Advanced Computational & Technical Skills (ACTS)
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Frequently Asked Question
ACTS Program
ACTS (Advanced Computational and Technical Skills) by Tishitu is a specialized course designed to equip students, researchers, and professionals with cutting-edge knowledge and hands-on experience in advanced technologies.
The ACTS course by Tishitu is designed for students, researchers, and professionals who want to gain expertise in advanced technologies.
Who Can Apply?
Engineering Students – First and second-year students from any engineering branch (CSE, ECE, EE, ME, etc.)
Researchers & Enthusiasts – Those interested in AI, IoT, Robotics, and Embedded Systems
R&D Professionals – Individuals working in research and development sectors
Tech Enthusiasts – Anyone eager to learn and apply advanced computational skills
Yes! Freshers can definitely join the ACTS course.
Beginner-Friendly Approach – No prior experience required; we start from the basics.
Hands-on Learning – Practical projects to build real-world skills.
Expert Guidance – Learn from industry professionals and researchers.
Career-Boosting Topics – Covers AI, IoT, Robotics, Embedded Systems, and more.
If you’re a first or second-year engineering student or a tech enthusiast, ACTS is a great starting point!
Live classes in ACTS are scheduled flexibly to accommodate students’ learning needs.
Class Timings:
Weekday Batches – Evening sessions (Post 6 PM IST)
Weekend Batches – Morning & Evening slots available
Live doubt-solving sessions
Recorded sessions available if you miss a class
Interactive Q&A and hands-on projects
Exact schedules will be shared upon enrollment!
No worries! We’ve got you covered.
Recorded Sessions: Every live class is recorded and made available on the learning portal.
Doubt-Solving Support: You can ask your doubts in dedicated Q&A forums or during live doubt-solving sessions.
Catch Up Anytime: Access the materials at your convenience and revisit concepts whenever needed.
Stay on track with flexible learning!
Yes! The ACTS course is designed to be flexible.
- You can attend classes alongside your studies or job since sessions are scheduled in a way that accommodates students and professionals.
- Recorded lectures ensure you don’t miss any important topics.
- You can learn at your own pace while still engaging in live sessions, discussions, and hands-on projects.
Perfect for students and working professionals!
Yes! Upon successful completion of the ACTS course, you will receive an industry-recognized certificate.
- The certificate validates your expertise in AI, IoT, Robotics, Embedded Systems, and other advanced technologies.
- It can boost your resume and help in job applications, internships, and higher studies.
- Tishitu’s certification is well-recognized in the tech industry and academia.
Learn, complete, and get certified!
Absolutely! ACTS certification holds great value in the tech industry.
Why is ACTS Certification Valuable?
Industry Recognition – The certification validates your skills in AI, IoT, Robotics, and more.
Boosts Your Resume – Helps in job applications, internships, and higher studies.
Career Advancement – Increases your chances of landing tech roles in leading companies.
Practical Knowledge – Hands-on projects ensure you gain real-world experience.
With ACTS, you don’t just get a certificate—you gain skills that matter!
Curriculum
The ACTS (Advanced Computational and Technical Skills) course is structured into three key sections based on the learner’s background and expertise:
1. Basics Learner School Section
Target Audience: School students (Grades 9-12) interested in technology and innovation.
How it Helps:
- Introduces fundamental concepts in AI, IoT, Robotics, and Embedded Systems.
- Hands-on projects to develop problem-solving and logical thinking skills.
- Exposure to coding, electronics, and automation through beginner-friendly modules.
- Encourages innovation and research mindset at an early stage.
2. College (B.Tech Engineer) Section
Target Audience: Engineering students (B.Tech, B.E., Diploma) looking to enhance their technical skills.
How it Helps:
- Provides advanced learning in AI, IoT, ML, Robotics, and Li-Fi Communication.
- Focuses on industry applications, real-world projects, and practical training.
- Helps students build a strong portfolio for internships, research, and job placements.
- Offers certification to strengthen resumes and career prospects.
3. Professional & Researcher Section
Target Audience: Industry professionals, researchers, and academicians seeking technical upskilling.
How it Helps:
- Provides in-depth knowledge in AI, Industrial IoT, Cloud Computing, and Embedded Systems.
- Supports career growth, research innovation, and patent filing.
- Equips professionals with skills required for automation, smart technologies, and data analytics.
- Helps in developing solutions for industries like healthcare, finance, manufacturing, and telecom.
Each section of the ACTS course is tailored to ensure learners gain practical, industry-relevant knowledge that enhances their career and research opportunities.
No, ACTS offers multiple batches with flexible start dates.
- Live classes are scheduled in different time slots to accommodate students’ availability.
- You can choose a batch based on your convenience—weekday or weekend options available.
- Rolling Admissions – New batches start regularly, so you can join at a time that suits you best.
Your choice of section in the ACTS course depends on your current education level and career goals. Here’s a guide to help you decide:
1. Basics Learner School Section
- For: School students (Grades 9-12).
- Join if:
- You are curious about AI, Robotics, and IoT.
- You want to build a strong foundation in tech early.
- You enjoy hands-on learning and coding.
- You want to explore STEM fields before college.
2. College (B.Tech Engineer) Section
- For: Engineering students (B.Tech, B.E., Diploma).
- Join if:
- You want to gain practical knowledge beyond college curriculum.
- You want to work on real-world projects and internships.
- You aim to improve your job placement opportunities.
- You are interested in AI, IoT, ML, Robotics, and Embedded Systems.
3. Professional & Researcher Section
- For: Working professionals, researchers, and academicians.
- Join if:
- You want to upskill in AI, IoT, and Robotics for career growth.
- You are involved in R&D, patents, or academic research.
- You need advanced technical training for industry applications.
- You want to transition to a high-tech job role.
Which One Should You Choose?
- If you’re in school: Join the Basics Learner School Section.
- If you’re in college (B.Tech/Diploma): Join the B.Tech Engineer Section.
- If you’re a professional or researcher: Join the Professional & Researcher Section.
Each section is designed to match your learning level and career aspirations, so pick the one that aligns with your current stage and future goals.
The ACTS course duration varies based on the selected learning mode:
Self-Paced Learning: Flexible access to recorded sessions (complete at your own speed).
Instructor-Led Live Sessions: Typically 6 to 12 weeks (depending on the batch schedule).
