UP Campus: Mexico City

We have a CACEI certification (Council for the Accreditation of Engineering Education), which endorses our professors and curriculum so that our students receive specialised academic programmes with a high level of national and international recognition.

Our mission is to train students with the criteria and knowledge that will highlight their skills in the labour field, in turn the courses will help to complement everything related to the subjects of:

• Mechanisms.
• Strength of materials.
• Machine design.
• Control systems.
• Digital control.
• Numerical control machines.

Mechatronics engineering degree programmes

1. Mexico City
2. Guadalajara
3. Aguascalientes

RVOE

SEP 2002005 dated 14/1/2000, plan 2017, school-based modality, Augusto Rodín campus.

Admission Profile

As a candidate for the Bachelor of Engineering in Mechatronics, you should have the following skills:

• To be creative, imaginative and inventive.
• Show interest in technology.
• Being able to work in a team.
• To develop the capacity for analysis and abstraction.
• Have an interest in mathematics and physics.
• Implement leadership and entrepreneurial vision.
• Sense of responsibility and commitment to society to improve people's quality of life.

Graduate Profile

The Educational Objectives of the Mechatronics Engineering program are focused on training:

• Graduates capable of positively impacting organizational performance through the successful practice of mechatronics engineering.
• Graduates capable of making decisions and solving problems through creative and innovative ideas resulting from critical, analytical and systemic thinking.
• Graduates with leadership skills and the ability to work independently and as part of a team in multidisciplinary, national, and international contexts.
• Graduates who are adaptable to change and capable of updating their skills through lifelong learning.
• Graduates committed to serving society and guided by a clear ethical compass in all their actions.

Thelearning outcomesfor the Mechatronics Engineering program at the Mexico City Campus of the School of Engineering are:

1. Identify and formulate engineering problems by applying basic science principles
2. Solve engineering problems by applying engineering principles.
3. Develop an entrepreneurial mindset by applying, analyzing and synthesizing engineering design processes that result in initiatives that solve global needs through the integration of economic, environmental, social and cultural perspectives.
4. Analyze and interpret data to establish conclusions that propose engineering solutions.
5. Applies engineering judgment to develop and conduct appropriate experimentation.
6. Communicate effectively with different audiences in Spanish.
7. Communicate effectively with different audiences in English.
8. Recognize their ethical and professional responsibilities in situations relevant to engineering.
9. Make informed judgments that consider the impact of engineering solutions that give back positively to society.
10. Recognize the permanent need for additional knowledge and have the ability to locate, evaluate, integrate and apply this knowledge appropriately.
11. Work effectively in teams that set goals, plan tasks, meet deadlines and analyze risks and uncertainty.

Everygraduateof our bachelor's degree program will be able to identify, formulate, and solve complex engineering problems and will be capable of:

• Apply principles of engineering, science, mathematics and human development.
• Have the ability to apply engineering design to produce solutions that meet specific needs.
• Recognise ethical and professional responsibilities in engineering situations.
• Functioning effectively in a team.
• Acquire and apply new knowledge as necessary, using appropriate learning strategies.

Our Mechanical Engineering students will have the opportunity to develop professionally in different industries such as the automotive industry and some emerging industries such as:

• Biomedical
• Biomechanics

The bachelor's degree has one of the most comprehensive engineering programmes in the field of education. Thanks to its curriculum, students learn and understand everything related to basic sciences, engineering sciences and applied engineering in the following areas:

• Materials
• Design
• Manufacturing
• Mechanisms
• Industrial robotics

We train engineers capable of facing the world of work from a scientific, technological, human and managerial perspective.

Bachelor's Degree in Mechanical Engineering

1. Mexico City

RVOE

SEP 20090518 dated 7/8/2009, plan 2017, school-based modality, Augusto Rodín site.

Admission Profile

As a candidate for the Bachelor's degree in Mechanical Engineering you should have the following attributes:

• Have an analytical profile
• Be creative in generating and presenting ideas
• Have an inventive character
• Show a critical approach to problem solving

Graduate Profile

Theeducational objectivesof the Mechanical Engineering program focus on preparing students to:

• Graduates capable of positively impacting organizational performance through the successful practice of mechanical engineering.
• Graduates capable of making decisions and solving problems through creative and innovative ideas resulting from critical, analytical and systemic thinking.
• Graduates with leadership skills and the ability to work independently and as part of a team in multidisciplinary, national, and international contexts.
• Graduates who are adaptable to change and capable of updating their skills through lifelong learning.
• Graduates committed to serving society and guided by a clear ethical compass in all their actions.

