In Computer Graphics and Systems Engineering, we combine creativity, software development and problem-solving skills. Our aim is to specialise our students in technological solutions for different industries, from creating apps and web systems to mixed reality and parallel computing.

With the help of companies such as Google, Tacit Knowledge and Nasa, we designed our curriculum to respond to the needs of future industry and to develop engineers who are committed to improving their community, responsibly and ethically. That's why our programme has the following advantages:

• First programme in Latin America to have student projects selected to participate in the ACM SIGGRAPH FSSW, the most important congress in the world.
• 90% of our final semester students work in the software industry, with salaries of over 20,000 per month.
• Winners of the MIT Covid-19 Challenge Latin America in Track D, on health in the workplace using virtual reality
• Members of Google's Developer Students Club, Google's global new technology learning community
• We have the most powerful computer graphics lab in Latin America, at university level.
• We have an excellent faculty of teachers, leaders in the area of software and some research professors.
  

Bachelor's Degrees in Computer Systems and Graphics Engineering

1. Guadalajara

RVOE

SEP 20160122, dated March 9, 2016; 2015 plan, in-person program, Guadalajara campus.

Admission Profile

An aspiring Computer Graphics and Systems Engineer should show an interest in social improvement through technology and should have the following characteristics:

• Passion for technology
• Curiosity for the application of mathematics
• Analytical and abstraction skills
• Leadership
• Teamwork
• Spirit of service
• Interest in problem solving
• A love ofLEGO andboard games

Graduate Profile

A graduate in Computer Graphics and Systems Engineering is passionate about technology and improving society. Therefore, they are capable of developing software, integrating systems, leading teams and exceeding expectations, whether in a transnational company or with their own venture. Our engineers excel at:

• Develop high quality, optimised software
• Identify requirements, design prototypes and implement them.
• Understanding and exploiting imaging algorithms
• Technically lead global teams
• Adapting algorithms for optimisation when running in parallel
• Creating render engines using mathematics and programming
• Develop systems using experimental technology
• Designing interactions through augmented reality and virtual reality