The School of Science and Engineering PUCP offers Elective Courses (2020-2) for PUCP and foreign students. It is a valuable academic and cultural opportunity to enhance their personal and professional training.
This course aims to provide a comprehensive understanding of the principles of dynamics of multibody systems, and to develop an ability to analyze such systems by motion simulation and data techniques Code: 1MTR14 Instructor: PhD. Nilton Cuellar PUC…
This course will be taught in the classroom and in the field, integrating both traditional learning techniques and hands-on activities that will emphasize key points. The goal is for students to finish the course with…
This course covers the fundamental concepts of digital signal processing. The students will learn about sampling theorem, discrete convolution and correlation of signals, linear systems, time-frequency analysis, discrete Z transform, and discrete Fourier transform. In…
It is a theoretical-practical course, aimed at providing the student with the concepts of nonlinear devices at the level of discrete components (diodes and transistors), developing the ability to analyze electronic circuits with said devices…
The course will provide the basic concepts behind ecological theory and then proceed to review current research topics on ecosystem function, biodiversity and the human dimension in the region covering the transition from the Pacific…
The course provides an introductory overview of the basic concepts of environmental engineering and human-nature interactions. The different mechanisms of water, soil and air pollution are emphasized, including environmental impacts of civil infrastructure throughout its…
This course introduces the students to the basic concepts regarding medical image formation and processing. The student will learn about the most important modalities to create radiological images and the physical principles behind them. In…
The purpose of course is study the Six Sigma methodology, which means a process improvement approach under techniques utilization, such as: problem definition, process measurement, analysis of root causes and methods of optimization. It also…
The course covers some basic new mathematics (Tensor Calculus) in order to understand the Theory of General Relativity. We cover relativistic Cosmology, Extragalactic, galactic and stellar astrophysics, including neutron stars, pulsars, black holes and some…
This course is designed to provide the fundamental tools of an information technology course, software patterns, Big Data architecture, API, IoT and Cloud Computing. The knowledge will be reflected in an implementation of a project. With…
Theoretical-practical course that contributes to expanding the skills of students towards the achievement of competencies in mechatronics engineering design and automation. This course aims to provide an overview of modern control techniques used in industrial…
This course should be taken by students and professionals who want to be involved in the Aeronautical and Aerospace industry. Also, professionals who want to know more about unmanned aerial systems and understand how this…
The purpose of course is study the Six Sigma methodology, which means a process improvement approach under techniques utilization, such as: problem definition, process measurement, analysis of root causes and methods of optimization. It also…
This course will expose students to the principles of sustainability and sustainable energy: a living harmony between the equitable availability of energy services to all people and the preservation of the earth for future generations. Code: …