Includes hands-on projects, assignments, and live doubt sessions.
Access to learning materials even after course completion.
Teaching
Tutors in ACTS play a crucial role in guiding students through advanced technical concepts.
Key Responsibilities:
Teaching & Mentorship: Deliver live sessions and explain complex topics in AI, IoT, Robotics, etc.
Hands-on Guidance: Assist students in real-world projects and practical applications.
Doubt Resolution: Conduct Q&A sessions and provide 24/7 support through discussion forums.
Career Assistance: Help with internships, job referrals, and industry exposure.
ACTS is taught by highly experienced industry professionals and academic experts.
Tutor Profiles Include:
Industry Experts: Professionals working in AI, IoT, Robotics, and Embedded Systems with hands-on experience in cutting-edge technologies.
Academicians & Researchers: Professors and researchers from top universities specializing in Machine Learning, Li-Fi Communication, AR, and more.
Engineers & Developers: Experts from leading tech companies with real-world project experience.
Mentors with Proven Track Records: Tutors with years of experience in training students and guiding them toward careers in tech.
ACTS provides multiple ways to get your doubts cleared efficiently:
Live Doubt-Solving Sessions: Regular interactive sessions with instructors to address queries in real-time.
24/7 Community Support: Get help from mentors and peers through a dedicated Telegram/WhatsApp group.
One-on-One Mentorship: Personalized guidance from tutors for complex topics.
Discussion Forums: Post your queries on the ACTS platform and get responses from experts.
Recorded Sessions: Revisit past lectures anytime to reinforce concepts.
Teaching assistants
Teaching Assistants (TAs) serve as a bridge between students and instructors, ensuring a smooth learning experience.
Key Responsibilities of a TA:
Doubt Resolution: Quickly respond to student queries during and after live sessions.
Project & Assignment Support: Guide students in understanding assignments and completing hands-on projects.
Technical Assistance: Help troubleshoot coding errors and clarify complex concepts.
Live Session Assistance: Support instructors by moderating sessions, answering chat queries, and managing discussions.
Mentorship & Motivation: Encourage students, provide learning strategies, and ensure they stay on track.
Community Engagement: Actively participate in Telegram/WhatsApp groups to keep discussions active and helpful.
Teaching Assistants (TAs) in ACTS are highly skilled professionals and experienced mentors who guide students throughout their learning journey.
Typical Profiles of ACTS TAs:
Industry Professionals: Experts working in AI, IoT, Robotics, Embedded Systems, and other advanced tech fields.
Experienced Educators: Instructors with a strong background in teaching computational and technical subjects.
Researchers & Innovators: Individuals involved in cutting-edge research and development in Machine Learning, Augmented Reality, and Li-Fi Communication.
Top Performers & Alumni: High-achieving ACTS graduates who have excelled in the course and now mentor new students.
Software & Hardware Engineers: Specialists in programming, microcontrollers, embedded systems, and cloud integration.
ACTS provides multiple ways to resolve student doubts efficiently. Here’s how:
Live Doubt-Solving Sessions
Scheduled Sessions: Regularly held during the course.
Live Interaction: Students can ask questions directly to instructors and Teaching Assistants (TAs).
Dedicated Discussion Forums & Community Support
Telegram/WhatsApp Groups: 24/7 active discussions with peers and mentors.
Online Forum: Post questions, get answers from TAs, instructors, or fellow students.
One-on-One Mentor Support
Personalized Guidance: Book a session with a TA for complex queries.
Project & Assignment Assistance: TAs help debug code and clarify concepts.
Email & Ticket Support
Email Support: Send your queries to our support team for detailed explanations.
Support Ticket System: Raise a ticket for technical or administrative concerns.
Entrance test
The initial 30-minute test is designed to assess your current knowledge and technical aptitude. This helps personalize your learning experience.
Test Format:
Duration: 30 minutes
Total Questions: 20–30 (Multiple Choice & Coding-based)
Mode: Online (Web-based test)
Test Sections:
Logical Reasoning & Problem-Solving (25%)
- Pattern recognition, numerical reasoning, analytical thinking
Basic Programming (30%)
- MCQs on Python/C++/Java (based on preference)
- Simple coding challenge (algorithm or debugging task)
Mathematics & Quantitative Aptitude (20%)
- Basic algebra, probability, statistics
Technical Knowledge (25%)
- Basics of AI, IoT, Robotics, and Embedded Systems
- General tech awareness questions
Important Notes:
- No negative marking
- The test is not an elimination round but helps customize learning paths
- Results are shared immediately after completion
Yes! The initial 30-minute test can be taken on a mobile device. However, for the best experience, consider the following:
Device Compatibility:
✔ Mobile-Friendly Interface: The test platform is optimized for smartphones and tablets.
✔ Browser Support: Works best on Google Chrome, Safari, or Firefox.
Recommended for Better Experience:
Laptop/Desktop Preferred: A larger screen may provide a smoother test-taking experience, especially for coding sections.
Stable Internet Connection: Ensure a strong network to avoid interruptions.
Use a Silent Environment: Minimize distractions for better focus.
Limitations on Mobile:
- Coding-based questions may be slightly challenging on a mobile keyboard.
- Switching between question sections could be less convenient compared to a desktop.
No, prior preparation is not mandatory, as this test is designed to assess your current knowledge and technical aptitude. However, if you want to perform better and get an idea of what to expect, you can review basic concepts in the following areas:
Topics Covered in the Test
Logical Reasoning & Problem-Solving
- Pattern recognition
- Analytical thinking
- Basic puzzles and logical reasoning
Basic Programming
- Fundamentals of Python, C++, or Java (whichever you are familiar with)
- Simple coding logic and debugging
Mathematics & Quantitative Aptitude
- Basic algebra and probability
- Number series and percentages
Technical Knowledge
- General awareness of AI, IoT, Robotics, and Embedded Systems
- Basic understanding of how these technologies work
Mentors
The mentor plays a crucial role in guiding students throughout the ACTS program by providing technical expertise, career advice, and learning support.
Key Responsibilities of a Mentor
Technical Guidance
- Helps students understand complex topics in AI, IoT, Robotics, and other domains covered in ACTS.
- Provides industry insights and real-world applications of learned concepts.
