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Venues Metepec

Vista panorámica campus Metepec
Venues Metepec

PrepaTec, Campus Metepec, was founded in 2004 with the objective of extending the tradition of training competitive professionals committed to human development.

The campus has an area of forty-two thousand six hundred square meters, as well as an enrollment of one thousand students oriented toward responsible leadership.

We invite you to discover the spaces we must hold all types of events!

Characteristics

We have innovative facilities and the necessary technological equipment for all types of events, such as conferences, workshops, congresses, and graduation ceremonies.

The spaces have great versatility, as well as a maximum capacity of up to five hundred people, making them places that can adapt to the needs of your event without major complications. In addition, we put at your disposal all the necessary tools to make your planning as simple as possible and your experience the most memorable.

Come to PrepaTec, Campus Metepec, and live an experience like no other!

If you want to know more about our campus, the spaces and tools we have to offer you, we invite you to consult our catalog, as well as to contact us through the form. This way, we will be able to respond to your request as soon as possible.

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Ubicación
Boulevard Solidaridad las Torres S/N, San Salvador Tizatlali, C. P. 52172 Metepec, México.

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Toluca Campus Panoramic view

Toluca Venues

On August 9, 1982, our history within the universities in the Toluca Valley begins, the Tecnológico de Monterrey opens its doors for the first time as a Toluca Unit. During its 38 years of history, thousands of students, teachers, collaborators, and graduates have walked through its halls.

With capacities from 100 to 2,000 people, you will undoubtedly find the best option that adapts to the size of your event, and you will have an exceptional experience.

With green areas, parking, a sports stadium, and technological support, your event can be hosted, be it executive meetings, business events, sporting, cultural and musical events.

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Location
Av. Eduardo Monroy Cárdenas 2000, San Antonio Buenavista, 50110 Toluca de Lerdo, Méx.

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Vista panorámica campus Toluca

Venues Toluca

El 9 de agosto de 1982 comienza nuestra historia dentro de las universidades en el Valle de Toluca, el Tecnológico de Monterrey abre por primera vez sus puertas como Unidad Toluca. Durante sus 38 años de historia, han caminado entre sus pasillos miles de alumnos, profesores, colaboradores y egresados.

Con capacidades desde las 100 hasta 2,000 personas sin duda encontrarás la mejor opción que se adapte a la altura de tu evento y tendrás una experiencia excepcional.

Con áreas verdes, estacionamiento, estadio deportivo, apoyos tecnológicos se podrá albergar tu evento sea reuniones ejecutivas, eventos empresariales, eventos deportivos, culturales y musicales.

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Ubicación
Av. Eduardo Monroy Cárdenas 2000, San Antonio Buenavista, 50110 Toluca de Lerdo, Méx.

Cotiza tu evento

Today is the day

Begin your admission process

At Prepa Tec, we are looking for highly talented young people, who are motivated to face up the current challenges,  ready to explore their purpose and calling.

It’s time to discover!

Objective evaluation? YES! The information that you provide about who you are, your passions and how can you uniquely contribute to out student community will be carefully reviewed by an Admissions Committee. Thus we ensure impartiality and confidentiality.

At Prepa Tec we also seek to maintain and raise our standard of academic excellence, which is why, along with our admission process, we have created support mechanisms to guarantee our Prepa Tec students can access professional:

  • The Prepa Tec Educational Model
  • Our Wellness Mentors program
  • Your experiences abroad
  • The Life experience


* This admission process is subject to change without prior notice by the Admissions Committee.
* To start the baccalaureate *(high school)* courses you must have completed your secondary studies and present official documentation that supports it.

 

Steps to follow

1

Register and fill out the admission application online

 

a. Create your account
You need to have a personal email to create a user account and generate a password. These will be your access to our Tec Request page and will allow you to check the status of your process.

b. Fill out your application
Select the campus and program of your interest. Subsequently, fill in your personal information in the different sections that are presented to you.

c. Send your application for admission
Click Submit once you have filled out all the fields. If you are a minor, it will be necessary for the relative who will accompany you in your admission process to validate the information provided. For said validation, an email will be sent to the address provided.
 

