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Publico de servicio social

Público de Servicio Social

Público
  • Student

  • Faculty

  • Partner Entity

Committed to the development of society through Social Service.

Social service is a component of the educational model that seeks to foment the development of competencies, in particular the transversal competency in ethics and citizenship, i.e. education with a humanistic outlook, based on experiential learning in public-service activities and projects.

At Tecnológico de Monterrey, social service is viewed as an educational experience that strengthens the development of students’ exit competencies, placing personal talent and professional excellence at the service of others and, in this way, contributing from a professional context to the generation of proposals for addressing, diminishing or solving the key social issues faced by society.

Social service is a graduation requirement, as stipulated in article 24 of the General Education Law and in the regulatory law provided by article 5 of the Mexican Political Constitution, and applies to all the Tecnológico de Monterrey campuses at the undergraduate level. In addition, fulfilling 480 hours of social service is a graduation requirement at Tecnológico de Monterrey.

Tecnológico de Monterrey students demonstrate a clear social commitment, since on average students complete over 550 hours throughout their degree program.

Social Service (SS) Process for Students

  1. Look for projects in the SS catalogues.
  2. Enroll in the SS project according to your interests.
  3. Execute the project activities and generate evidence.
  4. Receive credit for SS hours per project.
  5. Complete your SS and submit the Citizenship Experience Report (CER) and SS verification of completion one semester before graduating.
  6. Receive recognition if your SS was outstanding.

Consult the Tecnológico de Monterrey Social Service legislation in effect: GENERAL RULES AND REGULATIONS FOR TECNOLÓGICO DE MONTERREY STUDENTS.

Access to SIASS
Integrated Social Service Management System –SIASS. This system is used to manage students’ information regarding Social Development, which strengthens the citizenship and professional competencies gained through citizenship and professional social service. Access the page by clicking on SIASS .

Contact at each campus

Access the link CONTACT to learn about the Directors and Coordinators at each Campus.


Questions or comments
SERVICIOSOCIAL@SERVICIOS.ITESM.MX .

Faculty who promote student education with a humanistic outlook.

One of the components of the Ethics and Citizenship Program consists of transversal education courses in the different curricula that contribute to the preparation of each and every professional.

In the case of transversal courses that incorporate citizenship, the social attribute "Course with transversal citizenship (CCTR)" is used. This attribute allows faculty to develop social service projects that benefit society and award credit for social service hours. To do so, the class professor must have successfully completed the Transversal Citizenship Workshop.

Which requirements or activities must be fulfilled to implement a social service project in my course?

Proceso para materias con CCTR y proyectos de SS
  1. Agreement to assign the CCTR attribute to the course group to implement the SS project.
  2. Connection of the SS project with a social education organization.
  3. Registration or authorization of students’ projects.
  4.  
  5. Automatic credit for hours according to the students’ grades and registration of exceptions in SS.
  6. Generation and submission of the letter of verification of SS hours for the group.

For how many hours can students receive credit in the course group project?
The first column shows the final grade ranges obtained by students, while the second column reveals the maximum number of Social Citizenship Service credit hours that can be received for group projects in courses with the CCTR attribute.

Range of SS hours in courses

Campus Name
Ranges Hours
90-100 60
80-89 40
70-79 20
69-0, SD, DA, NP, SC 999*

Official guidelines on the CCTR attribute

To find out more about the corresponding process, write to: SERVICIOSOCIAL@SERVICIOS.ITESM.MX.

Social citizenship service projects in courses with CCTR
Here are some EXAMPLES OF SS PROJECTS IN COURSES WITH CCTR from other campuses, different disciplines or faculty colleagues.

Spaces where students apply professional knowledge through social service.

The following entities are considered social education organizations: community; social institutions; public entities; companies, based on a  social responsibility program; civil society organization; or a group of people who, by mutual agreement with Tecnológico de Monterrey, design social service projects where students apply professional knowledge that contributes to social development and transformation, while participating in a learning experience in their educational process and in the development of projects.

Tecnológico de Monterrey students demonstrate a clear social commitment, since on average students complete over 550 hours throughout their degree program.

Which requirements or activities must be fulfilled to implement a social service project through an External/Partner Entity?

