Vision Automation Solutions

A 45-day basic module summer and internship training program is designed to provide students with foundational knowledge and practical skills in a specific field or industry. The program typically combines theoretical learning with hands-on experience, allowing students to apply their knowledge in real-world settings. Here are some key aspects of such a program:

1. Duration: The program spans a period of 45 days, which is a standard timeframe for summer and internship training programs. It allows for an intensive learning experience without disrupting the regular academic schedule.

2. Focus area: The program may have a specific focus area or industry, such as software development, data analysis, marketing, engineering, finance, or any other field. The curriculum is tailored to provide fundamental concepts and practical skills related to that particular area.

3. Theoretical learning: The program begins with classroom-based learning, where students are introduced to the theoretical aspects and foundational concepts of the chosen field. This may involve lectures, presentations, workshops, and discussions led by experienced instructors or industry professionals.

4. Practical training: Practical training forms a significant part of the program. Students get hands-on experience through projects, case studies, simulations, or industry visits. They may work individually or in teams to solve real-world problems, gaining valuable insights and skills specific to their chosen field.

5. Industry exposure: The program may include opportunities for students to interact with industry experts, professionals,

Automation, Embedded, Robotics, Solar, AI &ML, Arduino &IOT 
Online Industrial Internship Training
Online Industrial Internship Training

• Need of Networking : Brief History
• Different Types of Networking Architecture
• Topology
• OSI Model of Networking
• Networking Hardware
• Network Standards
• Safety and Management Concept of Designing a Project
  1. MODBUS
• 2. CANBUS
• 3. Controlnet
• 4. Ethernet
• 5. PROFIBUS
• 6. FIP I/O
• Proprietary Network
• Master Slave Configurations
• RTUS – Remote Terminal Units
• Network Comparisons
• Design Cases
• Scheme of Remote I/O
• Design Case of Remote I/O