IOT Training In Online 100% Job Guarantee

  • Classes for Beginners and Experts.
  • Best MNC Interview Questions Answered.
  • Affordable fees and a course of study designed by professionals in the field.
  • Presented by an IOT Trainer Certified Expert with more than nine years of experience.
  • This week's next IOT training batch will begin; register now!
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Explore the factors that draw more than 25,000 students to ACTE.

Curriculum in IOT

Introduction- Concepts And Technologies Behind Internet Of Things (IoT)
  • Concepts & Definitions
  • Myth with IoT
  • Business with IoT
  • Carrier in IoT
  • IoT Applications
  • IoT system overview
  • Node, Gateway, Clouds
  • Why IoT is essential
  • Machine learning
  • Artificial Intelligence
    • IoT Architecture
  • IoT Network Architecture
  • IoT Device Architecture
  • IoT Device Architecture
  • Publish-Subscribe architecture
    • IoT Device Design
  • Sensors – Classification & selection criteria based on the nature, frequency and amplitude of the signal
  • Embedded Development Boards – Arduino, Raspberry Pi, Intel Galileo, ESP8266
    • IoT Communication Protocols
  • Wired Communication Protocols
  • Wireless Communication Protocols
  • Application Protocols – MQTT, CoAP, HTTP, AMQP
  • Transport layer protocols – TCP vs UDP
  • IP- IPv4 vs IPv6
    • Cloud
  • Concept & Architecture of Cloud
  • Public cloud vs Private cloud
  • Different Services in cloud (IAAS / PAAS / SAAS)
  • Importance of Cloud Computing in IoT
  • Leveraging different Cloud platforms.
    • Designing The IoT Product
  • Interfacing peripherals & Programming GPIOs – Input/output peripherals, Sensor modules
  • Design Considerations – Cost, Performance & Power Consumption tradeoffs
    • Programming
  • Embedded C
  • Python
  • Arduino
    • Hands-On Using Raspberry Pi Board
  • Setting up board
  • Booting up Raspberry Pi
  • Running python on Raspberry Pi, GPIO programming
  • Interfacing sensors and LED (Input and output devices)
  • Making a few projects
  • Sending data to cloud 2 using Raspberry Pi board
  • Sending data to cloud 3 using Raspberry Pi board
  • Making raspberry Pi web server
  • Making raspberry PI TCP client and server
  • Making raspberry Pi UDP client and server
    • Use Cases
  • A cloud-based temperature monitoring system using Arduino and Node MCU
  • Esp8266 WIFI controlled Home automation
  • Obstacle detection using IR sensor and Arduino
  • Remote controlling with Node MCU
  • Temperature monitoring using a Raspberry Pi as local server
  • Raspberry Pi controlling Esp8266 using MQTT
  • weather monitoring system using Raspberry Pi and Microsoft Azure cloud
    • Closer
  • Existing Product in Market
  • Barrier in IoT

    • Curriculum in IOT

    IOT Is Preferred by Over 35% of Developers. IOT is the most widely used and in-demand programming language in the IT industry.

