
Learn to interpret and read plans for industrial maintenance, infrastructure, coordinate the construction process, and identify locations of columns and walls across three service types.
Master industrial maintenance by interpreting and reading plans, identifying common plan characteristics, and connecting infrastructure and ground dimensions to their real, graphic representations.
apply scale readings to industrial maintenance by interpreting plans and reading drawings, using 1:100 scales to convert drawing dimensions to real sizes by multiplying by one hundred.
Identify the types of industrial facilities and how solar cells enable operation inside these facilities, with practical insights for industrial maintenance.
Explore the types of industrial equipment and how machines use energy to boost productivity, highlighting differences by energy source and operating principles.
Explore industrial maintenance and the types of industrial equipment, including electrical and electromechanical machinery, and how different energy sources power these systems.
Learn industrial maintenance and its types, including preventive and cooperative maintenance, and how maintenance timing varies daily to prevent problems and support production.
Explore industrial maintenance concepts with a focus on preventive maintenance and the types of maintenance, and learn practical activities like cleaning and lubrication to prevent deterioration.
Explore industrial maintenance, the types of maintenance, and predictive maintenance, which use statistical and diagnostic analyses to indicate the probability of a fire level.
Explore industrial maintenance, its types, and cryptic maintenance. Examine how repairs of industrial equipment and infrastructure damage affect machinery, personnel, and maintenance.
learn to interpret simple, most common electrical diagrams used in industrial maintenance, represented in a single plane to show all electrical connections.
Master the interpretation of electrical diagrams by identifying the key elements and symbols of electrical equipment in a circuit network.
Explore symbols of electronic equipment and connections, interpret electrical diagrams, and understand resistance and electric motors in industrial maintenance.
Learn how to interpret electrical diagrams and apply current national and international standards for electrical symbols, including British and American practices established by the International Technical Commission.
Explore the elements of electrical installations essential for industrial maintenance, including transformers, control elements, emergency plans, switches, and contacts, to perform proper electrical maintenance.
Examine supply elements and their role linking energy to building electrical installations. Learn about the neutral element, worker protection, and emergency plans to ensure safe, continuous electrical energy for equipment.
Explore control elements used in electrical installations, metallic boxes housing switches and contacts and other devices that safeguard employees and enable closing or opening the electrical system.
Explore the elements of industrial maintenance and hydraulic estimation, and learn how to carry maintenance activities in stations. Identify the elements that make up these systems, including pipelines.
General and particular concepts to carry out the planning of mechanical, electrical, pneumatic and hydraulic maintenance of a plant of any size; ranging from plans, facilities, diagrams, elements and of course the types of maintenance; predictive, preventive and corrective; to finally integrate a master maintenance plan that offers a reduction in downtime and therefore a lower maintenance cost.
Maintenance is defined as all actions aimed at preserving an item or restoring it to a state in which it can perform some required function.1 These actions include the combination of the corresponding technical and administrative actions. In the branches of Engineering some specializations are: Engineering in industrial maintenance and Engineering in aeronautical maintenance.
In industry and engineering, the concept of maintenance has the following meanings:
1. Any activity - such as checks, measurements, replacements, adjustments and repairs - necessary to maintain or repair a functional unit so that it can fulfill its functions.
2. For materials: maintenance
All those actions carried out to maintain the materials in a suitable condition or the processes to achieve this condition. They include inspection actions, checks, classification, repair, etc.
Set of provision and repair actions necessary for an element to continue fulfilling its mission.
Recurring routines necessary to maintain a facility (plant, building, real estate, etc.) in adequate condition to allow its use efficiently, as designated.