The program aims to train Mechanical Engineering professionals of the highest level, capable of integrating into society in a dignified and efficient manner, applying their knowledge and skills to find effective solutions to mechanical problems.

The main objective of the Mechanical Engineering program is to train high-level professionals, capable of integrating into society efficiently and responsibly. These professionals will apply their knowledge and skills to find effective solutions to technical problems of various kinds, based on mechanical principles.

• Aptitude, interest, and precision in exact and natural sciences.
• Ability to observe, analyze, and interpret natural phenomena.
• Creativity and imagination for problem-solving.
• Desire to contribute to solving societal problems.
• Ability to manage time efficiently.
• High personal development attitude and self-confidence.
• Ability to work under pressure.
• Persistence, tenacity, and optimism.
• Ability to work in teams.
• Decision-making capability.

• Find effective solutions to technical problems related to mechanical systems, considering economic, material, and technological constraints.
• Design, manufacture, install, operate, and maintain mechanical systems in production and service companies and institutions.
• Manage, organize, develop, coordinate, and control production and quality processes.
• Effectively manage human, technical, material, and financial resources to achieve the goals of the company or institution.

It is expected that approximately five years after graduation, Mechanical Engineering graduates from the Faculty of Engineering of UASLP will have developed the necessary competencies to:

• Generate effective solutions to problems in mechanical systems, considering economic, material, and technological factors.
• Lead planning, design, manufacturing, installation, operation, and maintenance processes of mechanical systems in production and service companies, with ethics, social responsibility, and environmental commitment.
• Actively lead transdisciplinary teams for decision-making in areas of design, project development, manufacturing, maintenance, and quality.
• Maintain continuous professional development through courses, diplomas, and postgraduate studies in national and international institutions.

As a result of their studies in Mechanical Engineering at the Faculty of Engineering, graduates are expected to develop the following abilities:

• Ability to identify, formulate, and solve complex engineering problems using engineering principles, sciences, and mathematics.
• Capacity to apply engineering design and produce solutions that meet specific needs, considering health, safety, public welfare, and global, cultural, social, environmental, and economic factors.
• Ability to communicate effectively with diverse audiences.
• Capacity to recognize ethical and professional responsibilities in engineering situations, issuing informed judgments considering the impact of engineering solutions in global, economic, environmental, and social contexts.
• Ability to function effectively in teams, fostering leadership, a collaborative and inclusive environment, setting goals, planning tasks, and achieving objectives.
• Skill in developing and conducting appropriate experiments, analyzing and interpreting data, and applying engineering judgment to draw conclusions.
• Capacity to acquire and apply new knowledge as needed, using appropriate learning strategies.

1. Academic Certification:

   Complete certificate or proof of full completion of high school in any of the following modalities:

   • High School in Physical-Mathematical Sciences.
   • General or Unified High School.
   • Technological High School in a suitable area.
2. Pass the following evaluations:
   • Health evaluation.
   • Psychometric evaluation.
   • Knowledge assessment.
   • EXANI-II.

Click to consult the thematic guides for the admission exam.
Note: These guides are the same for all programs offered by the Faculty of Engineering.

Based on their Mechanical Engineering training, graduates can work in:

• Technical consultancy and specialization companies.
• Project development, design, and inspection.
• Expert appraisal activities.
• Specialized sales consultancy.
• Teaching and research.