    • Concepts & Definitions
    • Myth with IoT
    • Business with IoT
    • Carrier in IoT
    • IoT Applications
    • IoT system overview
    • Node, Gateway, Clouds
    • Why IoT is essential
    • Machine learning
    • Artificial Intelligence
    • IoT Network Architecture
    • IoT Device Architecture
    • IoT Device Architecture
    • Publish-Subscribe architecture
    • Sensors – Classification & selection criteria based on the nature, frequency and amplitude of the signal
    • Embedded Development Boards – Arduino, Raspberry Pi, Intel Galileo, ESP8266
    • Wired Communication Protocols
    • Wireless Communication Protocols
    • Application Protocols – MQTT, CoAP, HTTP, AMQP
    • Transport layer protocols – TCP vs UDP
    • IP- IPv4 vs IPv6
    • Concept & Architecture of Cloud
    • Public cloud vs Private cloud
    • Different Services in cloud (IAAS / PAAS / SAAS)
    • Importance of Cloud Computing in IoT
    • Leveraging different Cloud platforms.
    • Interfacing peripherals & Programming GPIOs – Input/output peripherals, Sensor modules
    • Design Considerations – Cost, Performance & Power Consumption tradeoffs
    • Embedded C
    • Python
    • Arduino
    • Setting up board
    • Booting up Raspberry Pi
    • Running python on Raspberry Pi, GPIO programming
    • Interfacing sensors and LED (Input and output devices)
    • Making a few projects
    • Sending data to cloud 2 using Raspberry Pi board
    • Sending data to cloud 3 using Raspberry Pi board
    • Making raspberry Pi web server
    • Making raspberry PI TCP client and server
    • Making raspberry Pi UDP client and server
    • A cloud-based temperature monitoring system using Arduino and Node MCU
    • Esp8266 WIFI controlled Home automation
    • Obstacle detection using IR sensor and Arduino
    • Remote controlling with Node MCU
    • Temperature monitoring using a Raspberry Pi as local server
    • Raspberry Pi controlling Esp8266 using MQTT
    • weather monitoring system using Raspberry Pi and Microsoft Azure cloud
    • Existing Product in Market
    • Barrier in IoT

    IOT Training Projects

    Develop Your IOT Skills With Useful and Interesting Projects.

     

    Gas Leakage Detector

    Design a gas leakage detection system using a gas sensor (e.g., MQ-2) that triggers an alarm when gas is detected.

     

    Water Level Monitoring System

    Create a system to monitor water levels in a tank using an ultrasonic sensor and notify when water levels are too low or too high.

     

    Home Automation Hub

    Set up a basic home automation system using a Raspberry Pi and relay modules to control lights, fans, or appliances.

     

    Vehicle Tracking System

    Build a GPS-based tracking system for vehicles that provides location updates and alerts for unauthorized movement or theft.

     

    Indoor Air Quality Monitor

    Create a device to measure air quality parameters such as CO2 levels, VOCs, and particulate matter, with alerts for poor air quality.

     

    Smart Lock System

    Develop a smart lock for doors that can be unlocked using a smartphone app, keypad, or biometric authentication.

     

    Wearable Health Monitoring System

    Develop advanced wearable devices with multiple sensors and AI-powered analytics for continuous health monitoring and early disease detection.

     

    Smart Home Energy Management

    Build an energy management system for smart homes that optimizes energy usage, storage, and generation using IoT devices and renewable energy sources.

     

    Autonomous Vehicle Navigation

    Create an autonomous vehicle capable of navigating complex environments using sensors, computer vision, and machine learning algorithms.

    Best Industry Tools Covered

    Key Highlights

    Practical Training

    Global Certifications

    Flexible Timing

    Trainer Support

    Study Material

    Placement Support

    Mock Interviews

    Resume Building

    Our Instructor

    Get advice from specialists who have certifications and are currently working.

    Instructor
    Vikram

    Experience : 3 Years

    Vikram's focus on IoT connectivity standards and networking protocols prepares students to design and implement efficient communication systems for IoT devices.

    Specialized in : Wireless Sensor Networks (WSN), IoT Connectivity Standards, Low-Power IoT Devices, IoT Networking Protocols.

    Instructor
    Aarti

    Experience : 4 Years

    Aarti's expertise in IoT applications in healthcare equips students with the knowledge to develop innovative solutions for remote patient monitoring and improving healthcare outcomes.

    Specialized in :IoT Applications in Healthcare, Wearable Technology, Remote Patient Monitoring, Health Data Privacy.

    Instructor
    Nitin

    Experience : 4 Years

    Nitin's focus on IoT security best practices and blockchain integration ensures that students understand the importance of securing IoT ecosystems against cyber threats.

    Specialized on :IoT Security Best Practices, Threat Modeling, Blockchain for IoT, Secure Firmware Development.

    IOT Training Overview

    The network of linked items that are equipped with sensors, software, and other technologies that allow them to gather and share data via the internet is known as the Internet of Things (IoT). These gadgets might be anything from commonplace items like wearable technology and home appliances to infrastructural pieces and industrial gear. Physical items are integrated into a large network through the Internet of Things, enabling smooth communication and interaction between humans and gadgets. This connectivity creates a wealth of opportunities, ranging from remote device monitoring and control to process optimization and efficiency enhancement. It also brings up issues related to data management, privacy, and security, emphasizing the necessity for strong protocols and security measures to guarantee the confidentiality and integrity of IoT ecosystems.

