BIOMEDICAL ENGINEERING

Biomedical Electronics / Theoretical-Practical Fundamentals / Semiconductors
1. PHYSICS
1.1. 3D Physics
2. ELECTRONICS
2.1. Power Supplies, Measurement Equipment and Accessories
2.2. Kits for Circuits Assembly
2.3. Theoretical - Practical Fundamentals
2.3.1. Basic Electrical Laws Concepts
2.3.2. Analog Electronics
2.3.3. Digital Electronics
2.3.4. Semiconductors
2.3.5. Instrumentation & Control
2.3.6. Power Electronics
2.4. Industrial Electronics
2.4.1. Instrumentation & Control
2.4.2. Electrical Servomotors
2.4.3. Power Electronics
2.5. Automotive Electronics
3. COMMUNICATIONS
3.1. Power Supplies, Measurement Equipment and Accessories
3.2. Theoretical - Practical Fundamentals
3.2.1. Coding, Modulation and Signal Processing Theory
3.2.2. Antenna and Microwave Theory
3.3. Applied Communications
4. ELECTRICITY
4.1. Electrical Installations
4.1.1. Home Electrical Installations
4.1.2. Industrial Electrical Installations
4.1.2.1. Maneuver Control and Drives
4.1.2.2. Electrical Risks and Protections
4.2. Home and Building Automation
4.2.1. Conventional Applications
4.2.2. Wireless Zig-Bee Applications
4.2.3. DALI Lighting Automation
4.2.4. KNX/EIB Home/Buildings Automation
4.2.5. BACnet Buildings Automation
4.3. Electrical Machines
4.3.1. Transformers Applications
4.3.2. Generators and Motors Applications
4.3.2.1. AC Electrical Motors and Generators
4.3.2.2. DC Electrical Motors and Generators
4.3.3. Physical Principles and Design of Electrical Machines
4.4. Power Systems, Renewable Energies and Smart Grids
4.4.1. Power Generation and Renewable Energies
4.4.1.1. Generators Synchronization
4.4.1.2. Renewable Energies
4.4.1.3. Power Plants
4.4.1.4. Micro-Grids
4.4.2. Power Transmission and Distribution
4.4.3. Load Management and Control
4.4.3.1. Smart Metering, Energy Management and Net Metering
4.4.3.2. Power Factor Correction
4.4.4. High Voltage Electrical Protections and Cybersecurity
4.4.5. Advanced Smart Grid Power Systems
4.5. Installations and Maintenance
4.5.1. Cutaway Models
4.5.2. Dissectible Models
4.5.3. Installations and Maintenance Training
5. ENERGY
5.1. Power Generation Systems
5.1.1. Renewable Energies
5.1.1.1. Photovoltaic Solar Energy
5.1.1.2. Thermal Solar Energy
5.1.1.3. Wind Energy
5.1.1.4. Marine Energy
5.1.1.5. Geothermal Energy
5.1.1.6. Hydraulic Energy
5.1.1.7. Biofuels
5.1.1.8. Storage Systems
5.1.1.9. Hydrogen Fuel Cells
5.1.1.10. Steam Turbines and Organic Rankine Cycles
5.1.1.11. Other Non-Conventional Systems
5.1.2. Conventional Energies
5.2. Power Systems, Renewable Energies and Smart Grids
5.2.1. Power Generation and Renewable Energies
5.2.1.1. Generators Synchronization
5.2.1.2. Renewable Energies
5.2.1.3. Micro-Grids
5.2.2. Power Transmission and Distribution
5.2.3. Load Management and Control
5.2.3.1. Smart Metering, Energy Management and Net Metering
5.2.3.2. Power Factor Correction
5.2.4. High Voltage Electrical Protections and Cybersecurity
5.2.5. Advanced Smart Grid Power Systems
5.2.6. High Voltage Laboratory
5.3. Installations and Maintenance
5.3.1. Cutaway Models
5.3.2. Dissectible Models
5.3.3. Installations and Maintenance Training
6. MECHATRONICS, AUTOMATION & COMPUMECHATRONICS
6.1. Mechatronics
6.1.1. Control
6.1.1.1. Theoretical-Practical Fundamentals
6.1.1.2. Industrial Controllers
6.1.1.3. Industrial System Applications
6.1.2. Electronics
6.1.2.1. Sensors and Electronic Instrumentation
6.1.2.2. Power Electronics and Industrial Electronics
6.1.3. Hydraulics and Pneumatics
6.1.3.1. Hydraulics
6.1.3.2. Pneumatics
6.1.4. Mechatronic Software
6.2. PLC Automation
6.2.1. PLC Options
6.2.2. Hardware Emulators
6.2.2.1. Manufacturing Systems
6.2.2.2. Flow and Level Control
6.2.2.3. Transport and Sorting
6.2.2.4. Electrical Machines Control
6.2.2.5. Traffic & Parking Control
6.2.2.6. Home and Office
6.2.3. Instrumentation and Control with PLC
6.2.4. Industrial Applications with PLC
6.2.5. Workstation Applications with PLC
