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Introduction Of MASCO Structure Of Classification Starting Salary Guidelines
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Major Group
2
Professionals
Sub-Major Group
21
Science and Engineering Professionals
Minor Group
214
Engineering Professionals (Excluding Electrotechnology)
Unit Group
2146
Mining Engineers, Metallurgists and Related Professionals
Minor Unit Group
MASCO Code
2146-06
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Hydraulics Engineer designs, analyses, and implements hydraulic systems, applying fluid mechanics and dynamics to ensure efficient and reliable operation. They develop systems for industries such as construction, manufacturing, and energy, assess fluid behaviour under varying conditions, and ensure compliance with safety and regulatory standards. The engineer collaborates with multidisciplinary teams to integrate hydraulic solutions into machinery, infrastructure, and industrial projects.
Tasks
Design and test hydraulic systems for machinery, industrial equipment, and infrastructure projects.
Analyse fluid flow, pressure, and temperature to ensure system efficiency and safety.
Select and specify hydraulic components such as pumps, valves, filters, and actuators.
Perform simulations and calculations to model hydraulic system behaviour under real-world conditions.
Troubleshoot hydraulic system issues and support maintenance activities to ensure effective operation.
Collaborate with multidisciplinary teams to optimise system performance using fluid mechanics expertise.
Conduct research and development to innovate new hydraulic system solutions.
Ensure hydraulic systems comply with safety regulations and industry standards.
Advise on hydraulic engineering methods for machinery, infrastructure, and industrial applications.
Prepare technical documentation and coordinate technical consultations with experts.
Skills
Basic
Complex problem-solving and critical thinking to develop engineering solutions.
Effective communication and project management to collaborate and manage resources efficiently.
Excellent mathematical skills, including calculus and differential equations.
Proficiency in engineering design and simulation software.
Strong understanding of fluid dynamics and hydraulic principles.
Specific
Ability to perform calculations for force transmission and pressure control in hydraulic systems.
Ability to test, validate, and optimise hydraulic system performance.
Competency in integrating mechanical and electrical engineering knowledge into hydraulic system design.
Competency in selecting and specifying pumps, valves, actuators, and hydraulic fluids.
Knowledge in applying fluid mechanics principles under varying pressure and temperature conditions.
Knowledge in material properties, including corrosion resistance, for hydraulic applications.
Knowledge in relevant industry standards.
Knowledge in safety and health requirements for hydraulic operations.
Proficiency in designing and analysing hydraulic circuits and systems.
Proficiency in specialised hydraulic simulation software.
Additional Info
QUALIFICATION
Bachelor’s degree or equivalent
Related Courses
Claimable Course
e-Latih Online Course
Madani TVET Course
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