Process for courses with CCTR and SS projects

Proceso de vinculación con organización social formadora
  1. Know the TEC SS: express a desire to be a social education organization.
  2. Formalize: agreements to receive TEC students.
  3. Present projects: identify your organization’s needs.
  4. Enroll students: select and accept students according to the project.
  5. Develop the SS project: induction of students to the institution and the project; follow-up on the project activities; and space for students to reflect at the end of the project.  
  6. Evaluate and verify: evaluate the project and students’ performance; generate the letter of verification of SS hours for the group and submit to the TEC SS office.
  7. Training and coordination: participate in meetings with the TEC.

If you are interested in forming part of this group of social education organizations committed to student development and learning, contact the INDIVIDUALS RESPONSIBLE FOR SOCIAL SERVICE AT THE CORRESPONDING CAMPUS.

Contact at each campus
Access the link CONTACT to learn about the Directors and Coordinators at each Campus.


Questions or comments
SERVICIOSOCIAL@SERVICIOS.ITESM.MX

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

Social Responsibility Frequently Asked Questions, Tecnológico de Monterrey

Social Responsibility Frequently Asked Questions

Audience

  • Students

  • Faculty

  • Partner Entity

1. Do all Tecnológico de Monterrey undergraduate students have to complete social service?
A: Yes, all undergraduate students must complete social service, in compliance with article 9 of the regulatory law provided by article 5 of the Mexican Political Constitution. Physician and Surgeon (MC) students are governed by the provisions of the Mexican General Health Law.

2. What requirements must be met to start social service at Tecnológico de Monterrey?
A: There are two requirements: 1) Have successfully completed the Social Service Induction Workshop and 2) Have earned credit for at least 96 academic units from the curriculum before starting your social service.

3. How many hours of social service do I have to complete?
A: According the nationwide Regulations in effect, 480 hours within a period of no less than six months. A minimum of 240 hours are for social citizenship service and a maximum of 240 hours for professional social service, the latter in accordance with the guidelines of each Tecnológico de Monterrey campus.

4. What is the maximum number of social service hours for which I can receive credit every semester?
A: According to the General Social Service Rules and Regulations for Tecnológico de Monterrey students, you can receive credit for up to 280 hours of Social Service if you have a full academic load or 360 hours if you are studying fewer than five courses from your curriculum during the semester.

5. As a Tecnológico de Monterrey student, where can I carry out my social citizenship service?
A: Each Tecnológico de Monterrey campus has social service programs and projects, which include activities in civil society organizations, social development projects and projects for courses with the CCTR attribute (Course with Transversal Citizenship), where citizenship education is promoted.

6. Where can I look up the social citizenship or professional projects?
A: In the Integrated Social Service Management System (SIASS), using the quick access icons SSC or SSP for social citizenship projects in organizations or professional social service projects, respectively.

7. Can I carry out my social service abroad?
A: No. According to the legislation in effect in Mexico, social service can only be completed in Mexican territory and/or a Mexican Embassy in other countries, which are considered as Mexican territory.

8. Can I graduate without fulfilling the 480 hours of social service?
A: No. The total fulfillment of social service is one of the requirements provided in the Rules and Regulations for Tecnológico de Monterrey Students for the award of an undergraduate degree.

9. What are the current General Social Service Rules and Regulations for Tecnológico de Monterrey Students?
A: At Tecnológico de Monterrey, the General Social Service Rules and Regulations for Tecnológico de Monterrey Students apply and can be found here.

10. What are the requirements for receiving credit for social service?
A:
a. Complete a total of 480 Social Service hours (a minimum of 240 hours of Social Citizenship Service, in one or several projects, and a maximum of 240 hours of Professional Social Service in one or several projects).
b. Write the Citizenship Experience Report (CER) once you have fulfilled 336 units and 240 hours of social citizenship service. This essay provides information on the citizenship education received by students during their degree program in diverse settings, including social service.

11. What is the CER?
A: CER is the Citizenship Experience Report written on completing social citizenship service, and in which students describe, in essay format, their main experiences during the execution of their social service. This is one of the requirements for corroborating the completion of Social Service.

1. What should I do to promote citizenship through the course I teach?
A: Complete training in Transversal Citizenship or in the Service-Learning (S-L) or Problem-Oriented Learning (POL) teaching techniques.

Consult the training programs offered at the campus. In addition, once you have completed the Transversal Citizenship and Service-Learning or POL Workshop, you must receive the approval of your department director to request the assignment of the CCTR attribute from the Office of the Registrar in the following academic period. To be accompanied by a facilitator during the development of the project in the courses, you must register the Certification with your Academic Development Director.

