Mechatronics Engineering
Mechatronics Engineering consists of four main pillars: mechanics, electronics, programming and control. These four bases enable our graduates to make decisions and solve problems through creative and innovative ideas, product of critical, analytical and systematic thinking.
Mechatronics engineers can work in areas such as automation, automotive, aeronautics, aerospace, human assistance devices, manufacturing, etc.
RVOE
2012288 , dated October 14, 2002
ENTRY PROFILE
An aspirant to study Mechatronics Engineering should have aspiration to improve society and industry through the development and implementation of technology.
Its main features are:
- Programming.
- Mathematical problem solving.
- Analytical skills.
- Reading comprehension.
- Abstract thinking.
- Correct oral and written expression.
- Logical-mechanical reasoning.
- A spirit of curiosity and creativity.
- Interest in studying.
- Interest in developing and implementing technologies
GRADUATE PROFILE
A graduate of Mechatronics Engineering from Universidad Panamericana is able to design, build and implement mechatronic products and systems to meet emerging needs, generate solutions based on creativity, innovation and continuous improvement of control systems and automation of industrial processes, support the competitiveness of enterprises through process automation, as well as evaluate, select and integrate mechatronic devices and machines, such as:
- Robots.
- Numerical control machines.
- Programmable Logic Controllers.
- Industrial computers.
You will have the skills to:
- Apply knowledge of mathematics, science and engineering.
- Design and conduct experiments.
- Analyse and interpret data.
- Draw conclusions through engineering judgement.
- Apply, analyse and synthesise mechatronic engineering design processes.
- Design a system, component or process.
- Working in multidisciplinary teams.
- Project management.
- Identify, formulate and solve mechatronic engineering problems.
- Locate, evaluate, integrate and apply knowledge appropriately.
You will have the following attitudes:
- Recognise ethical and professional responsibility.
- To build their own life project with a clear ethical orientation in their actions.
- Updating competences through self-learning.
- Tenacity and perseverance.
Labor Field
Due to the fact that it combines several engineering fields in one, its strength is its versatility, so it can work in any area of the industry, such as:
- Automotive
- Aeronautics
- Aerospace
- Metal-mechanics
- Material design
- Maintenance of elements
- Robotics
- History of culture*.
- Differential Calculus
- Algebra * Algebra * Algebra * Algebra * Algebra * Algebra * Algebra * Algebra * Algebra
- Editorial staff *
- Physics * Physics * Physics * Physics * Physics * Physics * Physics * Physics * Physics
- Computer Aided Design * Computer Aided Design * Computer Aided Design * Computer Aided Design * Computer Aided Design * Computer Aided Design
- Algorithm analysis and design
- Logical design
- Person and Society * Person and Society * Person and Society * Person and Society * Person and Society * Person and Society * Person and Society
- Integral calculus* * Integral calculus * Integral calculus * Integral calculus * Integral calculus
- Linear Algebra * Linear Algebra * Linear Algebra * Linear Algebra * Linear Algebra
- Chemistry * Chemistry * Chemistry * Chemistry * Chemistry * Chemistry * Chemistry * Chemistry * Chemistry * Chemistry * Chemistry * Chemistry
- Economic environment
- Electricity and magnetism
- Object-Oriented Programming * Object-Oriented Programming * Object-Oriented Programming * Object-Oriented Programming * Object-Oriented Programming
- Ethics * Ethics * Ethics * Ethics * Ethics * Ethics * Ethics * Ethics * Ethics * Ethics * Ethics * Ethics * Ethics
- Static
- Vector Calculus *
- Differential equations
- Thermodynamics * Thermodynamics
- Digital systems
- Theological Anthropology I * Theological Anthropology I
- Numerical methods
- Probability and statistics
- Dynamic *
- Advanced Mathematics
- Electrical circuits
- Microcontrollers
- Theological Anthropology II
- Embedded systems
- Electronics I
- Mechanisms
- Strength of materials
- Dynamics of physical systems
- Quality management (optional subject)
- Electrical machines (elective)
- Social philosophy
- Manufacturing processes *
- Investment projects and introduction to business valuation*.
- Design of machine elements
- Materials technology
- Control systems
- Information systems * (optional subject)
- Electronics II (elective)
- Man and the contemporary world *.
- Digital control
- Mechatronic project I
- Machine design
- Hydraulic and pneumatic systems
- Programmable logic controller
- Advanced electronic circuits (elective)
- Topics in industrial installations * (optional subject)
- Professional ethics * Professional ethics * Professional ethics * Professional ethics * Professional ethics * Professional ethics * Professional ethics * Professional ethics * Professional ethics
- Operations management
- Environmental improvement systems
- Mechatronic project II
- Computer-aided manufacturing
- Power electronics
- Industrial robotics (elective)
- Digital Signal Processing (elective)
- Business management * (optional subject)
Being aware of the importance of providing our students with a broader vision of the world around them, we have the following agreements in different countries.
"Studying Mechatronics Engineering at Universidad Panamericana gave me a deep understanding of the incredible world around us. Itfills me with pride and happiness to have the necessary tools to create technology and bring value to society."
Ricardo Bazaldúa, class of 2013, Mechatronics Engineering.
"Studying Mechatronics Engineering at Universidad Panamericana opened up horizons that I could reach and even opportunities in my professional life that I had not even imagined. Italso helped me to develop morally and personally in the work and social environment to propose and execute changes."
Elías Andrés Pérez R., class of 2020, Mechatronics Engineering.
Admissions
