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Faculty of Engineering

Industrial and Systems Engineering

Know the race

We train professionals capable of managing today's industries and starting the businesses of tomorrow

The academic program of Industrial and Systems Engineering at the University of Piura seeks to train versatile professionals, with high capacity for analysis and entrepreneurship.
During the years of study, the student will learn about leadership and project management, design and management of operational processes, business entrepreneurship, use of information and communication technologies, and identification and resolution of engineering problems.
The academic quality of this program has positioned it among university rankings at a national and international level.

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Profiles

Admission profile

Graduation profile

Admission profile

The entrant to the Academic Program of Industrial and Systems Engineering of the Faculty of Engineering of the University of Piura must have the appropriate skills to successfully face the challenges of the university studies to come.
The necessary skills are:

  • Respect the basic rules of coexistence in a demanding and person-centered academic environment.
  • Understand short sentences and communicate ideas orally and in writing.
  • Ability to solve basic mathematics problems: algebra, geometry and mathematical reasoning.
  • Perform in collaborative groups.

These skills will be evaluated in the admission process and at the preparatory or introductory level (leveling).

Graduation profile

The Industrial and Systems Engineering professional from the University of Piura integrates – with a holistic vision – the knowledge and information of the environment, to analyze, direct and improve productive processes of goods and services throughout the value chain, managing and administering multidisciplinary engineering projects. He is capable of leading the digital transformation and data science that the organization and society require; In this environment, it designs innovative solutions and promotes ventures based on engineering and information technologies, with a culture of quality and continuous improvement.
It is versatile and has the ability to train and specialize permanently. He communicates effectively and transmits, with positive professional attitudes, a deep moral and ethical identity, in line with his humanistic training, spirit of service and interest in the growth of the people in the organization.

Knowledge Areas

Basic sciences

Engineering Sciences

Economic and Administrative Sciences

Statistics and operations research

Operation management

Humanities

Information systems

Technologies

Basic sciences

Development of skills in the calculation and management of mathematical operations, for solving engineering problems, as well as the interpretation of results.
It covers solid knowledge of the basic principles of physics and chemistry, including fundamental laws, theories and concepts. This involves understanding physical and chemical phenomena, interactions between particles and systems, and the properties and behaviors of matter and energy.

Engineering Sciences

Develops the understanding and application of the fundamental principles of applied sciences to the practice of Engineering.

Economic and Administrative Sciences

It develops the skills to start and manage businesses in the local market. It also provides the principles of administration, economics, finance, and marketing.

Statistics and operations research

Train future engineers in statistical methodologies and advanced quantitative methods for data analysis, management and decision making, which allow optimizing the resources necessary to meet the organization's objectives.

Operation management

Trains professionals in the design and management of operational processes, with the aim of achieving comparative and competitive advantages. With mastery in mapping and continuous improvement of processes, quality management, supply chain management, as well as efficient production planning and scheduling.

Humanities

It provides cultural, philosophical and theological training that contributes to a correct vision of man and society, as well as promoting the development of the spirit of service and solidarity from a correct moral vision of reality.

Information systems

It provides the student with the necessary skills to function as a manager in an area of Information and Communication Technologies; and as an information user who is capable of procuring and exploiting organizational information.

Technologies

Its purpose is to train our graduates in electrical, energy and manufacturing technologies that promote regional and national development and raise awareness of the need to preserve the environment.

Curriculum

CYCLE I

  • Analytical and Vector Geometry
  • Elementary Calculus
  • Introduction to Graphic Representation
  • Linear algebra
  • University orientation

CYCLE II

  • General Physics 1
  • Basic Programming
  • Calculation of a Variable
  • General chemistry
  • Verbal Communication 1

CYCLE III

  • General Physics 2
  • Multivariable Calculus
  • Rational Mechanics
  • Introduction to Industrial and Systems Engineering
  • Verbal Communication 2

CYCLE IV

  • Thermodynamic Systems
  • Algorithmic
  • Business management
  • Statistic and probability
  • Optimization Methods in Industrial Engineering
  • History and culture

CYCLE V

  • Philosophical Anthropology
  • Process Design and Improvement
  • Statistical Modeling
  • Electrical technology
  • Costs
  • Probabilistic Methods for Operations Research

CYCLE VI

  • Database
  • Environmental Management and Renewable Energies
  • Reality, Knowledge and Transcendence
  • Operations Planning
  • Industrial Statistics

CYCLE VII

  • Analysis and design of systems
  • Economy and Finance
  • Introduction to Theology
  • Applied Electrotechnics and Automation
  • Supply chain management

CYCLE VIII

  • Manufacturing technology
  • Data Engineering
  • Theology and Christian Life
  • Entrepreneurship and Business Agility
  • Integrated Management Systems

CYCLE IX

  • Industrial Operations and Processes
  • Social doctrine of the church
  • Ethics and People Management
  • Elective 1
  • Elective 2

CYCLE

  • Information Technology Department
  • Project Management
  • Elective 3
  • Elective 4

Important: Our curriculum design is subject to updating in accordance with article 40 of the University Law.