2. Who can support me in linking my course to a social service project?
A: We recommend working collegially with your Department Director, Academic Development Director, and the Ethics and Citizenship Coordinator at your campus. It is also a good idea to ask for advice through a faculty member (certified facilitator) who is already incorporating transversal citizenship in his/her courses. The person in charge of social service can help with linking projects to the campus’s social organizations.

3. What type of citizenship education projects can I implement?
A: Projects that link communities, civil-society or public-sector institutions, orientated toward the solution of social problems, through your campus’s Social Development Programs or select a public or private organization. There are also communities in which Tecnológico de Monterrey actively collaborates through social citizenship service.

4. What are the periods of time for registering a course for connection with social service?
A: At least three weeks prior to the start of a new semester is recommended (guaranteeing that the faculty member has been trained in Transversal Citizenship and Service-Learning or POL). However, the course must be approved within the planning for the semester by your department director.

5. How many social service credit hours can my students receive in the citizenship project?
A: They can earn credit for up to 60 hours of social service, with the allocation of hours depending on the grade the student obtains in the course. (Place corresponding table here.)

6. What requirements or activities must be fulfilled to complete a social service project in my course?
A:

  1. Project connection with the campus’s social education organizations, first two weeks of the semester.
  2. Registration of your project or authorization of student leaders’ projects with SIASS, first six weeks of the semester.
  3. Project and student follow-up during the semester, including progress review, moments for reflection, intermediate achievements, from week six to week fourteen of the semester.
  4. Recording final results in SIASS, from week 15 to 17.
  5. Project evaluation in SIASS, week 18 of the semester.
  6. Students’ grade for automatic credit for SS hours.
  7. Generation of the letter of verification of SS hours and delivery to those responsible for social service.

1. What is a partner entity?
A: Partner entities are the organizations, associations and institutions, government agencies at any level (municipal, state or federal) or companies that receive social service students from Tecnológico and, committed to student education, agree to support Tecnológico de Monterrey in this effort.

2. What do I need to do to become a partner entity at Tecnológico de Monterrey?
A: Arrange an appointment with those responsible for Social Service at your nearest campus to find out about the program’s characteristics and the information requested by Tecnológico de Monterrey. Afterwards, attend periodical planning sessions and diverse evaluation meetings. The aim is to address the needs within your organization and to participate in the preparation of future graduates who are committed to society.

3. Is there a deadline for registering as a partner entity?
A: Yes. This deadline is linked to the start of the academic period. Ideally, contact the person responsible for Social Service at the campus nearest to you during June and November for further details.

4. Where can I view the applicable General Social Service Rules and Regulations?
A: Tecnológico de Monterrey has the General Social Service Rules and Regulations for Tecnológico de Monterrey Students, which can be found aquí.

5. Is there a form for verification of the social service hours completed by students at my entity?
A: Yes. The letter of verification form can be found in the Integrated Social Service Management System (SIASS) and as an appendix in the General Social Service Rules and Regulations for Tecnológico de Monterrey Students aquí.

6. What type of activities should I develop with students in my partner entity?
A: As part of students’ educational process, it is important to:

  • Implement an induction or introduction to the social issues your entity addresses.
  • Provide moments and instruments for reflection during the social service.
  • Develop appropriate activities for the project or entity.
  • Organize a final reflection workshop that will generate evidence upRon completion of the project.
Preguntas frecuentes de Servicio Social

Preguntas frecuentes de Servicio Social

Público

  • Students

  • Faculty

  • Partner Entity

1. Do all Tecnológico de Monterrey undergraduate students have to complete social service?
A: Yes, all undergraduate students must complete social service, in compliance with article 9 of the regulatory law provided by article 5 of the Mexican Political Constitution. Physician and Surgeon (MC) students are governed by the provisions of the Mexican General Health Law.

2. What requirements must be met to start social service at Tecnológico de Monterrey?
A: There are two requirements: 1) Have successfully completed the Social Service Induction Workshop and 2) Have earned credit for at least 96 academic units from the curriculum before starting your social service.

3. How many hours of social service do I have to complete?
A: According the nationwide Regulations in effect, 480 hours within a period of no less than six months. A minimum of 240 hours are for social citizenship service and a maximum of 240 hours for professional social service, the latter in accordance with the guidelines of each Tecnológico de Monterrey campus.

4. What is the maximum number of social service hours for which I can receive credit every semester?
A: According to the General Social Service Rules and Regulations for Tecnológico de Monterrey students, you can receive credit for up to 280 hours of Social Service if you have a full academic load or 360 hours if you are studying fewer than five courses from your curriculum during the semester.