    Additional Information

    IOT Uses

    The Internet of Things (IoT) has a wide range of uses across various industries and everyday life. Some common IoT applications include:

    • IoT devices like smart thermostats, lighting systems, security cameras, and appliances allow homeowners to control and monitor their home remotely, enhance energy efficiency, and improve security.
    • In manufacturing and industrial settings, IoT enables remote monitoring and control of equipment, predictive maintenance to reduce downtime, inventory management, and optimization of supply chains.
    • IoT devices such as wearable fitness trackers, remote patient monitoring systems, and smart medical devices facilitate continuous health monitoring, enable early detection of health issues, and support personalized healthcare delivery.
    • IoT sensors deployed in farms collect data on soil moisture levels, weather conditions, and crop health, helping farmers make data-driven decisions for irrigation, pest control, and crop management, leading to increased yields and sustainability.

    IOT Programmer’s Potential Career Paths

    IoT programmers have a diverse range of potential career paths, leveraging their skills in software development, hardware integration, and data analytics. Some common career paths for IoT programmers include:

    • These professionals specialize in developing software applications and firmware for IoT devices, focusing on programming languages such as C, C++, Python, and Java. They design and implement the software that enables IoT devices to communicate with each other and with cloud platforms, as well as develop user interfaces for controlling and monitoring IoT systems.
    • Embedded systems engineers design and develop the hardware and software components that form the foundation of IoT devices. They work with microcontrollers, sensors, actuators, and other electronic components to create compact and efficient systems capable of performing specific functions in various IoT applications.
    • IoT solution architects design end-to-end IoT solutions tailored to meet specific business needs and objectives. They work closely with stakeholders to define requirements, select appropriate hardware and software components, design system architectures, and oversee the implementation and deployment of IoT projects.
    • With the proliferation of IoT devices, ensuring the security and privacy of IoT systems has become increasingly important. IoT security specialists focus on identifying vulnerabilities in IoT devices and networks, implementing encryption and authentication mechanisms, and developing security protocols to protect against cyber threats and unauthorized access.

    What Are the Requirements for an IOT Training Course?

    The requirements for an Internet of Things (IoT) training course can vary depending on the level of expertise and the specific focus of the course. However, here are some common prerequisites and requirements:

    • Participants should have a fundamental understanding of computer systems, including how to use operating systems, navigate file systems, and operate basic software applications.
    • A basic understanding of programming concepts is often required, particularly in languages commonly used for IoT development such as Python, C/C++, or Java.
    • Familiarity with networking concepts like IP addressing, TCP/IP protocols, and wireless communication technologies (e.g., Wi-Fi, Bluetooth, Zigbee) is beneficial.
    • Depending on the course's focus, basic electronics knowledge may be required. This includes understanding concepts like voltage, current, resistance, and how to work with electronic components.

    Reasons to Consider Enrolling in IOT Training

    Enrolling in IoT (Internet of Things) training can offer numerous benefits, making it an attractive option for individuals interested in technology and innovation. Here are several reasons to consider enrolling in an IoT training program:

    • IoT is a rapidly growing field that is revolutionizing industries such as healthcare, manufacturing, agriculture, transportation, and more. By gaining expertise in IoT, individuals can position themselves at the forefront of this technological revolution and explore exciting career opportunities.
    • IoT skills are in high demand across various industries. Enrolling in IoT training can enhance your career prospects by equipping you with the knowledge and skills needed to pursue roles such as IoT developer, IoT solution architect, IoT product manager, data scientist, and more.
    • IoT has diverse applications, ranging from smart homes and wearable devices to industrial automation and smart cities. By enrolling in IoT training, you can gain insights into the various applications of IoT technology and explore how it can be leveraged to solve real-world problems.
    • IoT encompasses a wide range of disciplines, including computer science, electronics, data science, networking, and more. IoT training programs provide an interdisciplinary learning experience, allowing participants to acquire knowledge and skills from multiple fields.
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    IOT Training Objectives

