Course Objectives
The main objective of the first cycle degree (Bachelor) in Industrial Engineering and Management (LEGI) is to train industrial engineers who combine a solid background in engineering sciences to the knowledge, methods and techniques of management science, covering the areas of Production, Maintenance, Quality, Technologies, Economics and Management, to work in organizational environments where engineering components have a crucial role in fulfilling their mission.
The study plan shows a broadband course, integrating curricular units from the fundamental sciences and the engineering fields more related to industrial engineering, such as chemistry, mechanics, electrical and computer science, besides the industrial engineering and management. In the last semester, students must do a project or an internship in a company.
Access Conditions
Candidates can apply through the National Access Call, Special Calls, or by way of change of Institution/course pair.
Entrance Exams for 2025/2026 and 2026/2027
Entrance Exams
07 Physics and Chemistry
16 Mathematics
Minimum Scores
Application Score: 95 points
Entrance Exam Score: 95 points
Final Score Calculation Formula
Secondary School Average: 50%
Entrance Exams: 50%
Professional Outlets
Graduates in Industrial Engineering and management from ISEC, can perform a variety of activities combining a solid background in engineering sciences to the knowledge, methods and techniques of management science, in several industrial branches, from manufacturing to services and consultancy companies, mainly in areas such as Operations Management, Production, Maintenance, Quality, Technologies, Strategy, Marketing and Finance, where engineering components have a crucial role.
To know more statistical information about this course click here.Learning Language
Portuguese
Learning Objectives
This Bachelor aims to form graduates in Industrial Engineering and Management with high technical and scientific competence in the areas of Engineering and Management. Graduates are qualified to coordinate and manage activities in multi and interdisciplinary areas that integrate sciences and technologies from the different branches of engineering and have a solid training in techniques methods of management science.
Given the wide range of interest areas of the course, LEGI is presented as a broadband course tailored to meet the requirements of organizations (public or private, industrial or service sectors) in the fields of Industrial Engineering and Management. The course aims to equip its graduates with the necessary skills to understand the specific problems of the remaining areas of engineering and management and facilitate the dialogue with them.
It is expected that graduates in Industrial Engineering and Management apply the skills acquired in the execution of engineering acts, such as, those related to:
Production management.
Maintenance management.
Industrial process control.
Logistics.
Quality management.
Management of multidisciplinary teams.
Management of investment projects.
Design and introduction of new products.
Problem solving, supported with own argument.
Teamwork and interpersonal relationships.
Access to Superior Studies
Graduates in Industrial Engineering and Management may apply for masters degrees (2nd cycle studies), especially those in the industrial engineering and management fields and other related scientific areas.
Course Coordinators
Main Branch
Curricular Unit | Code | ECTS | Period |
Chemistry | 60021085 | 6 | 1st S |
Economics for Engineering | 60021114 | 6 | 1st S |
Information Technology and Programming | 60021400 | 6 | 1st S |
Mathematics I | 60021079 | 6 | 1st S |
Physics I | 60021399 | 6 | 1st S |
Applied Mechanics | 60021131 | 6 | 2nd S |
Computer Aided Design | 60021224 | 6 | 2nd S |
Introduction to Management | 60021169 | 6 | 2nd S |
Mathematics II | 60021120 | 6 | 2nd S |
Thermodynamics | 60021197 | 6 | 2nd S |
Curricular Unit | Code | ECTS | Period |
Fundamentals of Circuit Analysis and Electronics | 61000983 | 6 | 1st S |
Information Systems | 60021433 | 6 | 1st S |
Introduction to Chemical Processes | 60021186 | 6 | 1st S |
Operational Research | 60021287 | 6 | 1st S |
Statistical Methods | 60021411 | 6 | 1st S |
Fluid Mechanics and Heat Transfer | 60021467 | 6 | 2nd S |
Industrial Electrical Systems | 61000994 | 6 | 2nd S |
Introduction to Manufacturing Technologies | 60021489 | 6 | 2nd S |
Numerical Methods | 60021456 | 6 | 2nd S |
Operations Management I | 60021259 | 6 | 2nd S |
Curricular Unit | Code | ECTS | Period |
Automation and Instrumentation | 60021334 | 6 | 1st S |
Industrial Maintenance | 60021366 | 6 | 1st S |
Management Accounting | 60021495 | 6 | 1st S |
Operations Management II | 60021312 | 6 | 1st S |
Quality Management | 60021323 | 6 | 1st S |
Human Resources Management | 60021444 | 6 | 2nd S |
Industrial Services and Facilities | 60021301 | 6 | 2nd S |
Project/Internship | 60021508 | 12 | 2nd S |
Strategy and Marketing | 60021377 | 6 | 2nd S |