5. As a Tecnológico de Monterrey student, where can I carry out my social citizenship service?
A: Each Tecnológico de Monterrey campus has social service programs and projects, which include activities in civil society organizations, social development projects and projects for courses with the CCTR attribute (Course with Transversal Citizenship), where citizenship education is promoted.

6. Where can I look up the social citizenship or professional projects?
A: In the Integrated Social Service Management System (SIASS), using the quick access icons SSC or SSP for social citizenship projects in organizations or professional social service projects, respectively.

7. Can I carry out my social service abroad?
A: No. According to the legislation in effect in Mexico, social service can only be completed in Mexican territory and/or a Mexican Embassy in other countries, which are considered as Mexican territory.

8. Can I graduate without fulfilling the 480 hours of social service?
A: No. The total fulfillment of social service is one of the requirements provided in the Rules and Regulations for Tecnológico de Monterrey Students for the award of an undergraduate degree.

9. What are the current General Social Service Rules and Regulations for Tecnológico de Monterrey Students?
A: At Tecnológico de Monterrey, the General Social Service Rules and Regulations for Tecnológico de Monterrey Students apply and can be found here.

10. What are the requirements for receiving credit for social service?
A:
a. Complete a total of 480 Social Service hours (a minimum of 240 hours of Social Citizenship Service, in one or several projects, and a maximum of 240 hours of Professional Social Service in one or several projects).
b. Write the Citizenship Experience Report (CER) once you have fulfilled 336 units and 240 hours of social citizenship service. This essay provides information on the citizenship education received by students during their degree program in diverse settings, including social service.

11. What is the CER?
A: CER is the Citizenship Experience Report written on completing social citizenship service, and in which students describe, in essay format, their main experiences during the execution of their social service. This is one of the requirements for corroborating the completion of Social Service.

1. What should I do to promote citizenship through the course I teach?
A: Complete training in Transversal Citizenship or in the Service-Learning (S-L) or Problem-Oriented Learning (POL) teaching techniques.

Consult the training programs offered at the campus. In addition, once you have completed the Transversal Citizenship and Service-Learning or POL Workshop, you must receive the approval of your department director to request the assignment of the CCTR attribute from the Office of the Registrar in the following academic period. To be accompanied by a facilitator during the development of the project in the courses, you must register the Certification with your Academic Development Director.

2. Who can support me in linking my course to a social service project?
A: We recommend working collegially with your Department Director, Academic Development Director, and the Ethics and Citizenship Coordinator at your campus. It is also a good idea to ask for advice through a faculty member (certified facilitator) who is already incorporating transversal citizenship in his/her courses. The person in charge of social service can help with linking projects to the campus’s social organizations.

3. What type of citizenship education projects can I implement?
A: Projects that link communities, civil-society or public-sector institutions, orientated toward the solution of social problems, through your campus’s Social Development Programs or select a public or private organization. There are also communities in which Tecnológico de Monterrey actively collaborates through social citizenship service.

4. What are the periods of time for registering a course for connection with social service?
A: At least three weeks prior to the start of a new semester is recommended (guaranteeing that the faculty member has been trained in Transversal Citizenship and Service-Learning or POL). However, the course must be approved within the planning for the semester by your department director.

5. How many social service credit hours can my students receive in the citizenship project?
A: They can earn credit for up to 60 hours of social service, with the allocation of hours depending on the grade the student obtains in the course. (Place corresponding table here.)

6. What requirements or activities must be fulfilled to complete a social service project in my course?
A:

  1. Project connection with the campus’s social education organizations, first two weeks of the semester.
  2. Registration of your project or authorization of student leaders’ projects with SIASS, first six weeks of the semester.
  3. Project and student follow-up during the semester, including progress review, moments for reflection, intermediate achievements, from week six to week fourteen of the semester.
  4. Recording final results in SIASS, from week 15 to 17.
  5. Project evaluation in SIASS, week 18 of the semester.
  6. Students’ grade for automatic credit for SS hours.
  7. Generation of the letter of verification of SS hours and delivery to those responsible for social service.

1. What is a partner entity?
A: Partner entities are the organizations, associations and institutions, government agencies at any level (municipal, state or federal) or companies that receive social service students from Tecnológico and, committed to student education, agree to support Tecnológico de Monterrey in this effort.