The documents to send are:

  • Birth Certificate
  • Copy of your proof of high school studies with score average.*
  • Copy of the valid official identification with photograph and signature of the person responsible for paying the tuition.
  • If you are a minor, a copy of your current official photo ID** and the ID and signature of your father, mother or guardian.
  • If you are of legal age, copy of your valid official identification with photograph and signature.***

* In the following table we present the documents that are valid according to the stage of your studies and the month in which you complete the admission process

Stage of studies Month in which you are carrying out the admission process Valid document
1) High School in progress September-December Copy of qualifications of the Ministry of Education of 1st and 2nd year with stamp and signature
2) High School in progress January-August Copy of qualifications from the Secretary of Education for 1st and 2nd year and proof of qualifications for complete quarters of curricular subjects (download HERE  the valid format for it)
3) Finished High School   Copy of high school certificate

 

**If you are a minor, you can provide as official identification: passport, IMSS/ISSSTE affiliation credential, school credential, SEP credential or official educational institutions, school certificate with photograph, driver's license, official identification of the country of origin.

 

***People of legal age may submit as official identification: passport, IFE/INE credential, released military card, professional license, official identification of the country of origin or official credential of the Secretary of National Defense or Secretary of the Navy.

d. Send your application for admission
Click Submit once you have filled out all the fields. If you are a minor, it will be necessary for the relative who will accompany you in your admission process to validate the information provided. For said validation, an email will be sent to the address provided

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3

Pay the admission process fee

Check on the same Tec Request page the amount you will have to cover and select your payment method:

  • Credit or debit card
  • PayPal
  • Bank deposit using the referenced payment tab.

*The payment of the admission process is not refundable.

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2

Put together a profile with everything that makes you unique

 

a. Share us your resume

The curriculum is a brief description of your school trajectory. It includes questions about the achievements, abilities and aptitudes that you have achieved and developed during your secondary studies. Include your participation in all areas, since the achievements in each face-to-face or online discipline that you have carried out from 2018 to date will help to have an extraordinary curriculum. It is important that you have evidence of the activities that you describe there, since we could request that you share them with us.

b. Write your essay

Let the words flow. Tell us in writing about the experiences that have helped you to be the person you are today, your expectations for the future and the reasons why you think you should be part of Prepa Tec.

The curriculum and the essay are determining elements in making an admission decision. Fill out both documents in the admission requirements section of the Tec Application.

Here are several videos where you will find recommendations for preparing your resume and essay.

  1. Start your essay
  2. Tips for your essay
  3. Other recommendations for your essay
  4. Tips for your resume 
  5. Everything is ready!
  6. SMART Methodology
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5

Find out your admission result

 

Once the process is complete, you will be able to know the delivery date of your admission result. On that day, the Admissions Committee will issue the opinion of your process on the Tec Request page.

The decision of the Admissions Committee is final and the selection process is private and confidential, so the Tecnológico de Monterrey reserves the reasons for the admission decision issued.

 

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6

Enroll and become a part of the PrepaTec community

 

In case of obtaining a positive result, confirm your income by covering the advance payment of the tuition of $7,000 MXN, which you can make on the Tec Request page. Check the events calendar, register and join the Prepa Tec community.

After July 28, 2023, you must cover the equivalent of the first tuition payment plus the cost of tuition insurance in force at the time, to complete your registration. Check the amount with your admissions advisor.

Deadline to request advance reimbursement: August 4, 2023.

Benefits for your future entry to Professional

When you graduate from Prepa Tec with an average equal to or greater than 80, you will be able to continue adding experiences in Professional by simply updating your application, paying your tuition and confirming your admission. If you are interested in a program with special requirements, you must submit additional requirements to those mentioned above.

If you graduate from Prepa Tec with an average of less than 80, we will review your academic and extra-academic profile and general skills and, based on this, we will indicate what requirements you must meet to complete your admission process.

 

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Important dates 2023 academic year

Where is research carried out?

Research Groups

Research groups are made up of professors and researchers who carry out research activities with the purpose of obtaining high impact scientific products, knowledge generation and transfer and/or innovation and entrepreneurship.

They are developed in one or several strategic disciplines defined by the National School and are generated through the solution of research challenges and projects.

The GIs have established lines of research, clear objectives of scientific, social and economic impact. They also have strategic academic relationships and links with external organizations. They also have scientific production according to their internationally competitive discipline(s).

They produce social impact through the challenges they solve and the advocacy they lead; economic impact through the attraction of research funds and the consolidation of successful ventures.

Use the institutional infrastructure of Laboratories or Research Centers according to the discipline.

Access to institutional financial support for their researchers.

