The curricular structure of the master, from Resolution PPGEI 01/2018, presents the following flow:

 

 

REGULAR CLASS

REGULAR CLASS

 

Subject

Workload

Credits

MANDATORY SUBJECTS

Workload

Credits

SPECIALIZATION

1st SEMESTER

 

Mandatory

60

4

45

3

45

3

Elective

60

4

45

3

45

3

Special Topic

60

4

45

3

45

3

 

2nd SEMESTER

Elective

60

4

MANDATORY SUBJECTS

45

3

45

3

Scientific and Technological Production

60

4

45

3

45

3

45

3

English Language Proficiency

3rd

SEMESTER

 

Qualification Seminar 

60

4

ACTIVITIES

MANDATORY

 

Qualification 

MASTERS

 

Publication

4th

SEMESTER

 

Masters dissertation

 

90

6

 

         Masters

       dissertation

Total

450

30

495

33

 

Comments:

  • The mandatory discipline will be chosen by the collegiate for each class selection.
  • Elective courses: Professional internship; Teaching internship; Sandwich internship or other board discipline.
  • According to the needs of the class, new subjects will be offered.

 

DISCIPLINES COMMON TO ALL AREAS:

Materials science

Mechanical Behavior of Materials

Plastic Conformation of Metals

Corrosion in Industry: fundamentals, identification and evaluation

environmental engineering

Quality Engineering in Industrial Processes

economic engineering

Mechanical Testing of Materials

Teaching Internship

Professional internship

Sandwich Stage

Study of Ferrous Materials

Study of Non-Ferrous Materials

Fracture Mechanics and Material Integrity

Metallography and Heat Treatment of Ferrous and Non-Ferrous Materials

Physical Metallurgy

Mechanical Metallurgy

Non-Conventional Manufacturing Methods

Experiment Planning and Process Optimization

Processes, Specification and Material Selection

Scientific and Technological Production

Intellectual property

Qualifying Seminar

Welding Technology

Special Topics in Materials and Manufacturing Processes

Special Topics in Industrial Projects

Tribology

Machining of Materials

 

DISCIPLINES OF THE SHIPBUILDING AREA:

Naval Architecture

Shipbuilding and Repair Industry

Introduction to Naval Engineering

Naval Construction Materials I

Shipbuilding Materials II

Physical Metallurgy

Experimental planning

Welding and Cutting Technology

Water transportation

Treatment, Painting, Finishing, Assembly, Building and Launch

Topics in Naval Projects and Behavior of Floating Structures