2. What do I need to do to become a partner entity at Tecnológico de Monterrey?
A: Arrange an appointment with those responsible for Social Service at your nearest campus to find out about the program’s characteristics and the information requested by Tecnológico de Monterrey. Afterwards, attend periodical planning sessions and diverse evaluation meetings. The aim is to address the needs within your organization and to participate in the preparation of future graduates who are committed to society.

3. Is there a deadline for registering as a partner entity?
A: Yes. This deadline is linked to the start of the academic period. Ideally, contact the person responsible for Social Service at the campus nearest to you during June and November for further details.

4. Where can I view the applicable General Social Service Rules and Regulations?
A: Tecnológico de Monterrey has the General Social Service Rules and Regulations for Tecnológico de Monterrey Students, which can be found aquí.

5. Is there a form for verification of the social service hours completed by students at my entity?
A: Yes. The letter of verification form can be found in the Integrated Social Service Management System (SIASS) and as an appendix in the General Social Service Rules and Regulations for Tecnológico de Monterrey Students aquí.

6. What type of activities should I develop with students in my partner entity?
A: As part of students’ educational process, it is important to:

  • Implement an induction or introduction to the social issues your entity addresses.
  • Provide moments and instruments for reflection during the social service.
  • Develop appropriate activities for the project or entity.
  • Organize a final reflection workshop that will generate evidence upRon completion of the project.

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

 

Emerging Food Technologies and Nutraceuticals

About the Group

This research group promotes innovative technologies through the convergence of different disciplines to develop and consolidate the identification of nutraceutical compounds mainly associated with grains and plants, which can be used to prevent and treat chronic degenerative diseases.

We work on developing foods with health-promoting properties and innovative ingredients obtained using emerging technologies. We also conduct research in Agrobiotechnology, especially in studying entomofauna in stored grains and the detoxification of grain-based foods containing mycotoxins, which are considered the second most important public health problem in the world.


Research lines

• Identification, fractionalization, extraction, and isolation of nutraceuticals and phytochemical compounds with the potential to treat cancer and chronic-degenerative diseases from food matrices, grains, and plants.
• Application of conventional and emerging technologies to generate food with high functional potential and increase the extraction efficiency of targeted compounds and processes in the food industry.
• Development of new-generation proteins and functional ingredients, applying emerging technologies in foods with health-promoting properties.
• Agrobiotechnology involving entomofauna research in stored grains, detoxification of grain-based foods containing mycotoxins, micropropagation, and molecular improvement.

 

Leader

Johanan del Pino Espinosa Ramírez - johanan_er@tec.mx

Co-leader

Sergio Román Othón Serna Saldívar - sserna@tec.mx
 

Members

Aurea Karina Ramírez Jiménez
Erick Heredia Olea
Esther Pérez Carrillo
Julián de la Rosa Millán
María Anaberta Cardador Martínez
María del Refugio Rocha Pizaña
Miguel Ángel Ontiveros Torres
Oscar Armando Pérez Méndez
Rebeca García Varela
Ricardo García Gamboa
Silverio García Lara
Tomás García Cayuela
Verónica Rodríguez Martínez
Viridiana Alejandra Tejada Ortigoza
Zamantha Judith Escobedo Avellaneda

 

Postdoctoral researchers

Ricardo García Gamboa, Professor
Paula Méndez Galarraga, visiting postdoctoral researcher

Most relevant publications

• Hurtado-Romero, A., Del Toro-Barbosa, M., Garcia-Amezquita, L. E., & García-Cayuela, T. (2020). Innovative technologies for the production of food ingredients with prebiotic potential: Modifications, applications, and validation methods. Trends in Food Science & Technology, 104, 117-131.

• Campero-García L., Cantoral-Ceballos J.A., Martínez-Maldonado A., Luna-Muñoz J., Ontiveros-Torres M.*, Gutierrez-Rodriguez A.E.*. 2022. A novel automatic quantification protocol for biomarkers of Tauopathies in the hippocampus and entorhinal cortex of post-mortem samples using an extended semi-siamese U-Net. Biology MDPI. 11:1131-1144. DOI:10.3390/biology11081131.

• Buitimea-Cantúa, G. V., Welti-Chanes, J., & Escobedo-Avellaneda, Z. (2022). Metabolite transformation and β-D-glucosidase activity during the high hydrostatic pressure assisted curing process of vanilla beans (Vanilla planifolia) to improve phenolic compounds formation. Food Chemistry, 384, 132497.

