Nanotechnology Engineering

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Nanotechnology Engineering

Program Description

Graduates of the Nanotechnology Engineering program are prepared to lead quality control departments, ensuring that products meet required specifications through material analysis at the nanometric scale. They are trained to diagnose material failures, investigate nanoscale phenomena, and identify new material properties that can be applied to improve existing products and develop innovative solutions. The program is structured in two stages: Stage 1: Higher University Technician (TSU) in Nanotechnology Duration: 6 four-month academic terms (cuatrimestres) Stage 2: Bachelor’s Degree in Nanotechnology Engineering Duration: 4 additional four-month academic terms Upon completion of both stages, students earn the Bachelor’s Degree and Professional License in Nanotechnology Engineering. Graduates become key professionals in quality assurance, materials failure analysis, research and development, and the management of microscopy laboratories.

Mission

To educate highly qualified professionals in nanoscience and nanotechnology who are capable of analyzing, diagnosing, and improving materials at the nanometric scale while ensuring product quality in industrial processes. Through comprehensive preparation in research, innovation, and quality control, graduates contribute to technological advancement and the incorporation of new materials that strengthen the competitiveness of organizations.

Vision

To be a leading academic program in the field of nanotechnology, recognized for educating innovative engineers committed to applied research and the continuous improvement of materials and products. Our graduates will be leaders in the development of advanced technological solutions, the management of microscopy laboratories, and the promotion of sustainability and quality in industry at the regional, national, and international levels.

Professional Profile

Graduates develop the ability to produce nanomaterials through established synthesis procedures while complying with applicable regulations and quality standards. This competency enables them to contribute to technological innovation and provide solutions to challenges in industrial, commercial, academic, and social sectors through an ethical, inclusive, and sustainable approach. In addition, graduates are capable of synthesizing nanomaterials using specialized techniques and standardized procedures, ensuring that products meet market demands and research requirements. This competency allows them to apply scientific knowledge in practical settings and generate value across multiple sectors. Furthermore, graduates possess the skills required to incorporate nanomaterials into traditional materials, enhancing their physical and chemical properties through standardized procedures. This capability promotes innovation in product manufacturing, improves industrial processes, and expands opportunities for research and development of new applications.

Consult Program Structure

Higher University Technician (TSU) in Nanotechnology

First Four-Month Term

English I

Human Development and Values

Mathematical Foundations

Introduction to Nanotechnology

Basic Chemistry

Thermodynamics

Communication and Digital Skills

Second Four-Month Term

English II

Socio-Emotional Skills and Conflict Management

Differential Calculus

Physics

Probability and Statistics

Organic Chemistry

Research Methodology

Third Four-Month Term

English III

Critical Thinking and Decision-Making

Integral Calculus

Materials Science

Analytical Chemistry

Nanomaterials Synthesis

Integrative Project I

Fourth Four-Month Term

English IV

Professional Ethics

Multivariable Calculus

Electrochemistry

Optics and Quantum Phenomena

Materials Integration

Nanobiology

Fifth Four-Month Term

English V

High-Performance Team Leadership

Differential Equations

Nanomaterials

Integrated Management Systems

Materials Characterization I

Integrative Project II

Sixth Four-Month Term

First Professional Internship in the Productive Sector

Upon successful completion, students earn the Higher University Technician (TSU) Degree and Professional License in Nanotechnology.

Bachelor's Degree in Nanotechnology Engineering

First Four-Month Term

English VII

Elective I

Industrial Quality

Simulation and Modeling

Unit Processes

Industrial Engineering

Industrial Drawing

Second Four-Month Term

English VII

Elective I

Industrial Quality

Simulation and Modeling

Unit Processes

Industrial Engineering

Industrial Drawing

Third Four-Month Term

English VIII

Elective II

Elective III

Project Management

Engineering Economics

Process Scale-Up

Integrative Project III

Fourth Four-Month Term

Second Professional Internship in the Productive Sector

Upon successful completion, students earn the Bachelor’s Degree and Professional License in Nanotechnology Engineering.