  • Foundational understanding of networking concepts such as TCP/IP, DNS, DHCP.
  • Knowledge of programming languages commonly used in IoT development, such as Python, C, or Java.
  • Familiarity with electronics and hardware components.
  • Understanding of basic security principles and protocols.
  • Experience with data analytics and visualization may be beneficial.
  • Some certifications may require a certain level of education or work experience in related fields such as computer science, engineering, or information technology.
  • Validates expertise and proficiency in IoT technologies, platforms, and concepts.
  • Enhances credibility and marketability to potential employers.
  • Provides access to job opportunities in various industries adopting IoT solutions.
  • Helps stay updated with the latest trends and developments in the IoT industry.
  • Differentiates you from other candidates in a competitive job market.
  • IoT Architect
  • IoT Developer
  • IoT Security Specialist
  • IoT Systems Engineer
  • IoT Project Manager
  • IoT Consultant
  • Data Scientist/Analyst specializing in IoT data
  • Industrial IoT (IIoT) Engineer
  • Creates chances for jobs in leadership and higher-paying employment.
  • Gives acknowledgement for specific knowledge and proficiency with IoT technology.
  • Increases the likelihood of being promoted within the existing company or moving up to more responsible responsibilities.
  • Increases one's professional reputation and employability.
  • Makes it easier to obtain materials for career development and network with people in the IoT sector.
  • CompTIA IoT+
  • Cisco Certified Network Associate (CCNA) IoT
  • Microsoft Certified: Azure IoT Developer Specialty
  • AWS Certified IoT Specialty
  • Certified IoT Professional (IoTP) by IoT Incorporated
  • Industrial Internet of Things (IIoT) Professional Certification by the Industrial
  • Internet Consortium (IIC)
  • Certified Internet of Things Practitioner (CIoTP) by IoT Talent Consortium
  • Vendor-specific certifications offered by companies like Cisco, Microsoft, and AWS.
  • Industry-standard certifications covering broad IoT concepts and technologies.
  • Specialized certifications focusing on specific areas such as IoT security, development, or networking.
  • Professional certifications recognized by organizations and consortiums dedicated to IoT standards and practices.
  • Some certifications may cater to specific industries like healthcare, manufacturing, or transportation, offering specialized knowledge relevant to those sectors.
    • Show More

    Industry Statistics

    Jobs / Month

    248

    Avg. Salary

    ₹ 12,55,200

    Job Roles

    IoT Technician

    IoT Developer

    IoT Engineer

    IoT Analyst

    IOT Certification

    Certificate
    GET A SAMPLE CERTIFICATE

    The rationale behind pursuing an IoT certification lies in the desire to validate one's expertise and proficiency in IoT technologies, platforms, and concepts. IoT certification provides structured learning and hands-on experience, enhancing credibility and marketability to potential employers. It also demonstrates commitment to continuous learning and professional development in the rapidly evolving field of IoT.

  • Validation of skills and knowledge in IoT technologies.
  • Enhanced credibility and marketability to potential employers.
  • Access to a network of professionals in the IoT industry.
  • Stay updated with the latest trends and developments in the IoT field.

    • Obtaining an IoT certification does not guarantee employment, but it can enhance job prospects by making candidates more competitive in the job market. Employers often consider a combination of factors, including certification, education, skills, experience, and fit for the role when making hiring decisions.

    Specific requirements prior to taking IoT certification exams may vary depending on the certification program. However, candidates generally need a foundational understanding of networking principles, protocols, programming languages, and IoT concepts. Some certifications may have prerequisites such as certain levels of education or work experience.

  • Reviewing the exam objectives and study materials provided by the certification provider.
  • Taking relevant training courses or self-study using books, online resources, and practice exams.
  • Gaining hands-on experience with IoT projects and technologies.
  • Joining study groups or forums to discuss topics and clarify doubts.
  • Practicing exam questions to assess knowledge and identify areas for improvement.
  • Reviewing and reinforcing key concepts until feeling confident about taking the exam.