Doubt Resolution
- Assists students in resolving technical doubts beyond what Teaching Assistants (TAs) handle.
- Offers deeper explanations and hands-on solutions for challenging problems.
Career Mentorship
- Guides students on career paths, job opportunities, and industry trends.
- Provides resume-building tips, interview preparation, and networking advice.
Project Assistance
- Helps students conceptualize and develop their projects.
- Provides feedback on project implementation and improvements.
Personalized Learning Support
- Tracks students’ progress and suggests additional learning resources.
- Encourages students to stay motivated and complete the program successfully.
The mentors in the ACTS program are experienced professionals and subject matter experts from various domains, ensuring that students receive high-quality guidance.
Mentor Profiles
Industry Experts
- Professionals working in top tech companies, startups, and research labs.
- Experience in Artificial Intelligence, Machine Learning, IoT, Robotics, and Embedded Systems.
Academicians & Researchers
- Professors and researchers from leading universities and R&D institutions.
- Deep knowledge of computational technologies and hands-on experience in innovation.
Startup Founders & Entrepreneurs
- Experts who have built tech-driven startups.
- Share insights on practical applications and industry trends.
Senior Developers & Engineers
- Software engineers, data scientists, and robotics developers.
- Provide hands-on coding and project mentorship.
Experienced Trainers
- Professionals with years of experience in teaching and training students.
- Skilled in breaking down complex topics into easy-to-understand concepts.
The number of mentors assigned depends on the batch size and the course plan selected.
For General Learning
- Each student is assigned one primary mentor for technical guidance.
- Additional teaching assistants (TAs) are available for doubt resolution.
For Live Sessions & Projects
- Multiple mentors and industry experts conduct specialized sessions.
- Each project team may have a dedicated mentor to provide hands-on guidance.
For Career Guidance & Placement Support
- Students may interact with multiple mentors from different industries.
- Personalized mentoring is available for career planning and job readiness.
Yes, mentor changes are possible under specific conditions:
Valid Reason Required
- If a student faces communication issues or teaching style mismatches, a request for a mentor change can be made.
- The request must be submitted with a valid reason for review.
Approval Process
- The ACTS team will evaluate the request and assign a new mentor if deemed necessary.
- Mentor changes may take a few days based on availability.
Limited Changes Allowed
- Mentor changes are not frequent and are approved only when absolutely needed.
- Students are encouraged to give feedback and resolve concerns before requesting a switch.
Placement support
ACTS provides comprehensive placement assistance to help students transition into industry roles.
Types of Placement Support:
Internship & Job Referrals
- Exclusive access to internship and job opportunities with ACTS hiring partners.
- Direct referrals to tech companies, startups, and research firms.
Resume & Profile Building
- Personalized resume reviews and LinkedIn profile optimization.
- Guidance on structuring GitHub, portfolios, and project showcases.
Mock Interviews & Career Coaching
- 1:1 mock technical interviews with experts.
- HR and behavioral interview training.
- Coding assessments and technical test preparation.
Industry Networking & Alumni Connect
- Exclusive networking sessions with ACTS alumni and industry experts.
- Access to community discussions, job postings, and webinars.
Certification & Skill Endorsements
- ACTS provides an industry-recognized certificate upon completion.
- Guidance on showcasing ACTS projects in hiring processes.
Yes, ACTS provides mock interview support to help students prepare for job opportunities.
How ACTS Helps with Mock Interviews:
Technical Mock Interviews
- Live coding assessments based on real industry problems.
- System design and problem-solving sessions to prepare for technical rounds.
HR & Behavioral Interview Training
- Soft skills coaching to improve communication and confidence.
- Common HR questions and best practices for job interviews.
1:1 Expert Guidance
- One-on-one mock interviews with experienced mentors.
- Personalized feedback and improvement strategies.
Industry-Specific Interview Prep
- Customized interview questions based on AI, IoT, Robotics, and other ACTS topics.
- Resume and portfolio reviews for better job applications.
Peer & Group Mock Sessions
- Participate in group discussions and peer interviews for more practice.
- Learn from shared experiences and feedback from fellow students.
How to Schedule a Mock Interview?
- ACTS students can book mock interviews through the student portal or by reaching out to career support mentors.
- Sessions are available online and can be scheduled flexibly based on student availability.
ACTS collaborates with leading tech companies, startups, and R&D organizations to provide students with job and internship opportunities. Our employer network includes companies from industries like Artificial Intelligence (AI), Internet of Things (IoT), Robotics, Embedded Systems, Cloud Computing, and more.
Some of Our Hiring & Employer Partners (Illustrative List):
Tech Giants
- Companies working in AI, ML, and Cloud Computing.
- Firms specializing in IoT and Automation.
Startups & Innovation Hubs
- Fast-growing tech startups looking for skilled engineers.
- Deep-tech firms focusing on Robotics, Embedded Systems, and Li-Fi Communication.
R&D and Industrial Companies
- Organizations engaged in cutting-edge research and development.
- Industrial IoT companies implementing smart automation solutions.
Software & IT Consulting Firms
- Companies providing AI-driven software solutions.
- Firms with a focus on SQL databases, AR/VR applications, and cybersecurity.
How ACTS Supports Placements?
- Job and Internship Referrals: Direct connections with hiring partners.
- Mock Interviews & Resume Reviews: Industry experts prepare students for real-world hiring.
- Exclusive Hiring Drives: Partner companies conduct recruitment sessions for ACTS students.
- Mentorship & Career Guidance: Get advice from professionals working in top firms.
Graduates of the ACTS (Advanced Computational and Technical Skills) course can secure positions in various domains, depending on their skills and interests. Employers hire ACTS students for roles in Artificial Intelligence, Machine Learning, IoT, Robotics, Embedded Systems, AR/VR, and Cloud Computing.
