This occupation is discovered in lots of engineering sectors involving design, manufacture and analysis & growth, reminiscent of aerospace, rail, automotive, defence, electronics, robotics, cybernetics, marine and renewable vitality. The occupation serves personal and public sectors, and might be present in giant and small employers. 

The broad goal of the occupation is to unravel real-world issues utilizing a mixture of mechanical and electrical engineering experience. This would possibly imply designing a greater wind turbine, guaranteeing a passenger airplane can land safely, making a robotic arm for surgical procedure, creating a self-driving automobile or producing a drone to ship parcels. An electro-mechanical engineer can oversee the event of a complete product, by understanding the rules of each electrical and mechanical disciplines. This sort of drawback fixing requires a combination of abilities in design, testing, evaluation, reporting, verification, security evaluation, high quality assurance, mission administration and delivering to time and value. They supply info, recommendation and steering on technical options and proposals, together with value/profit evaluation and consciousness of economic realities. Additionally they present ongoing technical help as soon as design and growth objects are applied or deployed. The merchandise an electro-mechanical engineer can work on vary from medical screens, precision measurement instruments and hydraulic actuator programs to bespoke industrial equipment and sophisticated distant dealing with manipulators, and might be present in quite a lot of difficult environments. The occupation requires an appreciation of programming software program, plus the power to interpret information, use a spread of CAD and software program instruments, and function mechanical programs by way of electrical, pneumatic or hydraulic means.

Of their every day work, an worker on this occupation interacts with the various stakeholders in any engineering mission, and could also be a key determine in integrating completely different groups. Inside their organisation they work together with the mission supervisor, engineering group members, technical specialists, laboratory and site-based technicians, senior managers, plus different inner groups reminiscent of buyer providers, manufacturing, finance, well being and security, high quality and many others. They could additionally work together instantly with exterior stakeholders such because the buyer or shopper, in addition to suppliers and repair suppliers.  

This occupation is often present in an workplace or laboratory atmosphere, and could also be predominantly based mostly in a single or the opposite, relying on the employer. The function is often carried out inside regular workplace hours, however journey off-site could also be required for trials, demonstrations, inspections and buyer visits. An worker on this occupation will likely be chargeable for supply of mission components to time, value and high quality, both on their very own or because the chief of a design/check/programs/mission group. They usually report back to senior mission and engineering leaders. Relying on the dimensions and construction of their organisation, they could supervise different engineers or technicians.



