It focuses on the design of production systems. The Industrial Engineer is oriented to the analysis of the components of a productive system, to create efficient and effective systems with high levels of productivity, both in products and in services. It also achieves the design, implementation and improvement of processes to generate goods, services and products that respond adequately to the highest standards.

Professionals trained to take charge of the planning, programming, development, execution, operation and control of production systems of goods and / or services, with a modern and current approach in the integration of human, material and financial resources systems.

worker, industrial, machinesPashminu / Pixabay

Pensum

First year

1st Cycle
  • Agnitio operis I
  • Descriptive technology
  • Business initiative
  • Mathematical leveling
  • General chemistry laboratory I
  • Laboratory of mathematical operations I
  • Computer Science I
  • Technical drawing
  • General chemistry
    • General Accounting
    • Agnitio operis II
    • General Physics I
    • General physics laboratory I
    • Chemistry laboratory for engineering I
    • Mathematics 108
    • Laboratory of mathematical operations II
    • Computer Science II
    • Computer-aided design
    • Chemistry for engineering I

Second year

3rd Cycle
  • Legislation
  • Electric engineering
  • General Physics II
  • Laboratory of general physics II
  • Electrical engineering laboratory
  • Chemistry laboratory for engineering II
  • Mathematics 208
  • Chemistry for engineering II
    • Business Administration
    • Finance
    • Marketing
    • Electronics
    • General statistics
    • Electronics Laboratory
    • Mathematics 308
    • Mechanics for engineers

Third year

5th Cycle
  • Human resources management
  • Industrial design
  • Economy
  • Hydraulics
  • industrial psychology
  • Applied methods I
  • Mathematical statistics
    • Industrial automation
    • Statistics for quality
    • methods engineering
    • Materials Science I
    • Applied methods II
    • Industrial automation laboratory
    • Econometrics

Fourth year

7th Cycle
  • Industry and manufacturing seminar
  • Cost engineering
  • Materials science II
  • Production plants I
  • Currency and banking
  • Operations research I
  • Industrial Security
    • Logistics
    • Industrial buildings
    • Production plants II
    • Formulation and evaluation of projects
    • Operations research II
    • Seminar on agro-industry

Requirements

Registration requirements

  • Perform placement exam.
  • Legible photocopy of both sides of the middle level title; authenticated by a notary.
  • Legible photocopy authenticated by a notary of the Personal Identification Document (DPI), according to the standard required by the University.
  • Simple photocopy of mid-level grade certificates.

Graduation Requirements

  • Pass the curriculum of the race.
  • English (Pass TOEFL, Elash or its equivalent during the course of the race).
  • Pass the private exam.
  • Develop a thesis work or approve 12 courses at the graduate or master's level.

Egress Profile

A highly trained professional, focused on the systemic approach, who is able to take knowledge of the sciences and apply it to the environment in which it operates, and thereby achieve the increase of productivity with deep business vision.

Program taught in:
  • Spanish

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Last updated May 28, 2019
This course is Campus based
Start Date
Feb 2020
Sep 2020
Duration
4 years
Full-time
Price
Deadline
By locations
By date
Start Date
Feb 2020, Sep 2020
End Date
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Feb 2020, Sep 2020

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