• Díaz-Gómez, J.L., L-M. López-Castillo, S. García-Lara, F. Castorena-Torres, R. Winkler, N. Wielsch, O. Aguilar. 2022. Isolation, purification and obtention of novel and bioactive α-zein peptides in a hepatocarcinoma cell line in vitro. Food and Bioproducts Processing. 135: 48-59, Doi: 10.1016/j.fbp.2022.07.003

• Cardador-Martínez A, Pech-Almeida JL, Allaf K, Palacios-Rojas N, Alonzo-Macías M, Téllez-Pérez C. A Preliminary Study on the Effect of the Instant Controlled Pressure Drop Technology (DIC) on Drying and Rehydration Kinetics of Maize Kernels (Zea mays L.). Foods. 2022 Jul 20;11(14):2151. doi: 10.3390/foods11142151

• Ramírez-Jiménez, A. K., Luzardo-Ocampo, I., Cuellar-Nuñez, M. L., Anaya-Loyola, M. A., León-Galván, M. F., & Loarca-Piña, G. (2022). Daily Intake of a Phaseolus vulgaris L. Snack Bar Attenuates Hypertriglyceridemia and Improves Lipid Metabolism-Associated Plasma Proteins in Mexican Women: A Randomized Clinical Trial. Frontiers in nutrition, 9. https://doi.org/10.3389/fnut.2022.890136

• Maldonado-Rosas R, Tejada-Ortigoza V, Cuan-Urquizo E, Mendoza Cachú D, Morales-de la Peña M, Alvarado-Orozco JM, Campanella OH. 2022. Evaluation of rheology and printability of 3D printing nutritious food with complex formulations. Additive Manufacturing.

 Influence of starch and protein molecular interactions on the in vitro digestion characteristics of biscuits partially substituted with pulse flours. Chávez-Murillo, C.E., Aceves-Flores, M.S., Verástegui-Quevedo, M., de la Rosa-Millán, J. International Journal of Food Science and Technology, 2021, 56(7), pp. 3388–3399

• Espinosa-Ramírez J, Rodríguez A, De la Rosa-Millán J, Heredia-Olea E, Pérez-Carrillo E, Serna-Saldívar SO. 2021. Shear-induced enhancement of technofunctional properties of whole grain flours through extrusion. Food Hydrocolloids 111:106400

Most relevant projects

Extracción mejorada de aceites esenciales de cáscaras de cítricos
Leaders: Jorge Welti Chanes, Viridiana Tejada Ortigoza and Mariana Morales de la Peña
Consorcio UNAM-TEC. Extracción por medio de pulsos eléctricos y extrusión de aceites esenciales de cáscaras de naranja-

Conservación de mango fresco
Leaders: J. Antonio Torres, Viridiana-Tejada, Mariana Morales de la Peña and Jorge Welti
Conservación de mango por medio de luz pulsada y calentamiento óhmico. Financiado por el Mango National Board US.

Fodecijal 9748-2021 (Estudios situacionales de impacto ambiental de cultivos berries y estrategias de valorización de subproductos)
Leader: Tomás García Cayuela
Diagnóstico sobre la cadena de suministro de berries en el estado de Jalisco y la generación de una propuesta para su transición hacia un modelo de gestión integral sustentable basado en esquemas de bioeconomía circular.

BioVen
Leader: César Armando Puente Garza
Estudio del veneno de artrópodos y sus características bioactivas anticancerígenas

MicoBag
Leader: Silverio García Lara
Proyecto Base de evaluación de tecnología prácticas para almacenamiento hermético sustentable de maíz.

Cambios bioquímicos y microestructurales en el proceso de beneficiado de vainilla (Vinilla planifolia) debidos a la aplicación de altas presiones hidrostáticas
Leader: Zamantha Escobedo Avellaneda
Proyecto Ciencia Básica CONACyT

Business relationship

Research Professor: Viridiana Tejada Ortigoza
Company: Griyum, Zofo, Zuustento

Research Professor: Tomás García Cayuela
Company: Arándanos Selectos S.A. de C.V.

Research Professor: Silverio García Lara
Company: AgrinMex, BioImpulsora

Research Professor: César Armando Puente Garza
Company: EscoZul

Research Professor: Zamantha Escobedo Avellaneda
Company: Qualtia (en proceso)

Research Professor: Esther Pérez Carrillo
Company: Kelloggs/ Multiceras