Common Job Roles
Artificial Intelligence & Machine Learning
- Machine Learning Engineer
- AI Research Assistant
- Data Scientist
- NLP Engineer
Internet of Things (IoT) & Embedded Systems
- IoT Engineer
- Embedded Software Developer
- Firmware Engineer
- Automation Engineer
Robotics & Augmented Reality (AR)
- Robotics Software Engineer
- ROS Developer
- AR/VR Developer
- Computer Vision Engineer
Software Development & Cloud Computing
- Full-Stack Developer
- Cloud Engineer
- DevOps Engineer
- Backend Developer (SQL, Database Management)
Networking & Communication Technologies (Li-Fi, Wireless Systems)
- Network Systems Engineer
- Wireless Communication Specialist
- Li-Fi System Developer
Data Analytics & Cybersecurity
- Data Analyst
- Cybersecurity Specialist
- SQL Database Administrator
Additional Opportunities
- Internships in R&D & Product Development
- Freelance & Consulting Roles in AI, IoT, and Automation
- Startup & Entrepreneurship Support for Tech Innovators
Employers typically come to Tishitu to hire engineers at the following stages:
- During or After Course Completion – Many companies start scouting for potential hires when students are nearing the completion of their ACTS course.
- Placement Drives & Job Fairs – Tishitu organizes placement drives, job fairs, and networking events where recruiters directly interact with students.
- Internship to Full-Time Conversions – Some students secure internships during the program, which often lead to full-time job offers.
- Industry Collaboration & Hackathons – Companies sometimes hire students based on their performance in real-world projects, hackathons, or live assignments.
- Ongoing Recruitment Process – Employers partner with Tishitu and reach out whenever they have relevant job openings.
Tishitu provides strong placement support for students enrolled in the ACTS (Advanced Computational and Technical Skills) program. The placement process includes:
- Industry-Relevant Training – The course covers AI, IoT, Robotics, Embedded Systems, and other emerging technologies that align with current industry demands.
- Mock Interviews & Career Guidance – Students receive mentorship, resume-building support, and mock interviews to prepare for job placements.
- Employer Partnerships – Tishitu collaborates with various tech companies and startups to connect students with job opportunities.
- Internship & Job Opportunities – Students may get internship offers during the course, leading to full-time job roles.
- Placement Assistance – The team helps in connecting students with recruiters, assisting them throughout the hiring process.
As of now, specific data regarding the highest placement package achieved by Tishitu’s ACTS (Advanced Computational and Technical Skills) program graduates is not publicly available. For detailed and up-to-date information on placement statistics, including highest salary packages, it is advisable to contact Tishitu directly through their official channels.
Contact Information:
- Phone: +91 8233552726
- Email: tishitu@gmail.com
- Address: Tishitu Research Centre, Room 1107, IT Park Rd, Sitapura Industrial Area, Jaipur, Rajasthan 302022
Tishitu has a high success rate due to its industry-focused curriculum, expert mentors, and strong placement support. The success rate is measured based on student career outcomes, placement rates, and skill mastery.
Key Success Metrics
| Category | Success Rate / Outcome |
|---|---|
| Placement Rate | 90%+ students placed |
| Salary Growth | 2x – 3x increase in salary |
| Employer Satisfaction | Top companies hiring ACTS graduates |
| Student Satisfaction | 90%+ positive feedback |
| Certification Value | Recognized by top tech firms |
Reasons for High Success Rate
- Industry-Aligned Curriculum – Courses in AI, IoT, Robotics, and Embedded Systems match current industry demands.
- Practical Learning Approach – Real-world projects, hands-on coding, and live simulations.
- Expert Mentorship – Guidance from industry professionals and domain experts.
- Placement Assistance – Mock interviews, resume building, and direct employer connections.
- Comprehensive Doubt Support – Dedicated teaching assistants and mentors for learning assistance.
The salary after completing the Advanced Computational and Technical Skills (ACTS) course depends on various factors, including your prior experience, skill proficiency, industry demand, and the hiring company.
Average Salary Range
| Experience Level | Expected Salary (Per Annum) |
|---|---|
| Freshers (0-1 Year) | ₹4 LPA – ₹8 LPA |
| 1-3 Years Experience | ₹8 LPA – ₹15 LPA |
| 3+ Years Experience | ₹15 LPA – ₹30 LPA+ |
Factors Affecting Salary
- Industry & Job Role – AI/ML, IoT, and Embedded Systems experts often earn higher salaries.
- Company Size & Reputation – Startups may offer equity & growth, while MNCs provide structured pay scales.
- Technical Proficiency – Strong hands-on skills in AI, IoT, and Robotics improve salary prospects.
- Placement Performance – Resume quality, interview skills, and project work impact final offers.
Highest-Paying Domains After ACTS
- Artificial Intelligence & Machine Learning → ₹8-20 LPA
- Embedded Systems & IoT → ₹6-15 LPA
- Robotics & Automation → ₹7-18 LPA
- Cloud Computing & Cybersecurity → ₹8-22 LPA
Tuition fee
The ACTS course fee varies based on the selected plan and learning mode:
- Basic Plan – Self-paced learning (Pre-recorded content)
- Pro Plan – Instructor-led live sessions with doubt support
- Ultimate Plan – Live sessions, hands-on projects, and internship opportunities
Yes, EMI (Equated Monthly Installments) options are available for students who prefer to pay in installments instead of a one-time payment.
EMI Details:
- Flexible Payment Plans – Choose from 3-month, 6-month, or 12-month EMI options based on your convenience.
- Zero or Low-Cost EMI – Depending on the payment partner, you may get zero-interest or minimal interest EMIs.
- Multiple Payment Methods – EMIs can be availed using credit cards, debit cards (select banks), and third-party financing partners.
- Instant Approval – The EMI facility is processed quickly upon verification of eligibility.
Yes, ACTS has a refund policy to ensure student satisfaction.
Refund Policy Details:
- 7-Day Money-Back Guarantee – If you are not satisfied with the course within the first 7 days of enrollment, you can request a full refund.
- Refund Process:
- Submit a refund request through the official ACTS support portal.
- Provide a valid reason for the refund request.
- Refunds will be processed within 7-10 business days after approval.
- Non-Refundable Cases:
- If you have completed a significant portion of the course.
- If you have already availed a scholarship or discount.
- If the refund request is made after 7 days of enrollment.
"Who is eligible to take this course and why?"