Thelearning outcomesfor the Bachelor of Science in Mechanical Engineering program at the School of Engineering, Mexico City Campus, are:

1. Identify and formulate engineering problems by applying basic science principles
2. Solve engineering problems by applying engineering principles.
3. Develop an entrepreneurial mindset by applying, analyzing and synthesizing engineering design processes that result in initiatives that solve global needs through the integration of economic, environmental, social and cultural perspectives.
4. Analyze and interpret data to establish conclusions that propose engineering solutions.
5. Applies engineering judgment to develop and conduct appropriate experimentation.
6. Communicate effectively with different audiences in Spanish.
7. Communicate effectively with different audiences in English.
8. Recognize their ethical and professional responsibilities in situations relevant to engineering.
9. Make informed judgments that consider the impact of engineering solutions that give back positively to society.
10. Recognize the permanent need for additional knowledge and have the ability to locate, evaluate, integrate and apply this knowledge appropriately.
11. Work effectively in teams that set goals, plan tasks, meet deadlines and analyze risks and uncertainty.

Asa graduateof our bachelor's degree program, you will be able to utilize new technologies through evaluation, optimization, and innovation, and you will be able to:

• Apply knowledge of mathematics, science and engineering.
• Work in multidisciplinary teams.
• Identify, formulate and solve engineering problems.
• To have an understanding of ethical and professional responsibility.
• Understand the impact of engineering solutions in a global, economic, environmental and social context.
• Develop recognition of the need and capacity to engage in lifelong learning.

In Data Intelligence and Cybersecurity Engineering we seek to train you as a high quality professional, capable of meeting the requirements of organisations based on the application of computer science, so that you can guarantee the quality, security and efficient management of information in companies.

We also want you to have a good command of data science as a crucial element in decision making and cyber security, so that you can compete and grow in a global environment that generates high added value to products, processes and services, contributing significantly to the development of society.

Bachelor's Degree in Data Intelligence and Cybersecurity Engineering 

1. Mexico City

RVOE

SEP 20211417, dated 8/31/2021, plan 2021, school-based modality, Augusto Rodín site.

Admission Profile

An applicant to study Data Intelligence and Cybersecurity Engineering should have a strong interest in mathematics and computer science. He/she should have:

• Interest in computing and problem solving.
• Interest in studying.
• Willingness to communicate your ideas clearly.
• Interest in applications.
• Willingness to work in a team.
• Leadership and business acumen.

Graduate Profile

Theeducational objectivesof the Data Intelligence and Cybersecurity Engineering program focus on training students to:

1. Graduates capable of positively impacting organizational results through
   the successful application of Data Intelligence and Cybersecurity Engineering.
2. Graduates capable of making decisions and solving problems through creative ideas and innovative
   , resulting from critical, analytical, and systemic thinking.
3. Graduates with leadership skills and the ability to work independently and as part of a team in
   multidisciplinary, national, and international contexts.
4. Graduates who are adaptable to change and capable of updating their skills through continuous learning
   .
5. Graduates committed to serving society and guided by a clear ethical compass in all their
   actions.

Thelearning outcomesfor the Data Intelligence and Cybersecurity Engineeringprogramare
—exactly those proposed by CACEI and very similar to those adopted in the ABET certification at
. These encompass the following competencies:

1. Identify and formulate engineering problems by applying basic science principles.
2. Solve engineering problems by applying engineering principles.
3. Develop an entrepreneurial mindset by applying, analyzing and synthesizing engineering design processes that result in initiatives that solve global needs through the integration of economic, environmental, social and cultural perspectives.
4. Analyze and interpret data to establish conclusions that propose engineering solutions.
5. Applies engineering judgment to develop and conduct appropriate experimentation.
6. Communicate effectively with different audiences in Spanish.
7. Communicate effectively with different audiences in English.
8. Recognize their ethical and professional responsibilities in situations relevant to engineering.
9. Make informed judgments that consider the impact of engineering solutions that give back positively to society.
10. Recognize the permanent need for additional knowledge and have the ability to locate, evaluate, integrate and apply this knowledge appropriately.
11. Work effectively in teams that set goals, plan tasks, meet deadlines and analyze risks and uncertainty.

Training engineers who specialize in various fields is at the heart of our school. With the support of our faculty and curriculum, students in the Innovation Engineering program will be able to bring their ideas to life through the following skills:

• Product Development
• Implementation of concepts
• Guide to Processes and Services
• Competitive advantages

By combining various applications in the field of engineering, this program will enable students to learn and apply manufacturing process design, along with materials technology.

Thus, the goal of the Bachelor’s degree in Innovation and Design Engineering is to generate ideas that enable the implementation of business processes allowing companies to stand out on the global stage through innovation.

Bachelor's degree in Innovation and Design Engineering 

1. Mexico City
2. Guadalajara 
3. Aguascalientes

RVOE

SEP 20081716, dated September 8, 2008, 2017 academic year, on-campus program, Augusto Rodín campus.

Admission Profile

Anyone who wishes to pursue a career in Innovation and Design Engineering must possess the following qualities:

• Creativity and a passion for innovation
• Follow a structured work plan
• Be proactive
• Having the discipline needed to study
• Find the tools and ideas that spark curiosity

Graduate Profile

Theeducational objectivesof the Innovation and Design Engineering program focus on preparing students to:

• Graduates capable of positively impacting organizational results through the successful practice of Innovation and Design Engineering.
• Graduates capable of making decisions and solving problems through creative and innovative ideas resulting from critical, analytical and systemic thinking.
• Graduates with leadership skills and the ability to work independently and as part of a team in multidisciplinary, national, and international contexts.
• Graduates who are adaptable to change and capable of updating their skills through lifelong learning.
• Graduates committed to serving society and guided by a clear ethical compass in all their actions.

