working at this position?
Average salary at company BAE SYSTEMS PLC is 2833£.
The national average salary is 2200£.
1500 £
Lowest
Lowest
2200 £
Average
Average
2900 £
Highest
Highest
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