Tishitu’s ACTS course is tailored specifically for college students from first to final year, offering an immersive experience in advanced computational and technical skills. The curriculum integrates cutting-edge technologies such as Artificial Intelligence, Machine Learning, IoT, Robotics, Embedded Systems, Augmented Reality, and LiFi Communication. It provides live classes and hands-on projects that bridge theoretical concepts with real-world applications, ensuring you develop industry-ready expertise. Developed in collaboration with Malaviya National Institute of Technology (MNIT) in Jaipur, the course reflects decades of innovation and research. Students engage in multidisciplinary projects that tackle challenges like smart diagnostics, industrial automation, and interactive user interfaces. Practical modules cover modern tools and platforms—from full stack development using React, Flask, and MongoDB to sensor integration and hardware prototyping. Internship opportunities, career guidance, and continuous support empower you to build a strong professional network and portfolio. Ultimately, Tishitu’s ACTS course equips you with the skills and experience to lead and innovate in today’s fast-evolving tech landscape.
“हिंदी के लिए इसे सुनें।”
High school students in grades 10 to 12 can gain invaluable early exposure to advanced technologies through Tishitu’s ACTS course, where multidisciplinary projects seamlessly merge theory with hands-on practice. This program equips them with foundational skills in programming, electronics, and digital design that underpin modern innovations like AI, robotics, and brain-computer interfaces. Students develop critical thinking and creative problem-solving abilities as they work on projects that mirror real-world challenges. Engaging with these emerging technologies not only builds technical proficiency but also sparks curiosity and innovation. Collaborative projects foster teamwork and communication skills, essential for thriving in today’s interconnected industries. The course’s practical approach helps build a robust technical portfolio, giving students a competitive edge for future academic pursuits and internships. Exposure to such diverse fields opens up exciting opportunities for participating in competitions and advanced studies in STEM. Ultimately, the ACTS course empowers high school students to bridge the gap between academic theory and practical application, igniting a passion for lifelong learning and technological innovation.
For professionals and job-oriented enthusiasts, Tishitu’s ACTS course delivers expert-led, live classes that transform complex technical concepts into practical, industry-ready skills. The curriculum encompasses cutting-edge areas such as Artificial Intelligence, Machine Learning, IoT, Robotics, Embedded Systems, Augmented Reality, and LiFi Communication. Participants engage in hands-on projects designed to mirror real-world challenges and build a robust, job-ready portfolio. The program offers comprehensive 24/7 support, including live doubt-clearing sessions and access to a dynamic community of tech professionals. Internship opportunities, job referrals, and targeted career guidance are integral parts of the course, accelerating your professional growth. Multidisciplinary projects foster collaboration and innovation, preparing you for the competitive tech landscape. Continuous mentorship ensures you stay ahead with the latest industry trends and technologies. Ultimately, Tishitu’s ACTS course empowers you to excel, innovate, and transform your career trajectory in today’s rapidly evolving digital world.
| Technology | Core Components | Description |
|---|---|---|
| Artificial Intelligence (AI) | Codes, Applications, Basic Application Codes | Learn to develop and implement intelligent algorithms with ready-to-use code samples and applications that simulate human-like decision making and reasoning processes. |
| Machine Learning (ML) | Datasets for Training and Testing | Focus on data processing, model training, and evaluation using curated datasets to build predictive, adaptive systems that learn from data. |
| Embedded Systems | Code, Sensors, Motors, Arduino, Raspberry Pi, Advanced Computational Devices | Master microcontroller programming and hardware integration by interfacing sensors and motors; build sophisticated projects using Arduino, Raspberry Pi, and other advanced devices. |
| Robotics | Code, 3D STL Models, Motors, Arduino, Sensors, Miscellaneous Components | Integrate programming with hardware design and 3D modeling to create automated robotic systems, covering everything from assembly to intelligent control. |
| Li-Fi Communication | Code, Li-Fi Components, PCB, Blueprints | Explore optical data transmission techniques using LED-based components and PCB designs, emphasizing secure, high-speed wireless communication methods. |
| Augmented Reality (AR) | Code, Applications, Simulators | Develop immersive AR experiences by overlaying digital content onto real-world environments using specialized coding tools, simulation software, and AR devices. |
| IoT & IIoT | Code, Applications, Components | Design and develop connected systems that enable real-time data exchange and automation across personal and industrial environments through robust networking and sensor integration. |
| Emotional Intelligence (Ei) | Engine and Sets of Instructions | Incorporate emotional intelligence into technology by leveraging specialized algorithms and instruction sets that enhance user-centric interactions and adaptive system responses. |
This table provides a clear, structured view of the ACTS course modules, detailing the core components and practical outcomes of each technology, making it easy for anyone to understand how these advanced tools—like Raspberry Pi and other computational devices—are integrated into the program.
Below are two detailed workshop program tables—one for a 5-day workshop and another for a comprehensive 15-day workshop—designed to equip you with multidisciplinary skills in modern technologies.
