Study Plan - Nanotechnology and Molecular Engineering

• Bachelor's
• Nanotechnology and Molecular Engineering

When you finish all units of your education program, you will receive a Diploma and a Professional License, as well as a bachelor’s degree endorsed by SACSCOC that is recognized worldwide.

Accredited and Consolidated Institution.
Registered in Group 3 of the Institutional Improvement Program.

First Term

Second Term

Third Term

Fourth Term

Fifth Term

Sixth Term

Seventh Term

Eighth Term

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Objective

Train professionals in Nanotechnology and Molecular Engineering who can design, analyze and use new materials through virtual learning environments and technological tools. Develop skills in interdisciplinary areas such as nanoscience, nanotechnology, chemistry, physics and biology. Propose innovative solutions to global industrial and research challenges, evaluating the social impact of nanotechnology with a focus on digital communication and global interaction.

Graduate profile

The Nanotechnology and Molecular Engineering’s teaching learning process is based on competencies to integrate knowledge, skills and attitudes that train ethical professionals who can meet nanotechnology needs and requirements of the population, in a global world.

• Interpret nanoscience and nanotechnology, integrating multidisciplinary experimentation to design, describe and apply properties of advanced and nanostructured materials, with ethical responsibility.
• Identify analysis techniques and interdisciplinary knowledge in chemistry, mathematics, physics, biology, engineering, nanoscience and nanotechnology to innovate in the design of new advanced materials.
• Distinguish determining nanostructured material’s physical and chemical properties, applying theories and data analysis to improve the quality of life of communities.
• Evaluate the ethical and responsible impact of the development of advanced and nanostructured materials in sectors such as health, energy and the environment.
• Design projects in nanoscience and nanotechnology, applying results with technological tools to solve industrial and research problems in an innovative way.
• Manage learning through digital resources for continuous and effective professional development.

Explore everything that studying Nanotechnology and Molecular Engineering has to offer.

Recommended Computer Specifications

These specifications are provided as a general guideline, reflecting the average requirements of the academic software currently in use at the institution. Please note that the university is not responsible for any individual decisions made regarding computer equipment.