Design engineer


Electrical engineer


Electro-mechanical engineer


Instrument engineer


Manufacturing engineer


Mechanical engineer


Mechatronics engineer


Robotics engineer


Methods engineer


Check engineer

KSBs

Data


K1: Arithmetic: the mathematical strategies and strategies required to mannequin mechanical and electrical programs: algebra, calculus, geometry, trigonometry, statistics.
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K2: Engineering design: the artistic design course of together with defining the issue, creating concepts and testing the answer utilizing instruments to help the method reminiscent of root trigger evaluation; necessities definition; analysis and growth; resolution era, prototyping; simulation; benchmarking and testing.
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K3: Methods design: the system lifecycle from idea to disposal; necessities validation and verification; structure definition, sub-system design and testing; integration; design for supportability/maintainability; practical security, cyber vulnerability and safe information dealing with.
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K4: Mechanics: the elemental legal guidelines of static and dynamic classical mechanics and their utility to mechanical programs: power and second programs, free physique diagrams, equilibrium, friction, beam principle, hydrostatics, kinematics, Work-Power and Impulse-Momentum strategies, vector algebra, scalar and graphical approaches.
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K5: Constructions: evaluation and modelling for the dedication of the consequences of hundreds on bodily constructions, mechanisms, and their related parts: static and fatigue stress, structural failure modes, safe-life and fail-safe design, Finite Aspect Evaluation.
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K6: Supplies: the principle courses of engineering supplies and their related mechanical, electrical and environmental properties. choose applicable supplies to attain manufacturing and design objectives. Thermal remedies and coatings. use software program to mannequin materials properties and behavior, evaluation of experimental outcomes. Avoidance, use and disposal of dangerous supplies in line with applicable environmental laws.
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K7: Thermodynamics: core thermodynamic ideas, system varieties and the applying to engineering programs: primary energy cycles and their thermodynamic evaluation (steam, gasoline turbine and reciprocating inner combustion engine), fashionable energy crops (together with refrigeration and warmth pump plant).
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K8: Electrical and digital engineering: principle and design of apparatus and programs which use electrical energy and electromagnetism, and the elemental legal guidelines and theorems that govern digital circuits:operate of widespread digital and analogue digital units, passive circuit behaviour, modelling circuits, energetic digital parts, transformers, AC/DC, energy electronics, motors and drives.
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K9: Management & instrumentation: theoretical and sensible facets of analogue and digital management system design and tuning to satisfy efficiency targets: transducer programs and operation; measurement functions and error; rules of closed loop management programs and suggestions methods; block diagrams, root-loci, Bode diagrams, Nyquist plots; methodologies of classical management with functions to Electrical, Mechanical and Mechatronics programs.
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K10: Digital and embedded programs: embedded programs and their growth, quantity programs, Boolean algebra, logic gates, logic expressions, combinational logic, A/D and D/A converters, laptop/microcomputer programs and architectures.
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K11: Sensors, actuators and mechanisms: Linear mechanisms (springs, levers, hyperlinks, pulleys), rotational mechanisms (common joints, gears and cams), vitality storage and managed launch mechanisms. Sensor varieties, switch and environmental traits, sensor sign conditioning and processing, digital information acquisition, sensor integration into embedded programs, transmission and receipt of sensor information.
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K12: Structured software program, coding and automation: easy methods to create and use laptop programming utilized to engineering programs, together with real-time functions and automatic management. Knowledge dealing with concerns (together with information safety and encryption), information analytics and introduction to machine studying.
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K13: Manufacturing: the concerns when turning uncooked supplies right into a completed product in essentially the most environment friendly method attainable: widespread strategies and fashions for the manufacturing course of, design for manufacture, manufacturing drawings, high quality management.
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K14: Venture administration: mission planning, administration of dangers, business consciousness (prices, overheads, gross margin, internet margin, revenue, money), resourcing and high quality assurance.
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K15: Security necessities: statutory, organisational and environmental.
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K16: Laptop-aided design: 2D and 3D CAD utilizing software program packages.
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K17: Fluid dynamics: completely different fluid move varieties and the applying to turbo equipment and hydraulics: laminar and turbulent move, boundary situations, drag and friction, compressible move.
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Expertise


S1: Talk technical info with others in any respect ranges, together with technical stories and using digital instruments.
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S2: Comply with a methodical strategy to engineering drawback fixing.
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S3: Set up and report engineering design briefs.
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S4: Produce mechanical and electrical designs / drawings / sketches utilizing Laptop Aided Design (CAD) and handbook programs.
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S5: Mannequin real-world mechanical programs effectively.
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S6: Choose the design resolution for a given electro-mechanical engineering utility and atmosphere utilizing information to tell their selections.
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S7: Combine electrical and mechanical engineering programs, contemplating new and rising applied sciences.
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S8: Use applicable tools to develop and execute check plans to help electro-mechanical product validation and approval.
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S9: Design practical digital programs and circuits from part degree.
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S10: Write and doc structured programming code for electro-mechanical programs.
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S11: Fabricate engineering parts and assemblies utilizing specialist manufacturing strategies and hand becoming strategies.
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S12: Assemble, wire, program and check electrical tools, motors and management programs.
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S13: Plan, handle and lead engineering tasks.
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S14: Carry out threat administration for engineering actions.
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S15: Adjust to statutory and organisational security necessities.
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Behaviours


B1: Maintain paramount the well being and security of themselves and others, and mannequin well being and security acutely aware behaviour.
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B2: Self-motivated, work independently and take duty for his or her actions. Set themselves difficult private targets and make personal selections.
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B3: Talk confidently to create and keep working relationships. Be respectful.
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B4: Work collaboratively as a group participant. In a position to work successfully inside a group and work together with / assist others when required.
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B5: Prioritise high quality. Comply with guidelines, procedures and rules in guaranteeing work accomplished is match for goal, and take note of element / error checks all through actions.
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B6: Modify to completely different situations, applied sciences, conditions and environments and to new and rising applied sciences.
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B7: Train obligations in an moral method, with openness, equity and honesty.
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B8: Respect the atmosphere and the general public good. Contemplate sustainability and the antagonistic results of tasks and duties on the broader world, within the quick and long term.
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B9: Commit to private studying {and professional} growth.
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B10: Decide to skilled requirements (or codes of conduct) of their employer and the broader trade.
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