6.2.5.1. Pieces Feeding Workstations Applications
6.2.5.2. Processing Workstations Applications
6.2.5.3. Rotary Table Workstations
6.2.5.4. Pieces Manipulator Workstations Applications
6.2.5.5. Robotic Workstations Applications
6.2.5.6. Pieces Identification Workstations Applications
6.2.5.7. CNC Workstations Applications
6.2.5.8. Storing Workstations Applications
6.2.6. Flexible Manufacturing Systems with PLC
6.3. PLC Compumechatronics
6.3.1. Electricity
6.3.2. Energy
6.3.3. Renewable
6.3.4. Saving Energy
6.3.5. Mechanics
6.3.6. Fluid Mechanics
6.3.7. Thermodynamics & Thermotechnics
6.3.8. Chemical Engineering
6.3.9. Food & Water Technologies
6.3.10. Environment
6.3.11. Process Control
7. MECHANICS
7.1. Mechanical Engineering
7.1.1. Mechanics Fundamentals KITs
7.1.2. Simple Machines
7.1.2.1. Mechanisms
7.1.2.2. Gears
7.1.3. Statics and Dynamics
7.1.4. Vibrations and Oscillations
7.1.5. Tribology (Friction)
7.1.6. Structural Mechanics
7.2. Automotive Mechanical Engineering
7.2.1. Brakes and Clutches
7.2.2. Gears, Differentials and Transmissions
7.2.3. Engines
7.3. Materials Engineering
7.3.1. Photoelasticity and Strain Measurement
7.3.2. Materials Testing
7.3.2.1. Mechanical Test
7.3.2.2. Thermal and Acoustic Tests
7.3.3. Manufacturing and Treatment Techniques
7.3.3.1. Casting
7.4. Installations and Maintenance
7.4.1. Cutaway Models
7.4.2. Dissectible Models
7.4.3. Installations and Maintenance Training
8. FLUID MECHANICS
8.1. Fluid Mechanics Modular Laboratory
8.1.1. Base Units
8.1.2. Measurement
8.1.3. Hydrostatics
8.1.4. Hydrodynamics
8.1.5. Flow Visualization
8.1.6. Hydraulic Machines: Pumps
8.1.7. Hydraulic Machines: Turbines
8.1.8. Hydraulic Piping System
8.2. Measurement
8.3. Hydrostatics
8.4. Flow Visualization
8.5. Hydraulic Channels
8.6. Wind Tunnels
8.7. Fluid Machines
8.7.1. Pumps
8.7.2. Fans
8.7.3. Turbines
8.7.4. Wind Turbines
8.7.5. Compressors
8.8. Fluid Piping System
8.9. Installation and Maintenance
8.9.1. Cutaway Models
8.9.2. Dissectible Models
8.9.3. Installations and Maintenance
9. THERMODYNAMICS & THERMOTECHNICS
9.1. Fundamentals and Basic Concepts of Thermodynamics
9.2. Heating, Ventilation, Air Conditioning and Hot Water
9.3. Heat Pumps
9.4. Refrigeration
9.5. Thermal Hydraulic Piping System
9.6. Heat Transfer
9.7. Heat Exchangers
9.8. THERMAL Machines
9.9. Internal Combustion Engines
9.10. Installations and Maintenance
9.10.1. Cutaway Models
9.10.2. Dissectible Models
9.10.3. Installations and Maintenance Training
10. PROCESS CONTROL
10.1. Theoretical - Practical Fundamentals
10.2. Controllers & Industrial Communications
10.3. Industrial Applications and System
11. CHEMICAL ENGINEERING
11.1. Unit Operations
11.1.1. Fluidization
11.1.2. Evaporation
11.1.3. Boiling
11.1.4. Distillation and Cracking
11.1.5. Extraction
11.1.6. Difussion
11.1.7. Drying and Cooling
11.1.8. Absorption and Adsorption
11.1.9. Ion Exchange and Corrosion
11.1.10. Crystallization and Pyrolysis
11.1.11. Filtration, Sedimentation and Mixing
11.1.12. Solids Treatment
11.2. Chemical Reactors
12. FOOD & WATER TECHNOLOGIES
12.1. Food Treatment
12.2. Dairy Products Treatment
12.3. Drinking Water Treatment
12.4. Pilot Plants
13. ENVIRONMENT
13.1. Hydrology and Hydrogeology
13.2. Environmental Pollution
13.3. Wastewater Treatment
13.4. Recycling
14. BIOMEDICAL ENGINEERING
14.1. Biomechanics
14.1.1. Mechanics Fundamentals KITs
14.1.2. Simple Machines
14.1.2.1. Mechanisms
14.1.2.2. Gears
14.1.3. Statics and Dynamics
14.1.4. Vibrations and Oscillations
14.1.5. Tribology (Friction)
14.1.6. Structural Mechanics
14.1.7. Photoelasticity and Strain Measurement
14.1.8. Mechanical Tests
14.1.9. Thermal and Acoustic Tests
14.2. Biomedical Electronics
14.2.1. Theoretical-Practical Fundamentals
14.2.1.1. Basic Electrical Laws Concepts
14.2.1.2. Analog Electronics
14.2.1.3. Digital Electronics
14.2.1.4. Semiconductors
14.2.1.5. Instrumentation and Control
14.2.1.6. Power Electronics
14.2.2. Instrumentation and Control
14.3. Biomedical Equipment