Universidad de Jaén

THEORETICAL LESSONS:

Chapter 1. Computer Aided Manufacturing CAM

• Manufacturing integration.
• Design for Manufacturing: Product Life Cycle and Life Cycle Assessment, Concurrent Engineering.
• CAD/CAM integration. Code ISO generation.
• Aided process planning, assembly and inspection.

Chapter 2. Processes and Service to Processes Industrialization.

• Design of: flexible manufacturing systems, transfer systems and automation systems.
• Improving processes by: Group Technology, Lean Manufacturing and Lean Maintenance.
• Quality control for manufacturing processes.

Chapter 3. Industry 4.0: the smart factory.

• Introduction to Industry 4.0.
• Smart factories: Ideas, advantages, examples.

Chapter 4. Rapid prototyping by means of additive manufacturing.

• Introduction to additive manufacturing: Types and applications.
• Cost estimation.

Chapter 5. Manufacturing processes applied to mechatronic.

• Introduction to numerical models of mechanical manufacturing systems.
• Manufacturing of integrated circuits and other electronic devices.

PRACTICAL LESSONS

Laboratory practice 1: G code for machining by means of CAM software.

• ISO Code
• ISO code simulators
• From CAD to ISO code via CAM.

Laboratory practice 2: Product Data Management PDM

• Product database.
• PDM applications.

Laboratory practice 3: Group technology.

• Cell formation methods.
• Group efficiency.

Laboratory practice 4. 3D printing.

• Design of components for 3D printing.
• Printing parameters.
• Cost and time estimation.
• Printing and finishing.
• Surface and dimensional errors.

Laboratory practice 5. Manufacturing processes discrete event simulation.

• Working stations.
• Handling system.
• Bottleneck.
• Delivery rate.
• Optimal sequence.

Theoretical Lectures to show the main concepts of the course.

Descriptions and examplesportray the theoretical concepts.

Workshops, seminars, laboratories or computer room activities provide practical problems to get applied knowledge.

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

Evaluation tools.

S1: Attendance.

S2: Exam.

S3: Course exercises, student works and presentations.

S4: Participation.

Grade.

Grade = 0.05*S1 + 0.6*S2 + 0.3*S3 + 0.05*S4