IoT & Drone

Description

Overview:

• The IoT industry is booming, creating a high demand for skilled professionals. Studying IoT can lead to exciting career paths in various fields.
• IoT is a rapidly evolving field, and understanding its principles can foster innovation and creativity.
• Learning about drones enhances skills in robotics, programming, aerodynamics, and remote control. Understanding drone technology can foster creativity and problem-solving skills, leading to innovative applications.

This course is encapsulated with following key materials –

• Fundamentals of IoT IoT Devices and Sensors.
• IoT Networking and Communication IoT Protocols and Standards.
• oT Platforms and Cloud Integration.
• Fundamentals of Drones Drone Flight Mechanics.
• Drone Sensors and Payloads Drone Communication Systems.
• Drone Autonomy and AI Control Systems.

Prerequisites:

• Basic knowledge of Computers .

Target Audience:

• Anyone can opt this course beginner or working professional
• Students who want to work in leading MNC’s or any Top-Tier IT Companies like Intel, Microsoft, IBM, Amazon, Huawei, Cisco, Bosch, DJI, Skydio, and Parrot.
• Tech/B.Tech/MCA/BCA/Any Graduate or Diploma Holder can join the course.

Key Learning Outcomes:

When you complete this Course Curriculum, you will be able to accomplish the following:

• Understanding IoT concepts:Grasping the fundamentals of IoT, including its components, architecture, and protocols.
• Sensor and actuator expertise:Acquiring knowledge about various sensors and actuators, their applications, and how to interface them with IoT systems.
• Data handling:Learning to collect, process, analyze, and interpret data generated by IoT devices.
• Communication protocols:Mastering communication protocols like MQTT, HTTP, and CoAP for efficient data transfer.
• Cloud platforms:Understanding cloud-based IoT platforms and their role in data management and analytics.
• Security awareness:Recognizing potential security threats in IoT systems and implementing measures to protect data.
• Problem-solving and critical thinking:Developing the ability to analyze complex IoT problems and devise innovative solutions.
• IoT project development:Building and deploying end-to-end IoT projects, from concept to implementation.
• Hardware and software integration:Combining hardware components with software applications to create functional IoT systems.
• Data visualization:Presenting IoT data in meaningful ways through dashboards and reports.
• IoT system testing and optimization:Evaluating system performance and making necessary improvements.
• Drone Maintenance:Knowledge of drone components, troubleshooting, and repair.
• Payload Integration:Understanding how to integrate various payloads (cameras, sensors, etc.) for specific applications.
• Programming and Automation:Skills in programming drones for autonomous flight and data collection.