Reference Quantity: ST0107
Particulars of ordinary
Occupational Profile
Methods engineering is an interdisciplinary discipline of engineering and engineering administration that focuses on the right way to design and handle advanced methods over their life cycles. The occupation is present in any sector the place advanced engineered methods are outlined, developed and/or operated; some examples are transport (e.g. rail, aviation, automotive, maritime), defence & safety, telecommunications, well being, manufacturing, development, and infrastructure. Methods Engineers are present in all elements of the availability chain from Small Medium Enterprises (SMEs) to multi-national companies, and in industrial and public sector organisations.
The broad goal of Methods Engineering is to create and execute an interdisciplinary course of to make sure that the shopper and stakeholder’s wants are happy in a top quality, reliable, value environment friendly and schedule compliant method all through a system’s complete life cycle. Methods Engineers combine a number of technological components in advanced methods that, within the case of socio-technical methods, may additionally embody organisational components and human interactions. Socio-technical methods embody necessities that span {hardware}, software program, personnel, and neighborhood points (e.g. a rail community consists of human concerns at many alternative ranges).
Of their every day work, an worker on this occupation interacts with venture managers or personnel from enterprise growth and/or gross sales features. They might assemble and handle groups of area specialists (akin to mechanical, electrical, electronics, software program engineers, and many others.) and material consultants in particular know-how or scientific areas. A Methods Engineer will usually work in a customer-facing function making certain that the system meets buyer and person wants and preferences, usually with accountability for technical and enterprise communication. Largely the occupation is office-based, though website visits could also be wanted throughout implementation of designed methods.
An worker on this occupation can be accountable for total technical administration and coordination inside a programme or venture and contribute to security, safety and high quality of outputs. They might be accountable for particular processes inside the lifecycle as, for instance, a Necessities Engineer, Methods Architect, or Integration Engineer. For bigger programmes or initiatives, Methods Engineers will sometimes be accountable for employees and budgets.
Jobs sometimes held by people enterprise this occupation embody Lead Engineer, Mission Engineer, Technical Lead, Acquisition Engineer; Methods Engineer; Check Engineer; Necessities Engineer; Necessities Supervisor, Methods Architect, Methods Designer, Methods Analyst, Engineering Supervisor, Methods Specialist, Technical Supervisor, in-service Engineer, By way of-life Methods Engineer, Operation and Assist Engineer, Acceptance Engineer, Integration Engineer, Interface Supervisor.
Duties:
- Outline and handle the system lifecycle for a venture
- Outline and handle venture necessities
- Handle venture threat
- Mannequin and analyse methods
- Generate resolution ideas
- Architect and design methods
- Plan and handle methods integration
- Plan and execute system verification
- Plan and execute system validation
- Present technical management inside a venture
- Assist transition of the system into the operational atmosphere
- Present systems-level in-service assist of the system
- Assist technical points of venture administration
- Take accountability for configuration and knowledge administration
- Co-ordinate technical outputs and work of multi-disciplinary groups
Information, abilities, behaviours
To hold out the duties of a methods engineer, the next information is required:
K1. Methods engineering lifecycle processes
K2. The function a system performs within the tremendous system of which it’s a half
K3. The traits of excellent high quality necessities and the necessity for traceability
K4. The excellence between threat, concern, and alternative and the totally different types of therapy obtainable
K5. The advantages and dangers related to modelling and evaluation
K6. How creativity, ingenuity, experimentation and accidents or errors, usually result in technological and engineering successes and advances
K7. Several types of methods structure and methods used to assist the architectural design course of (i.e. the specification of methods components and their relationships)
K8. Non-functional design attributes akin to manufacturability, testability, reliability, maintainability, affordability, security, safety, human components, environmental impacts, robustness and resilience, flexibility, interoperability, functionality progress, disposal, value, pure variations, and many others.
K9. Integration as a logical sequence to substantiate the system design, structure, and interfaces
K10. Interface administration and its potential affect on the integrity of the system resolution
K11. Methods verification towards specified necessities and traits and the necessity to execute it in a logical sequence
K12. The connection between verification, validation, and acceptance
K13. The aim and significance of system validation in related industrial context
K14. Scientific, technical, engineering, and arithmetic fundamentals and a broad technical area information for the related business
K15. Easy methods to take account of well being and security laws and sustainable growth necessities within the related business
K16. The connection of service high quality to person satisfaction and value, threat, and availability of the operational system
K17. The weather of a venture administration plan (together with assertion of labor, work breakdown construction, useful resource allocation, scheduling, administration plan, monitoring, threat administration, change requests, report maintaining, and acceptance)
K18. The industrial and monetary atmosphere by which a venture is being executed (e.g. procurement mannequin, rates of interest, trade charges)
K19. The function of methods engineering planning as a part of an total venture/programme plan
K20. The authorized, industrial, and safety constraints that have an effect on the administration of information and data (e.g. Basic Knowledge Safety Regulation, dealing with of particular industrial contract restrictions)
K21 Assist and sustainability wants of a deployed system or product
To hold out the duties of a methods engineer, the next abilities are required to:
S1. Choose applicable lifecycle for a system or ingredient of a system and set up its lifecycle phases and the relationships between them
S2. Outline context of a system from a spread of viewpoints together with system boundaries and exterior interfaces
S3. Use applicable strategies to analyse stakeholder wants to supply good high quality, constant necessities with acceptance standards and handle them all through system growth
S4. Determine, analyse, advocate therapy, and monitor and talk dangers and alternatives all through venture
S5. Generate a bodily, mathematical, or logical illustration of a system entity, phenomenon or course of
S6. Apply creativity, innovation and downside fixing methods to system growth or operation
S7. Outline the methods structure and derived necessities to supply an implementable resolution that allows a balanced and optimum consequence that considers all stakeholder necessities throughout all phases of the lifecycle.
