Engineering and Technology
Production Engineering
ABOUT THE COURSE
The UNISANTA Production Engineering course received a maximum grade from the Ministry of Education. It is the second best in Brazil by Exame Magazine.
The production engineer plans activities that use human, financial and material resources to increase the productivity of a company. Their participation is fundamental not only in industries, but in companies of the most diverse branches.
Its activities extend to actions involving the movement of people, materials and/or equipment, such as carriers, for which it draws up more efficient routes and transportation routes, systems of supervision and control of the safety of people and goods.
In addition, it is required by financial institutions such as banks, insurance companies and related areas, where their mathematical knowledge, combined with logical reasoning and critical analysis, are of great use in complex and highly responsible operations.
This professional uses engineering, administration and economics knowledge to rationalize the work, improving production techniques and establishing logistical and commercial strategies of an organization.
RECOGNITION
Ordinance Nº 730/13, published on 24/12/13
Renewed by Ordinance No. 923/18, published 28/12/18
AUTHORIZATION
CONSUN Resolution No. 221/08, published on 25/02/08
CONCEPT OF THE MINISTRY OF EDUCATION
Very good
INFORMATION
OTHER INFORMATION
One of the most important qualities of the production engineer is the willingness to develop new processes with the creative and innovative spirit that characterizes engineering. All these skills and competences are based on a context of quality and sustainability, respecting the company, employees and customers.
Training - Students do practical work from the beginning of the course. Many of them stimulate the sporting and proactive spirit, such as racing tricycles, quadricycles and multifunctional transformers, besides allowing, from the first semester, the study of components and sets, vehicle manufacturing and the theoretical concepts taught.
In order to give a professional dimension to learning, partnerships have been established with important companies, such as the multinational ABB - leader in energy technologies and automation, robot manufacturer. The industrial robot performs, on a smaller scale, operations that are widely used in assembly and joining processes, belt feeding and other robotic operations. UNISANTA was the first university in the region to have this type of equipment for educational purposes.
Know some of the advantages of being a UNISANTA student
https://unisanta.br/VidaAcademica/Beneficios
Basic Engineer in several types of Companies
COURSE FIELD
Diverse areas of engineering, construction, power generation and distribution, port companies and logistics, information technology, electronic systems and chemical industry processes use team production engineers with other professionals in their modalities.
The Production Engineer makes an important link between the technical and administrative areas of an organization.
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
Applied Electricity
Fluid Mechanics I
Strength of Materials
Applied Thermodynamics
Complementary Activities II
Engineering Laboratory I
Mechanics of Fluids II
Industrial Metrology
Strength of Materials I
Heat transfer
Complementary activities III
Economic Engineering
Applied Statistics
Study of Times and Methods
Engineering Laboratory II
Manufacturing Processes
Complementary Activities IV
Economics and Administration
Operational Research Methods
Quality Management and Productivity
Production Resource Management - Materials Management
Production Planning and Control I
Complementary Activities V
Operations Management
Project Management
Logistics and Supply Chain
Ergonomics and Occupational Health and Safety
Production Planning and Control II
Complementary Activities VI
Fundamentals of Marketing
Machine and Equipment Maintenance
Undergraduate Project for Production Engineering I
Product and Factory Design
Humanities, Citizenship and the Environment
Complementary Activities VII
Graduation Project Production Engineering II
Simulation Applied to Production Engineering
Technology and Information Systems
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
Visit the Production Engineering website
http://www.UNISANTA.br/engproducao