Leyenda

  • Basic sciences
  • Basic sciences
  • Engineering Sciences
  • Basic sciences
  • Humanities
  • Basic sciences
  • Information systems
  • Basic sciences
  • Basic sciences
  • Humanities
  • Basic sciences
  • Basic sciences
  • Engineering Sciences
  • Operation management
  • Humanities
  • Technologies
  • Information systems
  • Economic and Administrative Sciences
  • Statistics and Operations Research
  • Statistics and Operations Research
  • Humanities
  • Humanities
  • Operation management
  • Statistics and Operations Research
  • Technologies
  • Economic and Administrative Sciences
  • Statistics and Operations Research
  • Information systems
  • Technologies
  • Humanities
  • Operation management
  • Statistics and Operations Research
  • Information systems
  • Economic and Administrative Sciences
  • Humanities
  • Technologies
  • Operation management
  • Technologies
  • Information systems
  • Humanities
  • Economic and Administrative Sciences
  • Operation management
  • Technologies
  • Humanities
  • Economic and Administrative Sciences
  • Electives
  • Electives
  • Information systems
  • Operation management
  • Electives
  • Electives

Program Strengths

Teaching plan

The program is made up of full-time teachers, who integrate their teaching activities with research activities. 67 % of them have an academic degree of doctor.
Likewise, the program's teachers make up the largest number of UDEP research teachers recognized in the National Registry of Science and Technology Researchers (Renacyt).

Competitive training with international standards

The program offers training in general project theory and the development of project management skills under the international standards of IPMA and PMI.

Additionally, being part of the ExtendSim Adopter program allows you to give students a competitive advantage by teaching them simulation techniques and principles.

 

 

Furthermore, both our faculty and students have the opportunity to access the Premium version of DataCamp, an online learning platform specializing in data science and artificial intelligence, free of charge. The Spanish version of this platform is available at https://www.datacamp.com/es

 

 

INTERNATIONALLY ACCREDITED PROGRAM

The program is accredited by ICACIT, which certifies compliance with international academic and management standards. This accreditation enhances graduates' job prospects, as well as their chances of obtaining scholarships and participating in student exchange programs. ICACIT It is a Peruvian quality institution specializing in programs in Architecture, Computing, Science, Engineering and Engineering Technology and is the first Latin American accrediting agency that is part of the International Engineering Alliance, as a Signatory member of Washington Accord.

Program with Icacit Accreditation from the Engineering Accreditation Committee (CAI) of Icacit, under the criteria ggenerals and the criteria of the Industrial Engineering Program. http://www.icacit.org.pe/

 
Educational Objectives and Graduate Attributes

 

HUMANISTIC TRAINING AND PERSONAL ADVICE

The program offers a high level of technical knowledge and solid humanistic training, which defines ethics and morality in search of the truth. This forms the seal that characterizes UDEP graduates.

Likewise, the program provides personalized academic advice through a system of personal and professional tutoring, during all years of study.

International agreement

The Industrial and Systems Engineering academic program has agreements to study a master's degree in Boston University, University of Northern Iowa (UNI) and George Mason University (GMU).

Upon completion of their studies, and depending on their academic performance, these agreements between the universities and UDEP allow students to validate one or two courses from the regular program, resulting in cost and time savings within the graduate program. This benefit is also available to graduates from the last five years for Boston University and the last three years for the University of Northern Iowa, within each annual application period.

In the case of George Mason University (United States), UDEP students will be able to obtain a master's degree in Systems Engineering or in Operations Research, offered by the Department of Systems Engineering and Operations Research (SEOR). This agreement allows students to begin their master's degree immediately after completing their fifth year of undergraduate studies, validating courses taken at UDEP.

Students will be able to decide the start date of classes, according to their interests, and achieve their master's degree in one year. full time at Boston University, in 1.5 years at the University of Northern Iowa, or under the established modality at George Mason University (3 years at UDEP, 1 year of undergraduate studies at GMU and 1 year of postgraduate studies at GMU).

The University of Piura maintains cooperation agreements with various educational institutions internationally, which promote the scientific development of teachers, researchers and students.

 

PEACE ENGINEERING AND SUSTAINABILITY

UTEP & UDEP Study Abroad Program 2024

Infrastructure

The program's infrastructure allows academic and research activities to be carried out in classrooms and laboratories surrounded by the natural landscape of the campus, in an environment conducive to reflection and study, in accordance with the demands of university education.

Degrees and titles

Pre professional practices

Bachelor's degree

Professional title – Industrial and Systems Engineering

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