Thelearning outcomesfor the Innovation and Design Engineering program at the Mexico City Campus of the School of Engineering are:

1. Identify and formulate engineering problems by applying basic science principles
2. Solve engineering problems by applying engineering principles.
3. Develop an entrepreneurial mindset by applying, analyzing and synthesizing engineering design processes that result in initiatives that solve global needs through the integration of economic, environmental, social and cultural perspectives.
4. Analyze and interpret data to establish conclusions that propose engineering solutions.
5. Applies engineering judgment to develop and conduct appropriate experimentation.
6. Communicate effectively with different audiences in Spanish.
7. Communicate effectively with different audiences in English.
8. Recognize their ethical and professional responsibilities in situations relevant to engineering.
9. Make informed judgments that consider the impact of engineering solutions that give back positively to society.
10. Recognize the permanent need for additional knowledge and have the ability to locate, evaluate, integrate and apply this knowledge appropriately.
11. Work effectively in teams that set goals, plan tasks, meet deadlines and analyze risks and uncertainty.

Agraduateof the Innovation and Design Engineering program will be able to identify the key opportunities that markets need for the implementation of new products. Similarly, they will apply the following skills and knowledge in the workplace:

• The use of any creative thinking process
• Be innovative and able to generate new ideas and concepts.
• Having a strategic vision for the business

The curriculum and methodology are integrally linked to technology so that our students become experts in the creation of digital products such as:

• Digital animation
• Computer simulation

All this thanks to the techniques and methodologies that are continually being updated by our teaching staff.

Communication, computation, a high sense of ethics and humanism, are part of the development that we instill in our classrooms when studying Animation and Video Game Engineering.

The world of animation is advancing along with the new generations, that is why our goal is to prepare students with the right tools to create, implement and work in the creation of high quality digital products.

An Animation and Video Games Engineer can work in the following sectors:

• Video game developer
• Animated content creator
• Programmer
• Artificial intelligence
• Pattern recognition
• Digital art
• Visual effects development
• Graphical simulation
• Film/Audiovisual Production

Studying this degree encourages students to have a futuristic vision of what they see and what they can shape and transmit to their environment on a national and international level.

Law Program Locations 

1. Mexico City

RVOE

SEP 20081717, dated September 8, 2008, 2017 program, in-person format, Augusto Rodín campus.

Admission Profile

An applicant for Animation and Video Game Engineering should have the following characteristics:

• Taste for mathematics.
• Taste for drawing and digital art.
• Taste for technology.
• Capacity for analysis and abstraction.
• Creativity and imagination.
• Willingness to work in teams.
• Sense of responsibility and social commitment.

Graduate Profile

Theeducational objectivesof the Animation and Video Game Engineering program focus on training students to:

• Graduates capable of positively impacting organizational results through the successful practice of animation and video game engineering.
• Graduates capable of making decisions and solving problems through creative and innovative ideas resulting from critical, analytical and systemic thinking.
• Graduates with leadership skills and the ability to work independently and as part of a team in multidisciplinary, national, and international contexts.
• Graduates who are adaptable to change and capable of updating their skills through lifelong learning.
• Graduates committed to serving society and guided by a clear ethical compass in all their actions.

Thelearning outcomesfor the Animation and Video Game Engineering program at the School of Engineering, Mexico City Campus, are:

1. Identify and formulate engineering problems by applying basic science principles
2. Solve engineering problems by applying engineering principles.
3. Develop an entrepreneurial mindset by applying, analyzing and synthesizing engineering design processes that result in initiatives that solve global needs through the integration of economic, environmental, social and cultural perspectives.
4. Analyze and interpret data to establish conclusions that propose engineering solutions.
5. Applies engineering judgment to develop and conduct appropriate experimentation.
6. Communicate effectively with different audiences in Spanish.
7. Communicate effectively with different audiences in English.
8. Recognize their ethical and professional responsibilities in situations relevant to engineering.
9. Make informed judgments that consider the impact of engineering solutions that give back positively to society.
10. Recognize the permanent need for additional knowledge and have the ability to locate, evaluate, integrate and apply this knowledge appropriately.
11. Work effectively in teams that set goals, plan tasks, meet deadlines and analyze risks and uncertainty.

As agraduateof the Animation and Video Game Engineering program, you will be able to:

• Use image management techniques.
• To develop video games.
• Use programming technologies.
• Design and create virtual environments.
• Develop augmented reality applications.
• Handle and process computer graphics.
• Recognize patterns.
• Use artificial intelligence techniques.
• Create visual effects.
• Produce digital animation.
• Generate graphic simulators.
• Develop mobile and web applications.