Universidad de Jaén

1. Concurrent Engineering

Introduction: product development, product life cycle

Concurrent engineering

Guidelines for the implementation of concurrent engineering

2. Design for manufacturing and Assembly (DFMA).

DFMA definitions and techniques

General DFM guides.

DFM specific guides. Injection molding guide.

Design for assembly: Assembly systems, Boothroyd-Dewhurst method.

3. Computer Integrated Manufacturing (CIM).

Digital manufacturing: CIM models, computer aided manufacturing, industrial automation, industrial control systems.

Manufacturing execution system

Production planning

Design, manufacturing (digital and execution systems) and production planning.

4. Rapid prototyping

Introduction: definitions, applications and types.

Additive Manufacturing AM processes and technologies.

AM main stages.

Fused Deposition Modeling FDM.

Cost analysis.

Other applications and the future of AM processes.

5. Simulation of Manufacturing Processes

Finite Element Method (FEM) and Finite Element Analysis (FEA).

Contact, Friction and Fracture.

Modeling of metal forming.

Modeling of machining processes.

Soft-computing Techniques.

6. Statistical process control in manufacturing

Monitoring and control in manufacturing processes.

Measurement systems in conventional manufacturing processes.

Fundamentals of Design of Experiments DoE method.

Statistical process control.

A1. Theoretical lectures leaded by multimedia presentations.

M1 and M4. Theoretical presentations aided by audiovisual media, explaining the necessary concepts to understand the different theoretical contents of the subject (CEM 8). The presentations will be available on Ilias as well as other technical sources so that CB3R and CB5R competences can be developed.

M2.Excercicies and cases will be presented (photos and videos of applications, examples of good and bad practice, computer simulations, etc.), fostering as much as possible the participation and the students critical skills.

Some of the practical cases will be solved by the students in order to accomplish CT1, CT2, CT4.

A2R. Small group sessions for learning practical contents.

M6R, MR7, M9R, M10R. Workshops, laboratory and computer room lectures to present real problems (M12R, M11R), so that the students can train CEM8, CT1, CT2 y CT4.

A3. Tutorial sessions.

M16 y M17. Students questions can be submitted to other students and the subject responsible through an Ilias Chat in order to train CEM8 y CT1 skills.

Students with special educational needs should contact the Student Attention Service (Servicio de Atención y Ayudas al Estudiante) in order to receive the appropriate academic support

Grade=0.1*Attendance to lab sessions + 0.5*Exam +0.2*Problems + 0.2*Lab sessions

Lab sessions are mandatory.

All evaluation tools check the learning results: 5, 6, 7, 8 and 9.