 

School of Architecture, Art and Design

Territorial and sustainable development
Design and advanced processes of sustainable transformation
• Critical theory of art and design

School of Social Sciences and Government

Legal systems innovation
Economies of the future
Democracy and global affairs
Government and public entrepreneurship

School of Humanities and Education

Educational innovation
Digital humanities
Humanities for sustainable development

 

School of Medicine and Health Sciences

• Diagnostic and therapeutic innovation in chronic degeneration diseases
• Advanced therapies in visual sciences
• Global health and emerging diseases
• Research in breast cancer
• Developmental biology and comprehensive well-being in childhood
• Neurological sciences and neurorestoration

Business School

Leadership and effective organizations
Development of conscious businesses
Impactful entrepreneurship and innovation
Organizational strategy and industries transformation

¿Dónde se realiza la investigación?

Grupos de Investigación (GI)

Los grupos de investigación están conformados por docentes e investigadores que realizan actividades de investigación para obtener productos científicos de alto impacto, de generación y transferencia de conocimiento y/o de innovación y emprendimiento.

Se desarrollan en una o varias disciplinas estratégicas definidas por la Escuela Nacional y se gestan a través de la solución a retos y proyectos de investigación.

Los GI cuentan con líneas de investigación establecidas, objetivos claros de impacto científico, social y económico. Cuentan además con relaciones académicas estratégicas y vinculación con organismos externos. Asimismo, cuentan con producción científica de acuerdo con su(s) disciplina(s) con nivel competitivo en el entorno internacional.

Impactan a la sociedad a través de los retos que resuelven y la incidencia que guían; generan impacto económico en la institución a través de la atracción de fondos de investigación y la consolidación de emprendimientos exitosos.

Utilizan la infraestructura institucional de Laboratorios o Centros de Investigación según la disciplina.

Accesan a los apoyos económicos Institucionales para sus investigadores.

Los temas más relevantes de investigación son:

 

School of Architecture, Art and Design

Territorial and sustainable development
Design and advanced processes of sustainable transformation
• Critical theory of art and design

School of Social Sciences and Government

Legal systems innovation
Economies of the future
Democracy and global affairs
Government and public entrepreneurship

School of Humanities and Education

Educational innovation
Digital humanities
Humanities for sustainable development

 

School of Medicine and Health Sciences

• Diagnostic and therapeutic innovation in chronic degeneration diseases
• Advanced therapies in visual sciences
• Global health and emerging diseases
• Research in breast cancer
• Developmental biology and comprehensive well-being in childhood
• Neurological sciences and neurorestoration

Business School

Leadership and effective organizations
Development of conscious businesses
Impactful entrepreneurship and innovation
Organizational strategy and industries transformation

Robotics

About the Group

Our group develops devices in the areas of bio-mechatronics and autonomous vehicles.

In the bio-mechatronics area, the objective is to assist the human motion during rehabilitation and to help geriatric people with wearable robotics. In the case of autonomous vehicles (AV’s), we focus on the assistance during natural disasters by using teams of heterogeneous robots (air and ground AV’s) that interact simultaneously.


Research lines

Laboratory for Micro-Robotics
Laboratory for Autonomous Vehicles.

Leader

Rita Quetziquel Fuentes Aguilar - rita.fuentes@tec.mx
 

Core researchers

Carlos Gustavo Sotelo Molina
Carlos Renato Vázquez Topete
David Alejandro Sotelo Molina
Herman Castañeda Cuevas
Javier Izquierdo Reyes
Javier Mauricio Antelis Ortíz
Joel Carlos Huegel West
Jorge Isaac Chairez Oria
Luis Eduardo Garza Castañón
Luz María Alonso Valerdi
Ricardo Zavála Yoe
Rita Quetziquel Fuentes Aguilar
Sergio Alberto Navarro Tuch

 

Adjunct researchers

Adrian Navarro Díaz
Armando Roman Flores
David Gómez Gutiérrez
Debbie Crystal Hernández Zarate
Enrique Javier Aguayo Lara
Héctor Cervantes Culebro
Irandi Gutiérrez Carmona
Irving Omar Cázares Ramírez
Jianhong Wang
Manuel Navarro Gutiérrez
Omar Mendoza Montoya
Oscar Eleno Carbajal Espinosa
Ramóna Beatriz Alemón Galindo
Ricardo Esteban Roberts Ugrinovic
Sajjad Keshtkar

Publications

Top 5 of publications 2015-2019

- A review of optimal control techniques applied to the energy management and control of microgrids
Authors: Minchala-Avila, L., Garza-Castañón, L., Vargas-Martínez, A., & Zhang, Y.

