Program Overview

University Program Information

The university offers various programs across different faculties and schools. The programs are categorized into several areas, including health, sciences, and technologies.

Health Programs

• Lyon Est Faculty of Medicine
• Faculty of Medicine and Mathematics Lyon Sud - Charles Mérieux
• Faculty of Odontology
• Institute of Pharmaceutical and Biological Sciences
• Institute of Rehabilitation Sciences and Techniques

Sciences and Technologies Programs

• National Higher Institute of Teaching and Education
• University Institute of Technology Lyon 1
• Institute of Financial Science and Insurance
• Lyon Observatory
• Polytech Lyon
• UFR STAPS (Sciences and Techniques of Physical and Sports Activities)
• UFR FS (Chemistry, Mathematics, Physics)
• UFR Biosciences (Biology, Biochemistry)
• GEP (Electrical Process Engineering - Component Department)
• IT (Component Department)
• Mechanics (Component Department)

Diplomas and Degrees

The university offers a range of diplomas and degrees, including:

• License
• Master
• Doctorate
• PURPOSE: University Bachelor of Technology
• Professional License
• DES: State Diploma in Health
• DEUST: S&T University Studies Diploma
• DI: Engineering degree
• DIU: Inter-University Diploma
• DU: University diploma
• AEU: Certificate of University Studies

Unit of Teaching: Vision 2D and 3D

Description

The unit of teaching "Vision 2D and 3D" is a 2 ECTS course with the code Apogée I5005GIA.

Type of Teaching

The course consists of:

• Lectures (CM): 16 hours
• Directed work (TD): 16 hours
• Personal tutored activity (student): 0 hours
• Supervised tutored activity (teacher): 0 hours
• Student Tutoring Hours: 0 hours

Prerequisites and Objectives

The prerequisites for this course include having followed the mathematics/informatics course in the Industrial Engineering program. The objectives of this course are to design automated and robotic systems, model a problem using a scientific approach, and apply a design methodology while respecting rules and norms.

Competencies and Skills

The course aims to develop skills in the field of Industrial Systems and Robotics, including:

• Designing automated and robotic systems
• Modeling a problem using a scientific approach
• Applying a design methodology while respecting rules and norms

Program and Themes

The course covers the following themes:

• Noise reduction
• Extraction of primitives (contour detection and segmentation)
• Compression of images
• 3D acquisition
• Calibration

Evaluation Methods

The evaluation methods for this course include:

• Continuous control
• Individual practical work
• Personal and supervised tutored activities
• Quizzes

Course and Specialization

This course is part of the DI mention: Industrial Engineering, Industrial Engineering Apprenticeship program.