    • Yes, many IoT certification programs offer online exams that allow candidates to take the test remotely. Online proctoring services ensure the integrity of the exam by monitoring candidates via webcam and screen sharing.

    While practical experience can be beneficial, it is not always necessary to obtain an IoT certification. Certification programs often cover foundational concepts and provide hands-on labs or simulations to gain practical experience. However, having real-world experience can enhance understanding of IoT technologies and make it easier to grasp advanced concepts covered in certification exams.

    Whether the investment of time and money in ACTE IoT Certification is justified depends on various factors such as career goals, industry demand for IoT skills, and the reputation of the certification program. Consider researching the content, credibility, and recognition of the certification in the industry, as well as evaluating the potential return on investment (ROI) in terms of career advancement opportunities and potential salary increases.

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    The Preferred Partner for 100+ Organizations' Hiring

    Learn from the certified and real time working professionals.

    • Over 100 firms that are looking for top talent for their open positions have come to rely on ACTE as their go-to partner.

    • Businesses have confidence in our ability to match them with the best individuals because of our considerable expertise and proven track record of success.

    • In this section, we'll examine the primary elements influencing this trust and examine how our constant commitment to excellence regularly results in remarkable results for our clients.

    Corporate Clients

    IOT Course Duration and Fees

    Level Course Duration Fees Structure
    Basic 1 - 1.5 Months ₹7,000 - ₹9,000
    Advanced 1.5 - 2 Months ₹7,000 - ₹10,000

    Job Opportunities in IOT

    IOT is preferred by more than 35% of developers. The most widely used and in-demand programming language in the tech industry is IOT.

    Salary In IOT
    Reach Our Placement Officer

    You can Work as a

    IoT Solutions EngineerIoT Project ManagerIoT System AdministratorIoT Security EngineerIoT Integration EngineerIoT Network EngineerIoT Product Manager

    Upcoming In-Demand Jobs

    IoT Sales EngineerIoT Firmware EngineerIoT Data ScientistIoT Software EngineerIoT Research Scientist

    Student Testimonials

    Mark Fresher

    IoT Architect | Hyderabad

     Got 7 LPA Package

    More Details :Acte Training Institute provided me with the essential skills and knowledge to excel as an IoT Architect. The comprehensive curriculum and hands-on training allowed me to understand the intricacies of designing IoT solutions. The instructors were highly experienced professionals who guided me through every step of the learning journey. Thanks to Acte, I successfully transitioned from a fresher to a proficient IoT Architect.

    Rehka Fresher

    IoT Solutions Engineer | Chennai

     Got 10 LPA Package

    More Details :Acte Training Institute played a crucial role in my transition from a fresher to an IoT Solutions Engineer. The practical approach to learning and real-world projects helped me develop the necessary skills to design and implement IoT solutions effectively. The faculty members were supportive and provided personalized guidance, which was instrumental in my career growth. Acte truly empowered me to thrive in my role as an IoT Solutions Engineer.

    Murugan Fresher

    IoT Project Manager | Bengalure

     Got 8 LPA Package

    More Details :Acte Training Institute equipped me with the skills and knowledge required to succeed as an IoT Project Manager. The comprehensive curriculum and practical training prepared me to handle complex IoT projects efficiently. The mentors at Acte provided valuable insights and guidance, helping me navigate the challenges of project management in the IoT domain. Thanks to Acte, I successfully transitioned from a fresher to a confident IoT Project Manager.

    100% Placement

    7000+ Placed Student

    600+ Hiring Partners

    5.5 LPA Average Salary

    Recently Placed Students

    Akshara
    Sree Lakshmi
    John
    Vishali

    IOT Training FAQ's

    Boost Your Coding Ability: Essential IOT Training for Novices and Experienced

  • IoT Developer/Engineer
  • IoT Solution Architect
  • IoT Security Specialist
  • IoT Data Analyst/Scientist
  • IoT Project Manager
  • IoT Systems Administrator
  • IoT Consultant
  • IoT Product Manager
  • IoT Researcher
  • IoT Sales Engineer

    • Feature selection in IoT is crucial for optimizing model performance, reducing computational complexity, and improving interpretability. By selecting the most relevant features, IoT systems can effectively process and analyze data, leading to better decision-making and more efficient resource utilization.