- Motor imagery based brain-computer interfaces: An emerging technology to rehabilitate motor deficits
Authors: Alonso-Valerdi, L., Salido-Ruiz, R., & Ramirez-Mendoza, R.

- Optimal Energy Management for Stable Operation of an Islanded Microgrid
Authors: Minchala-Avila, L., Garza-Castanon, L., Zhang, Y., & Ferrer, H.

- Human-like compliant locomotion: State of the art of robotic implementations
Authors: Torricelli, D., Gonzalez, J., Weckx, M., Jiménez-Fabián, R., Vanderborght, B., Sartori, M., Dosen, S., Farina, D., Lefeber, D., & Pons, J.

- Classification of motor states from brain rhythms using lattice neural networks
Authors: Gudiño-Mendoza, B., Sossa, H., Sanchez-Ante, G., & Antelis, J.

 

Robótica

Sobre el Grupo

El grupo de robótica del Tec de Monterrey desarrolla dispositivos en las áreas de bio-Mecatrónica y vehículos autónomos. En el área de biomecatrónica, el objetivo es atender el movimiento humano durante la rehabilitación y ayudar a personas de la tercera edad, usando dispositivos robóticos. En el caso de vehículos autónomos (AV), el enfoque es apoyar la atención en desastres naturales mediante el uso de los equipos de colaboración de robots heterogéneos (aéreo y terrestre de AV) que interactúan simultáneamente.

Líneas de investigación

  • Laboratorio de Micro-robótica
  • Laboratorio para vehículos autónomos

Líder

Rita Quetziquel Fuentes Aguilar - rita.fuentes@tec.mx
 

Miembros

Carlos Gustavo Sotelo Molina
Carlos Renato Vázquez Topete
David Alejandro Sotelo Molina
Herman Castañeda Cuevas
Javier Izquierdo Reyes
Javier Mauricio Antelis Ortíz
Joel Carlos Huegel West
Jorge Isaac Chairez Oria
Luis Eduardo Garza Castañón
Luz María Alonso Valerdi
Ricardo Zavála Yoe
Sergio Alberto Navarro Tuch

 

Adscritos

Adrian Navarro Díaz
Armando Roman Flores
David Gómez Gutiérrez
Debbie Crystal Hernández Zarate
Enrique Javier Aguayo Lara
Héctor Cervantes Culebro
Irandi Gutiérrez Carmona
Irving Omar Cázares Ramírez
Jianhong Wang
Manuel Navarro Gutiérrez
Omar Mendoza Montoya
Oscar Eleno Carbajal Espinosa
Ramóna Beatriz Alemón Galindo
Ricardo Esteban Roberts Ugrinovic
Sajjad Keshtkar

Publicaciones

Top 5 de publicaciones 2015-2019

- A review of optimal control techniques applied to the energy management and control of microgrids
Autores: Minchala-Avila, L., Garza-Castañón, L., Vargas-Martínez, A., & Zhang, Y.

- Motor imagery based brain-computer interfaces: An emerging technology to rehabilitate motor deficits
Autores: Alonso-Valerdi, L., Salido-Ruiz, R., & Ramirez-Mendoza, R.

- Optimal Energy Management for Stable Operation of an Islanded Microgrid
Autores: Minchala-Avila, L., Garza-Castanon, L., Zhang, Y., & Ferrer, H.

- Human-like compliant locomotion: State of the art of robotic implementations
Autores: Torricelli, D., Gonzalez, J., Weckx, M., Jiménez-Fabián, R., Vanderborght, B., Sartori, M., Dosen, S., Farina, D., Lefeber, D., & Pons, J.

- Classification of motor states from brain rhythms using lattice neural networks
Autores: Gudiño-Mendoza, B., Sossa, H., Sanchez-Ante, G., & Antelis, J.

 

Nanodevices

About the Group

The group develops Nanosensors and miniaturized devices for applications in the areas of healthcare and environmental engineering. Our sensors are mostly based on electrochemical, photonic and luminescent signal transduction and amplification schemes, and can incorporate custom microelectronic systems. The group develops microfluidic devices based on electrokinetic and/or centrifugal forces, for diagnostic and medical therapy applications, as well as for organ emulation. We work on synthesis and fabrication processes of structured functional materials at the micro/nanometric scale combining metals, polymers and carbon allotropes.

The group has extensive experience in modeling multiphysics systems, as well as in modeling/measuring the interactions of electromagnetic radiation with matter.