5-Day Workshop Program
| Day | Topics | Activities and Outcomes |
|---|---|---|
| 1 | Introduction and Overview | Kick off the workshop with an in-depth overview of ACTS, covering key technology areas such as full stack development, AI, ML, IoT, robotics, embedded systems, and AR. Hands-on introductory labs help you set up the development environment and get familiar with essential tools. |
| 2 | Embedded Systems and Sensor Integration | Dive into the fundamentals of embedded systems using platforms like Arduino and Raspberry Pi. Engage in practical exercises on sensor interfacing, circuit design, and data acquisition to build simple projects that demonstrate hardware-software integration. |
| 3 | Artificial Intelligence and Machine Learning | Explore AI and ML basics, including data processing and predictive analytics. Participate in hands-on projects to build and test simple machine learning models using Python, enhancing your understanding of data-driven decision-making. |
| 4 | Multidisciplinary Integration: IoT, Robotics, and AR | Collaborate on projects that integrate IoT devices, robotics, and AR. Develop responsive interfaces and real-time data visualizations to solve practical challenges, fostering a hands-on understanding of interconnected systems. |
| 5 | Project Presentations and Career Guidance | Present your group projects to peers and industry experts, receive constructive feedback, and participate in career guidance sessions. Learn about internship opportunities, job referrals, and how to build a portfolio that stands out in the tech industry. |
15-Day Workshop Program
| Day | Topics | Activities and Outcomes |
|---|---|---|
| 1 | Full Stack Development Fundamentals – Overview | Begin with an introduction to full stack development, covering both front-end and back-end technologies. Set up your development environment and gain familiarity with tools such as React, Flask, and MongoDB. |
| 2 | Front-End Development with React | Engage in detailed sessions focused on building dynamic and responsive user interfaces using React. Complete hands-on labs to create interactive web components and enhance UI design skills. |
| 3 | Back-End Development and Database Integration | Focus on server-side application development using Flask. Learn database management with MongoDB and connect your back-end logic to front-end interfaces through practical exercises. |
| 4 | Introduction to Embedded Systems | Gain a foundational understanding of embedded systems with hands-on experience using Arduino and Raspberry Pi. Learn basic circuit design, sensor interfacing, and hardware configuration through guided labs. |
| 5 | Sensor Interfacing and Hardware Prototyping | Participate in practical sessions that emphasize connecting various sensors and actuators. Build prototypes that capture real-world data, strengthening your hardware-software integration skills. |
| 6 | Basics of Robotics Integration | Delve into robotics fundamentals by assembling and programming simple robotic systems using Arduino. Explore motor control, sensor-based navigation, and basic automation techniques. |
| 7 | Fundamentals of AI and Machine Learning | Receive theoretical and practical instruction on AI and ML concepts, focusing on data pre-processing and introductory algorithms. Engage in lab activities that demonstrate how AI can drive intelligent systems. |
| 8 | Building and Training ML Models | Work hands-on with machine learning frameworks to develop and train simple models. Experiment with small datasets to understand model training, evaluation, and iterative improvements. |
| 9 | Deep Dive into AI and Real-Time Analytics | Advance your AI/ML skills with a focus on real-time data processing and analytics. Refine your models and integrate them into applications that simulate practical scenarios and dynamic data environments. |
| 10 | Introduction to IoT and IIoT Concepts | Explore the foundational concepts of IoT and IIoT, including networking protocols, secure connectivity, and data transmission. Participate in practical exercises to set up IoT devices for data collection and monitoring. |
| 11 | Hands-On IoT Project Development | Develop a comprehensive IoT project that integrates sensor data with cloud computing and real-time visualization. Focus on building scalable and secure IoT ecosystems through practical project work. |
| 12 | Advanced Communication: LiFi Integration | Learn the principles of LiFi communication and its advantages over traditional wireless methods. Set up LED transmitters and photodiode receivers in hands-on labs to achieve high-speed, secure data transfer. |
| 13 | Introduction to Augmented Reality (AR) | Discover AR technologies and their transformative potential. Engage in practical labs that utilize AR development tools to overlay digital content onto real-world environments using smartphones, tablets, or AR headsets. |
| 14 | Integrating AR with Emerging Technologies | Work on collaborative projects that merge AR with AI, IoT, embedded systems, and robotics. Create innovative, interactive solutions that demonstrate the seamless integration of digital and physical realms. |
| 15 | Multidisciplinary Capstone Project & Final Presentations | Conclude the workshop with a capstone project that combines all the technologies explored throughout the program. Present your project to industry experts, receive feedback, and participate in career and innovation guidance sessions to prepare for professional opportunities. |
These tables offer a detailed roadmap for both short-term and extended workshop programs, ensuring that participants at all levels—from beginners to professionals—gain the skills and hands-on experience necessary to excel in today’s dynamic tech landscape.
Below are two comprehensive workshop program tables—one for a 30 to 45-day extended workshop and another for a 60-day intensive workshop. These programs are designed to cover a full spectrum of advanced technologies, integrating full stack development, embedded systems, AI/ML, robotics, IoT/IIoT, Augmented Reality, LiFi Communication, and multidisciplinary capstone projects to prepare you for real-world challenges and industry demands.
30–45 Day Extended Workshop Program
| Week/Days | Topics | Activities and Outcomes |
|---|---|---|
| Week 1 (Days 1–5) | Full Stack Development FundamentalsIntroduction to React, Flask, MongoDB, and cloud/server setup | Orientation and environment setup, hands-on labs to create basic web applications, understanding front-end/back-end integration, and establishing a solid coding foundation. |
| Week 2 (Days 6–10) | Embedded Systems and IoT BasicsArduino, Raspberry Pi, sensor interfacing, networking protocols | Practical exercises on building circuits, interfacing sensors and actuators, setting up simple IoT devices, and learning data acquisition fundamentals. |
| Week 3 (Days 11–15) | Artificial Intelligence and Machine LearningData processing, algorithms, and predictive modeling | Interactive coding sessions using Python to build and train simple ML models, data pre-processing, and applying basic AI algorithms to solve predictive challenges. |
| Week 4 (Days 16–20) | Robotics and AutomationBasics of robotics, motor control, sensor integration, and introductory ROS | Hands-on robotics labs where you assemble and program simple robotic systems, develop sensor-based navigation, and get introduced to robotics operating systems. |
| Week 5 (Days 21–25) | Augmented Reality and LiFi CommunicationAR development, optical communication, and smart interfaces | AR project labs using smartphones, tablets, or AR headsets to overlay digital content, alongside LiFi experiments using LED transmitters and photodiode receivers for secure, high-speed data transfer. |
| Week 6 (Days 26–30/45) | Multidisciplinary Capstone Projects & Industry IntegrationIntegration of learned technologies into comprehensive projects | Collaborative team projects that combine elements from full stack, embedded systems, AI/ML, robotics, IoT, AR, and LiFi. Additional days (up to 45 days) allow for further refinement, detailed mentorship sessions, final project presentations, and career guidance. |
60-Day Intensive Workshop Program
| Week (Days) | Topics | Activities and Outcomes |
|---|---|---|
| Weeks 1–2 (Days 1–10) | Full Stack Development & Programming FoundationsReact, Flask, MongoDB, cloud computing, and server management | Comprehensive orientation and advanced coding labs to build full stack applications, integrate cloud services, and establish robust development environments. |
| Weeks 3–4 (Days 11–20) | Advanced Embedded Systems and IoTArduino, Raspberry Pi, sensor interfacing, NAS, and secure networking | In-depth hardware sessions focusing on advanced sensor integration, circuit design, IoT device setup, real-time data acquisition, and configuring network protocols for seamless connectivity. |
| Weeks 5–6 (Days 21–30) | Artificial Intelligence & Machine Learning MasteryAdvanced algorithms, deep learning, real-time analytics, and model optimization | Extensive workshops on AI/ML including deep learning techniques, hands-on projects with large datasets, iterative model training, and integration of predictive analytics into applications. |
| Weeks 7–8 (Days 31–40) | Robotics and Automation in PracticeAdvanced robotics design, autonomous systems, integration with AI/ML, and ROS in depth | Building sophisticated robotic systems with advanced motor control and sensor fusion, developing autonomous navigation projects, and integrating robotics with AI for smart automation. |
| Weeks 9–10 (Days 41–50) | Augmented Reality & LiFi CommunicationImmersive AR development and optical data transmission techniques | Advanced AR labs where you create interactive, real-time AR applications, coupled with LiFi communication experiments to understand and implement high-speed, secure wireless data transfer. |
| Weeks 11–12 (Days 51–60) | Multidisciplinary Capstone and Industry ReadinessIntegration of full stack, embedded systems, AI/ML, robotics, AR, and IoT into unified projects | Final phase dedicated to capstone projects that solve real-world problems by blending all learned technologies. This includes team-based project development, iterative testing, final presentations, expert mentorship, and career development workshops to prepare you for industry roles. |
These detailed programs provide a structured yet flexible roadmap, ensuring that whether you opt for the 30–45 day workshop or the 60-day intensive program, you’ll gain deep insights, practical experience, and industry-relevant skills to excel in today’s fast-paced technological landscape.
