Engineering and Technology
Mechanical Engineering
ABOUT THE COURSE
The mechanical engineer is the professional who works in the planning and supervision of the industrial transformation of materials, mainly metals, into parts and assemblies. It also uses pressure and temperature variation and hydraulic, pneumatic and thermal energies.
It is, therefore, a professional with a vast potential of activities, which is seen in the opportunities of traineeships for the students and of work for the graduates.
Since the first semester, students have participated in practical activities, such as the design and construction of a pedal quadricycle, which ends with a fierce competition at the end of the semester. However, it is a very serious matter, because it requires dedication and studies of the participants, who must dominate the physical concepts.
Throughout the Course, there are seminars and debates to develop team integration, critical sense and responsibility in making decisions, valuing ethical principles.
The tests are carried out in twelve laboratories in various areas of mechanics, using modern machining equipment, welding, mechanical automation, pneumatic and hydraulic automation, thermodynamics, fluid mechanics and material testing, among others. Several softwares allow simulating real situations in a digital environment.
RECOGNITION
Ordinance Nº 2215/10, published on 09/12/10
Renewed by Ordinance No. 923/18, published 28/12/18
AUTHORIZATION
Decree No. 81.555/78, published on 12/04/78
CONCEPT OF THE MINISTRY OF EDUCATION
Good
INFORMATION
OTHER INFORMATION
Teachers guide Conclusion Works of great interest not only in industries, but also in the areas of health and social inclusion, with interdisciplinary studies under the guidance of professors of other courses.
This was the case, for example, of a group that delivered a race simulator for training to para-athlete Heitor Mariano, world champion of the Miami Half Marathon and São Silvestre race of 2014.
The same team set out to construct another more complete, multifunctional equipment for treatment and training for people with different physical disabilities.
Know some of the advantages of being a UNISANTA student
https://unisanta.br/VidaAcademica/Beneficios
Great internship and work opportunities
COURSE FIELD
Activities in the area of Mechanical Engineering in the industrial areas of manufacturing, petroleum industry, food, chemical, steel and power plants.
Also in the project companies, designing machines and equipment, in the automotive industries, from the conception to the control of the quality of the vehicles produced.
DIRECTOR
Eng. Antônio de Salles Penteado
COORDINATOR
Prof. Dr. Carlos Alberto Amaral Moino
BENEFITS
Consult discount scholarship program and fundingCURRICULUM
Basic Draw
General and Experimental Physics I
Principles of Engineering
Probability and Statistics
Complementary Activities I
Technical Drawing I
General and Experimental Physics II
Analytic Geometry and Linear Algebra
Technological Chemistry
Numerical Calculation
Technical Drawing II
General and Experimental Physics III
General Mechanics
Computation Applied to Engineering
Materials Science I
Fluid Mechanics I
Strength of Materials
Applied Thermodynamics
Complementary Activities II
Materials Science II
Mechanics of Fluids II
Industrial Metrology
Strength of Materials I
Heat Transfer
Complementary Activities III
Thermal Systems I
Applied Mechanics
Manufacturing Processes
Mechanical Property and Testing of Materials
Strength of Materials II
Complementary Activities IV
Machine Elements I
Engineering Laboratory III
Fluidomechanical Systems I
Vibratory Mechanics
Computational Methods Applied to Mechanical Engineering
Complementary Activities V
Machine Components II
Business Management
Mechanical Engineering Laboratory IV
Machining Processes of Metals
Fluidomechanical Systems II
Complementary Activities VI
Machine and Equipment Maintenance
Lifting and Transport Machinery
Thermal Systems III
Graduation Project Mechanical Engineering I
Humanities, Citizenship and the Environment
Complementary Activities VII
Industrial Instrumentation
Undergraduate Mechanical Engineering Project II
Welding of Metals
Complementary Activities VIII
Supervised internship
Optional Discipline
Libras
EVALUATION CRITERIA
The evaluations of the students are based on the skills and abilities necessary for the professional exercise, being defined in the Pedagogical Project of each Course of Graduation or Technology, following the Curricular Guidelines and the General Regiment of UNISANTA.
The evaluation of the school performance is done by discipline, according to the curricular activities developed, covering the aspects of frequency and grade.
It is considered approved in each discipline the student who has attended at least 75% of the academic work expected and obtained arithmetic mean equal to or greater than 5 (five) between the grade resulting from the partial evaluations and the final exam.
The final evaluation is granted only to the student who obtains, in each discipline, arithmetic mean equal to or greater than 3 (three), resulting from the partial evaluations.
The student who, in the course under study, has met the minimum frequency requirement and obtained an average of 7 (seven) or higher as a result of the partial assessments is waived from the final exam.
MORE INFORMATION
+55-13-3202-7132
IMPORTANTS LINKS
Mechanical Engineering course Website
http://www.UNISANTA.br/mecanica