Our group works on a wide range of projects, including: Ultrafast gene diagnostics, gene editing for cell reprogramming with application to Type I Diabetes, cell matching and fusion for cancer therapy, isolation and characterization of exosomes for early disease detection, bioprinting, 3D nanoimprinting based on multiphoton polymerization, 3D printing of anatomical models for surgical planning, ultrafast sensing with molecular spectroscopy, modeling of cell membrane molecular dynamics for medicine development, quantum dots for medical imaging.


Researcher lines

• Nanosensors based on electrochemical, photonic and luminescent principles.
• Microfluidic devices for medical diagnostics and therapy.
• Bioprinting and organ-on-a-chip emulation.
• 3D nanoimprinting based on multiphotonic polymerization.

Leader

Sergio Omar Martínez Chapa - smart@tec.mx

Members

Alán Osiris Sustaita Narváez
Antonio Ramón Xicoténcatl Favela Contreras
Apurv Chaitanya Nellikka
Edgar René López Mena
Francisco Javier Sierra Valdez
Gaurav Chauhan
Grissel Trujillo de Santiago
Héctor Alán Aguirre Soto
Israel de León Arizpe
Juan Manuel Martínez Huerta
Kumar Wickramasinghe (Distinguished Professor)
Luis Marcelo Lozano Sánchez
Mallar Ray
Marc Josef Madou (Distinguished Professor)
Mario Moisés Álvarez
Masoud Madadelahi
Narsimha Mamidi
Pierre Berini (Profesor distinguido)
Rafael Camilo Lozoya Gámez
Ricardo Pablo Pedro
Rudra Kumar
Víctor Hugo Pérez González

Postdoctoral researcher

Vianni Chopra

Nanodispositivos

Sobre el Grupo

El grupo desarrolla Nanosensores y Dispositivos miniaturizados para aplicaciones en las áreas de cuidado de la salud e ingeniería ambiental. Nuestros sensores están mayormente basados en esquemas de transducción y amplificación de señales electroquímicas, fotónicas y luminiscentes, y pueden incorporar sistemas microelectrónicos a la medida.

El grupo desarrolla dispositivos microfluídicos basados en fuerzas electrocinéticas y/o centrífugas, para aplicaciones de diagnóstico y terapia médica, así como para la emulación de órganos. Trabajamos en síntesis y procesos de fabricación de materiales funcionales estructurados en la escala micro/nanométrica combinando metales, polímeros y alótropos de carbono.

El grupo tiene amplia experiencia en la modelación de sistemas multifísicos, así como en la modelación/medición de las interacciones de la radiación electromagnética con la materia.

Nuestro grupo trabaja en una amplia gama de proyectos, entre los que se incluyen: Diagnóstico genético ultra-rápido, edición genética para la reprogramación celular con aplicación a Diabetes tipo I, emparejamiento y fusión celular para terapia de cáncer, aislamiento y caracterización de exosomas para la detección temprana de enfermedades, bioimpresión, nanoimpresión 3D basada en polimerización multifotónica, impresión 3D de modelos anatómicos para planeación quirúrgica, sensado ultrarápido con espectroscopía molecular, modelación de la dinámica molecular de la membrana celular para el desarrollo de fármacos, puntos cuánticos para imagenología médica.

 

Líneas de investigación

• Nanosensores basados en principios electroquímicos, fotónicos y luminiscentes.
• Dispositivos microfluídicos para diagnóstico y terapia médica.
• Bioimpresión y emulación de órganos en un chip.
• Nanoimpresión 3D basada en polimerización multifotónica.

Líder

Sergio Omar Martínez Chapa - smart@tec.mx


Miembros

Alán Osiris Sustaita Narváez
Antonio Ramón Xicoténcatl Favela Contreras
Apurv Chaitanya Nellikka
Edgar René López Mena
Francisco Javier Sierra Valdez
Gaurav Chauhan
Grissel Trujillo de Santiago
Héctor Alán Aguirre Soto
Israel de León Arizpe
Juan Manuel Martínez Huerta
Kumar Wickramasinghe (Profesor distinguido)
Luis Marcelo Lozano Sánchez
Mallar Ray
Marc Josef Madou (Profesor distinguido)
Mario Moisés Álvarez
Masoud Madadelahi
Narsimha Mamidi
Pierre Berini (Profesor distinguido)
Rafael Camilo Lozoya Gámez
Ricardo Pablo Pedro
Rudra Kumar
Víctor Hugo Pérez González

 

Investigador posdoctoral

Vianni Chopra