How this Works !
''Know More About This Course Technologies"
Brain and Computer Interface (BCI) is a revolutionary technology that connects the human mind directly with digital systems, enabling thought-driven control over devices. In Tishitu’s ACTS course, you dive deep into neural signal processing, learning to capture, analyze, and interpret brain data using advanced sensors and machine learning algorithms. The curriculum emphasizes hands-on projects where you build innovative interfaces that translate neural activity into real-world actions, from controlling robotic limbs to immersive gaming experiences. By integrating BCI with AI, IoT, robotics, and embedded systems, the program fosters multidisciplinary solutions that enhance healthcare, assistive technology, and virtual reality applications. Participants explore applications like neuroprosthetics and brain-controlled machinery, merging cognitive science with cutting-edge engineering. Ethical considerations and practical implementations are a key focus, ensuring responsible innovation in this emerging field. With its comprehensive, project-based approach, ACTS empowers you to push the boundaries of human-computer interaction. Ultimately, you gain the skills to transform neural data into actionable intelligence, reshaping the future of connectivity and control.
"Real Life Example of ACTS Advanced Computational and Technical Skills: Brain & Computer Interface"
“हिंदी के लिए इसे सुनें।”
Artificial intelligence (AI) is a transformative technology that empowers machines to mimic human cognition and solve complex problems. Within Tishitu’s ACTS course, AI is a central pillar, where participants explore its broad applications across industries such as healthcare, education, finance, and manufacturing. The curriculum covers the fundamentals of machine learning, deep learning, natural language processing, and computer vision to build intelligent systems. Learners engage in hands-on projects that develop smart applications, predictive analytics, and adaptive interfaces to tackle real-world challenges. AI is integrated with emerging technologies like IoT, robotics, and embedded systems, enabling the creation of interconnected, responsive solutions. Participants develop algorithms and models that process vast amounts of data to extract actionable insights and drive decision-making. This multidisciplinary approach equips you with the skills needed to innovate and streamline processes in diverse sectors. Ultimately, Tishitu’s ACTS course empowers you to lead the next wave of technological advancement in artificial intelligence.
“AI, or Artificial Intelligence, is the technology that enables machines to simulate human intelligence and perform tasks such as learning, problem-solving, and decision-making. By leveraging vast data and powerful algorithms, AI enhances automation, personalizes user experiences, and drives insights across various industries. From chatbots to advanced data analytics, AI transforms how we interact with technology, making systems smarter and more efficient.”
A notable application of AI is in deepfake technology, which uses advanced algorithms to create hyper-realistic synthetic media by altering or generating human images, videos, or voices. While deepfake technology has practical applications in entertainment and media, it also highlights the importance of ethical AI usage and the need for safeguards against misuse. Harnessing AI responsibly opens doors to innovation, personalization, and smarter systems.”
Augmented Reality (AR) is a transformative technology that overlays digital information onto the real world using devices like smartphones, tablets, and AR headsets. Within Tishitu’s ACTS course, AR is a key domain where participants explore its vast applications across industries such as healthcare, education, manufacturing, and entertainment. The course examines AR as both a standalone technology and in combination with advanced fields like AI, IoT, and embedded systems. Participants engage in hands-on projects that integrate AR with AI to build smart, responsive interfaces, such as AR-assisted diagnostics and real-time industrial data visualizations. Learners experiment with practical applications, from visualizing ECG data to enhancing machine maintenance and assembly workflows. By merging AR with emerging technologies, the program prepares participants to tackle real-world challenges and drive innovative solutions. The curriculum highlights AR’s potential to create immersive, interactive experiences that revolutionize user engagement and operational efficiency. Ultimately, Tishitu’s ACTS course equips you with the multidisciplinary skills needed to lead the next wave of technological advancement in augmented reality.
Welcome to the ACTS Program—a groundbreaking fusion where emotional intelligence meets augmented reality, powered by NLP, machine learning, LLM, and AI. Imagine an immersive experience that not only transforms your environment but also deciphers your emotional cues in real time. Our advanced NLP technology reads the room—and you—while machine learning and large language models tailor interactive AR experiences to enhance self-awareness and foster deeper connections. With ACTS, you step into a future where every interaction is smart, intuitive, and dynamically personalized. Ready to revolutionize the way you connect and grow? Let’s shape a smarter, more empathetic tomorrow together.
- Machine Learning (ML) powers modern innovation and is at the heart of Tishitu’s ACTS course. In this immersive program, ML takes center stage, seamlessly integrating with AR, AI, IoT, and embedded systems. Students engage in hands-on projects to build predictive models and intelligent interfaces. They explore diverse applications across industries such as healthcare, education, manufacturing, and entertainment.
Learners are encouraged to visualize and analyze real-time data to derive actionable insights. The course balances theoretical foundations with practical implementations to solve real-world challenges. Participants develop innovative solutions that push the boundaries of emerging technologies. With ACTS, you’re not just mastering ML—you’re shaping the future of technology and transforming industries.
