- Bachelor's Degree in
- Mechanical Engineering
- Degree to be obtained
- Bachelor's Degree in Mechanical Engineering
- Academic degree
- Bachelor's Degree
- Duration
- 5 years
- Modality
- In-person and virtual
- Schedule:
- Weekdays and Saturday session
- Career description
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Mechanical Engineering is an engineering discipline that focuses on the application of principles of mechanics, thermodynamics, materials science and mathematical analysis in the design, analysis and development of mechanical and thermal systems. Mechanical engineers are involved in conceiving, designing, manufacturing and maintaining a wide range of products and systems, from industrial machinery to vehicles, medical devices and energy systems.
- What will you learn during the program?
-
Mechanical Engineering education involves rigorous study of solid and fluid mechanics, thermodynamics, computer-aided design, process control and project management. Mechanical engineers perform a crucial role in a variety of industries, contributing to innovation, efficiency and sustainable development.
Gallery
AdmissionProfile
To be admitted to the School of Mechanical Engineering, it is necessary for each applicant to have preferably completed a diversified program with a solid foundation in mathematics, physics and chemistry. In addition, it is essential that the students demonstrate the ability to analyze information accurately, apply specific knowledge, and communicate their ideas effectively both orally and in writing. It is essential to have an optimal development of logical-mathematical thinking and outstanding analytical skills, as these skills are fundamental for informed decision-making in the field of mechanical engineering. Also, the applicant must be able to collaborate in collaborative teams, demonstrate integrity by being honest and respectful, and be punctual in all assignments. Additionally, the applicant is expected to have a positive attitude towards challenges and exhibit entrepreneurial traits. These attributes are valuable in addressing complex problems in mechanical engineering and taking advantage of innovative opportunities in the field.
Graduate'sProfile
The graduate in Mechanical Engineering has a solid preparation in the fields of specialization of the career, as well as a marked social conscience and deep respect for biodiversity. This professional will be an active promoter of sustainable development in a global and interdisciplinary environment, incorporating in his practice the essential values and principles promoted by Universidad Mariano Galvez. Throughout his or her training, the graduate will have had the opportunity to acquire an enriched experience with a greater dedication to practice. This includes exposure to a wide range of sophisticated and updated tools and equipment, in line with the demands of leading companies both locally and internationally. Graduates will stand out for their high competitiveness at national and international levels.
They will have an internalized culture of excellence and self-learning, which will enables them to remain at the forefront in a constantly evolving field. They will be skilled at collaborating in multidisciplinary teams, contributing to the development of innovative processes, the optimization of procedures and the supervision of these. One primary focus is the efficient utilization of resources with a view to their transformation into high quality products, with environmental sustainability considerations in mind. Through this commitment to ecological responsibility, they will be motivated to design solutions that are environmentally friendly, thereby promoting a more responsible and conscious production.
Career Opportunities
Mechanical engineers work on the design and improvement of vehicles, engines, transmission systems and related components, contributing to the efficiency, safety and performance of automobiles.
Sustainable Engineering: Focusing increasingly on sustainability, mechanical engineers work on the design of environmentally friendly systems and technologies, such as electric vehicles and renewable energy systems.
Defense and security: Mechanical engineers can also contribute to the defense industry, participating in the design of military equipment, armored vehicles and weapons systems.
Curriculum
1° Ciclo | ÁLGEBRA SUPERIOR | DESARROLLO HUMANO Y PROFESIONAL | DIBUJO TÉCNICO | GEOMETRÍA PLANA Y DEL ESPACIO | QUÍMICA INORGÁNICA I | |
---|---|---|---|---|---|---|
2° Ciclo | ÁLGEBRA LINEAL I | CÁLCULO I | HISTORIA Y COMUNICACIÓN CIENTÍFICA | PROGRAMACIÓN PARA LA CIENCIA E INGENIERÍA I | QUÍMICA INORGÁNICA II | |
3° Ciclo | ÁLGEBRA LINEAL II | CÁLCULO II | DIBUJO ASISTIDO POR COMPUTADORA | ECOLOGÍA Y SOSTENIBILIDAD AMBIENTAL | FÍSICA I | PROGRAMACIÓN PARA LA CIENCIA E INGENIERÍA II |
4° Ciclo | CÁLCULO VECTORIAL Y MULTIVARIABLE | ECUACIONES DIFERENCIALES ORDINARIAS | ESTADISTICA Y PROBABILIDAD PARA LA CIENCIA E INGENIERÍA | FÍSICA II | LEGISLACIÓN PARA INGENIEROS | |
5° Ciclo | ANÁLISIS NUMÉRICO | ECUACIONES DIFERENCIALES PARCIALES | FÍSICA III | MECÁNICA DE CUERPOS RÍGIDOS I | TERMODINÁMICA I | |
6° Ciclo | INGENIERÍA ELÉCTRICA I | MECÁNICA DE CUERPOS RÍGIDOS II | MECÁNICA DE FLUIDOS I | MECÁNICA DE SÓLIDOS I | TERMODINÁMICA II | |
7° Ciclo | CIENCIA DE LOS MATERIALES | MECÁNICA DE FLUIDOS II | MECÁNICA DE SÓLIDOS II | MECANISMOS | TEORÍA DE VIBRACIONES | |
8° Ciclo | DISEÑO DE MÁQUINAS I | METALURGIA MECÁNICA | MOTORES DE COMBUSTIÓN INTERNA | PROCESOS DE FABRICACIÓN I | TRANSFERENCIA DE CALOR | |
9° Ciclo | DISEÑO DE MÁQUINAS II | EFICIENCIA EN LA INDUSTRIA Y CENTRALES TÉRMICAS | PLANTAS DE VAPOR | PROCESOS DE FABRICACIÓN II | REFRIGERACIÓN Y AIRE ACONDICIONADO INDUSTRIAL | |
10° Ciclo | DISEÑO DE MÁQUINAS III | EMPRENDIMIENTO INNOVACIÓN Y PROYECTOS | FABRICACIÓN ASISTIDA POR COMPUTADORA | MANTENIMIENTO DE EQUIPO INDUSTRIAL | TRIBOLOGÍA |