S8. Determine, outline, and management interactions throughout system or system ingredient boundaries
S9. Assemble a set of system components and mixture into the realised system, product, or service utilizing applicable methods to check interfaces, handle knowledge flows, implement management mechanisms, and confirm that components and aggregates carry out as anticipated
S10. Outline verification plans (together with assessments) to acquire goal proof {that a} system of system ingredient fulfils its specified necessities and traits
S11. Present goal proof that the operational system fulfils its enterprise or mission aims and stakeholder necessities and expectations.
S12. Talk successfully with all stakeholders of the venture utilizing probably the most applicable medium and methods together with written and verbal presentation,
S13. Combine a system into its operational atmosphere, together with the availability of assist actions (e.g. specification of website preparation, coaching, logistics, and many others.)
S14. Outline and acquire operation knowledge for monitoring and management of a system
S15. Provoke design change proposals in response to system failure or degradation
S16. Create and preserve venture administration plan, together with work breakdown construction, scheduling, and threat administration
S17. Steadiness venture scope, time, value, threat, and sources to optimise services or products high quality and return on funding
S18. Handle and management system components and configuration over the venture or programme lifecycle making certain total coherence of the design is maintained in a verifiable method all through the lifecycle
S19. Plan, execute, and management the storage and provision of knowledge to stakeholders.
S20. Outline, coordinate and preserve efficient and workable plans throughout a number of disciplines
S21. Determine ideas and concepts in sciences, applied sciences and engineering disciplines past their very own self-discipline that would profit the venture resolution
S22. Partition between self-discipline applied sciences and work with specialists to derive self-discipline particular necessities
A reliable methods engineer will exhibit the next behaviours:
B1. Undertake and encourage inside the crew an holistic pondering strategy to system growth
B2. Carry out negotiations with stakeholders recognizing totally different kinds of negotiating events and adapts personal model accordingly
B3. Undertake and encourage inside the crew a important pondering strategy utilizing a logical critique of labor together with assumptions, approaches, arguments, conclusions, and choices
B4. Take private accountability for well being and security practices and sustainable growth
B5. Function with integrity and in an moral method, and be sure that crew members carry out with integrity and in an moral method
B6. Take a proactive and systematic strategy to resolving operational points
B7. Preserve consciousness of developments in sciences, applied sciences and associated engineering disciplines.
Entry necessities
While particular person employers and tutorial suppliers might set their very own entry necessities, a typical apprentice could be anticipated to have already achieved a degree 6[1] STEM[2] qualification and a pair of years related expertise, or a degree 5 STEM qualification and 5 years related expertise, or a degree 3 or 4 STEM qualification and 10 years related expertise.
English and maths
Apprentices with out English and maths at degree 2 or above might want to obtain this degree previous to enterprise the end-point evaluation. For these with an schooling, well being and care plan or a legacy assertion the apprenticeship’s English and maths minimal requirement is Entry Degree 3. British Signal Language qualification is a substitute for English {qualifications} for these whom that is their major language.
Length:
Usually 48 months
Qualification:
Grasp’s diploma in Methods Engineering
Hyperlink to Skilled Recognition
Methods Engineers who efficiently full the apprenticeship will obtain the usual of Practitioner towards a particular profile of the Worldwide Council on Methods Engineering (INCOSE) competences as detailed within the Evaluation Plan. The apprenticeship additionally supplies a route in direction of the information, expertise and competence required to use for recognition by INCOSE as a Licensed Methods Engineering Skilled (CSEP) and to use to be registered by the Engineering Council as a Chartered Engineer (CEng).
Degree:
7
Route:
Engineering and Manufacturing
Overview:
After 3 years
[1] Qualification ranges are outlined at: https://www.gov.uk/what-different-qualification-levels-mean/list-of-qualification-levels
[2] Science, Know-how, Engineering or Arithmetic
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