  • Connectivity issues
  • Security and privacy concerns
  • Interoperability
  • Scalability and performance
  • Data management and analytics
  • Split data into training and testing sets.
  • Use cross-validation techniques to assess model performance.
  • Evaluate multiple metrics (e.g., accuracy, precision, recall, F1-score) depending on the nature of the problem.
  • Consider domain-specific evaluation criteria.
  • Beware of overfitting and underfitting.
  • Interpret results in the context of the problem domain and business objectives.
  • Use version control systems (e.g., Git) to track changes in code and documentation.
  • Document all steps of the project, including data preprocessing, model development, and evaluation.
  • Structure code and project directories logically for easy navigation and understanding.
  • Automate repetitive tasks such as data cleaning, model training, and deployment using scripts or workflows.
  • Modularize code and use functions or classes to encapsulate functionality.
  • Adopt coding standards and best practices for readability, maintainability, and scalability.
  • Power constraints
  • Data privacy and security
  • Standardization and interoperability
  • Scalability
  • Regulation and compliance
    • Show More
  • Set clear goals
  • Stay organized
  • Actively engage
  • Seek help when needed
  • Practice regularly
  • Stay motivated
  • Flexibility
  • Accessibility
  • Variety of options
  • Cost-effectiveness
  • You can access course materials and lectures at your convenience, allowing you to balance learning with other commitments.
  • Online IoT training can be accessed from anywhere with an internet connection, eliminating geographical barriers.
  • Many online IoT courses offer self-paced learning options, allowing you to progress through the material at your own speed.
  • Online IoT training often provides access to a variety of resources such as video lectures, interactive modules, forums, and online communities, enriching the learning experience.
  • Online IoT training can be more cost-effective than traditional in-person classes, as it eliminates the need for travel and accommodation expenses.
  • Consider your learning goals
  • Review the curriculum
  • Check instructor credentials
  • Read reviews and testimonials
  • Assess delivery format

    • Yes, online IoT training can be effective for beginners, especially if the course is designed to accommodate learners with diverse backgrounds and levels of experience. Many online IoT courses start with foundational concepts and gradually progress to more advanced topics, making them accessible to beginners.

    Yes, many online IoT courses offer certificates upon completion. These certificates can serve as proof of your participation and completion of the training program, which may be useful for showcasing your skills and knowledge to employers or for professional development purposes.

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    Corporate IoT training refers to educational programs or courses specifically designed for employees within an organization to learn about IoT (Internet of Things) technologies, applications, and implementation strategies. These training programs are tailored to the needs and objectives of the business and are often delivered in a corporate setting.

  • Enhanced skills and expertise
  • Improved productivity and efficiency
  • Innovation and competitive advantage
  • Better decision-making
  • Reduced risk
  • It enables organizations to leverage IoT technologies to drive digital transformation, improve operational efficiency, and create new revenue streams.
  • It empowers employees with the knowledge and skills needed to implement and manage IoT solutions effectively, ensuring successful deployment and integration.
  • It enhances cybersecurity readiness by educating employees about IoT security risks, best practices, and compliance requirements.
  • It fosters innovation and competitiveness by enabling employees to develop new IoT-enabled products, services, and business models.
  • Introduction to IoT
  • IoT architecture and design
  • IoT development
  • IoT security
  • IoT data analytics
  • IoT project management
  • In-person workshops or seminars conducted onsite at the company's premises.
  • Virtual instructor-led training sessions delivered via webinars or video conferencing platforms.
  • Self-paced online courses or e-learning modules accessible through learning management systems (LMS).
  • Blended learning approaches combining online and in-person instruction for a hybrid learning experience.
  • Setting up and configuring IoT devices, sensors, and networks.
  • Developing and deploying IoT applications or projects.
  • Collecting, processing, and analyzing real-world IoT data.
  • Troubleshooting and debugging IoT systems.
  • Integrating IoT solutions with existing infrastructure or platforms.
  • Collaborating on team-based projects to simulate real-world scenarios.
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