The Higher University Technician in Industrial Mechanics has the necessary professional skills to perform in the labor field, at the local, regional and national levels.
Professional competencies are the skills and attitudes that allow the University Higher Technician to develop activities in his professional area, adapt to new situations, as well as transfer, if necessary, his knowledge, skills and attitudes to nearby professional areas.
1.To manufacture mechanical elements by means of the use of machine tools, considering the applicable regulations to satisfy the needs of the client.
1.1. Establish the machinery and equipment required by analysing the design of the part for the manufacture of the mechanical element.
1.2. To supervise the manufacture of the mechanical element by the use of measuring equipment and instruments to ensure design specifications.
2.Direct the technical support of mechanical systems considering diagnosis and repair for optimal operation of the equipment.
2.1. To diagnose the failures of the mechanical systems by means of the application of the corresponding techniques, in order to correct them.
2.1. To supervise the correction of the mechanical faults by means of the use of manuals, norms and corresponding standards, for the optimal operation of the equipment.
The Superior University Technician in Mechanical Industrial area, will be able to develop in:
The Superior University Technician in Mechanical Industrial area will be able to work as:
The Engineer in Metal Mechanics has the necessary professional skills to perform in the labor field, at the local, regional and national levels.
Professional competences are the skills and attitudes that allow the Engineer to develop activities in his professional area, to adapt to new situations, as well as to transfer, if necessary, his knowledge, skills and attitudes to nearby professional areas.
1. Innovate Metal Mechanical projects applying re-engineering to maintain and improve the competitiveness of the organization.
1.1 Formulate solutions to failure modes and effects of mechanical elements through field inspections to increase productivity.
1.2. Design mechanical elements through the use of software and/or simulators to guarantee the viability of the manufacture and the functionality of the part.
1.3. Justify the feasibility of the project by means of technical-economic studies to guarantee the profitability of the project.
2. Validate the processes used in the manufacture of mechanical parts according to the applicable requirements, norms and standards to guarantee their quality.
2.1 Integrate the manufacturing process of mechanical parts by identifying the manufacturing sequence to be used to ensure productivity.
2.2 To control the manufacturing process of mechanical parts through the elaboration of technical cards and process sheets, in order to guarantee the quality of the product.
3. Supervise the resources inherent to its field of application, considering aspects of safety, hygiene and the environment, in order to increase the productivity of the company.
3.1. Implement the requirements of safety, hygiene and environmental control through the application of norms and standards in force, to guarantee the manufacture of the product.
3.2. Manage human resources, materials, energy, machinery and equipment based on the techniques and tools of the operations applied in manufacturing, to ensure their availability.
The Mechanical Metal Engineer will be able to unwrap himself in:
The Mechanical Metal Engineer may act as:
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