Full stack development is the main focus now in Tishitu’s ACTS course. The curriculum centers on building complete web applications using modern frameworks like React for the front end and Flask for the back end. Students create dynamic applications that integrate machine learning, AR, AI, IoT, and embedded systems for enhanced functionality. They work with MongoDB for efficient data management while configuring robust Apache servers to ensure reliable hosting. The course also covers NAS setups, cloud computing, and custom server router configurations to optimize performance. Learners manage webspace control panels and develop real-time applications and APIs for interactive user experiences. Projects span diverse industries such as healthcare, education, manufacturing, and entertainment, offering comprehensive hands-on experience. With this integrated approach, the ACTS course equips you with the essential skills to innovate and shape the future of technology.
Robotics is the main focus of Tishitu’s ACTS course, where learners design and build intelligent robotic systems. The curriculum integrates advanced sensors, actuators, and embedded controllers to create responsive machines. Participants work with industry-standard frameworks like ROS and program in Python and C++ to develop robust control algorithms. Machine learning and computer vision techniques are incorporated to enable robots to navigate and interact with complex environments. Students gain hands-on experience with hardware prototyping and real-time system integration, ensuring their designs are both innovative and practical. The course emphasizes IoT-enabled communication, connecting robots to broader networks for enhanced functionality. Simulation tools and advanced design principles are used to optimize performance and efficiency. With this comprehensive approach, the ACTS course empowers you to innovate and shape the future of robotics technology.
Embedded systems are at the core of Tishitu’s ACTS course, bridging the gap between hardware and software in innovative ways. The curriculum is designed to offer in-depth training on microcontroller programming and low-level hardware integration. Students work with platforms like Arduino and Raspberry Pi to gain hands-on experience with sensor and actuator interfacing. The program emphasizes real-time system design, ensuring that devices perform efficiently and reliably. Advanced topics, such as power management and communication protocols, are explored to optimize device performance. Learners also integrate embedded systems with IoT, cloud computing, and machine learning to create smart, connected solutions. Practical projects simulate real-world challenges in automation, robotics, and industrial control. With this comprehensive approach, the ACTS course empowers you to innovate and shape the future of embedded systems technology.
IoT and IIoT are at the forefront of digital transformation in Tishitu’s ACTS course. Students explore the seamless integration of smart devices and sensors to collect and analyze real-time data. The curriculum covers foundational networking protocols, wireless communication, and secure connectivity. Learners work with cutting-edge platforms to design solutions that bridge the gap between the digital and physical worlds. Hands-on projects include developing remote monitoring systems and automating industrial processes. The program emphasizes edge computing and cloud integration to support scalable IoT ecosystems. Innovative applications span smart homes, industrial automation, and predictive maintenance in manufacturing. With a comprehensive approach, ACTS empowers you to drive innovation in both IoT and IIoT, shaping the future of connected technology.
LiFi communication offers a cutting-edge, high-speed alternative to conventional WiFi by harnessing visible light for data transmission. Tishitu’s ACTS course integrates LiFi technology into its curriculum to explore its transformative impact on wireless communication. Students delve into the principles of optical modulation and photonics, gaining a deep understanding of LiFi’s operational mechanics. They work on hands-on projects that involve setting up LED transmitters and photodiode receivers to experiment with data transfer rates. The course examines the advantages of LiFi, including enhanced security and reduced electromagnetic interference. Participants also study the challenges of LiFi, such as line-of-sight limitations and ambient light disruptions. Integration with IoT and smart systems is emphasized to demonstrate how LiFi can enhance overall connectivity. Through comprehensive training and practical applications, ACTS empowers you to innovate and lead in the evolving field of LiFi communication.
“Real Life Example of ACTS Advanced Computational and Technical Skills: Li-Fi Audio and Data Communication…”
“हिंदी के लिए इसे सुनें।”
Tishitu’s ACTS course empowers you to harness a spectrum of cutting-edge technologies to drive innovative multidisciplinary projects. Full stack development forms the backbone, integrating React, Flask, MongoDB, and advanced server configurations to build robust digital platforms. Machine learning algorithms are embedded within these systems to deliver intelligent insights and predictive analytics that optimize decision-making. Robotics and embedded systems merge to create smart machines equipped with sensors and actuators for precise, real-time control. IoT and IIoT connectivity ensure seamless communication between devices, forming an interconnected ecosystem that enhances automation and monitoring. LiFi communication introduces ultra-fast, secure data transfer capabilities that complement traditional wireless networks. This integrated approach allows you to develop projects that simulate real-world applications in sectors such as healthcare, manufacturing, and smart cities. By combining these diverse technologies, the ACTS course equips you with comprehensive skills to innovate, streamline performance, and shape the future of technology.
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"Real Life Example of ACTS Advanced Computational and Technical Skills: Ai, ML/DL, Speech Processing, IoT, Embedded Systems, Robotics, Rapid Prototyping, Automation, Sentiment Analysis Ei, Device Control, Reasoning, and More..."
“हिंदी के लिए इसे सुनें।”
“ACTS Course has been around since 1999, and the video you’re watching was taken 7 years ago.”
Some glimps of Our Journey
#GITJAIPUR has organized an Expert Talk on Embedded System & AI on 12/08/19. The Speaker was Dr. Tarun Shrivastava, Dr. Vaishali & Ms. Nipur Shrivastava from Tishitu Research & Innovation & Incubation Center MNIT Jaipur.#git #gct #Tishitu #ArtificialIntelligence #EmbeddedSystem pic.twitter.com/LXTLJrudq8
— GIT Jaipur (@GIT_Jaipur) August 14, 2019
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Editorial Group: Tarun Shrivastava, Anand Sharma, Sunil Kumar Jangir, Manish Kumar, Dilip Kumar Choubey, S. Balamurugan This book focuses on the key technologies, challenges, and research directions of the Industrial Internet of Things (IIoT). It provides a comprehensive discussion on fundamental principles, methods, and research problems while offering a systematic overview of current state-of-the-art research, emerging trends, and potential challenges related to IIoT.
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I’m so excited to finally share that my book is published, and it explores an amazing topic: the Internet’s shift from the Internet of Computers (IoC) to the Internet of Things (IoT)! This evolution is opening doors for businesses to access real-time data from all their physical operations, transforming industries across the globe! 
What’s even more exciting is the rise of the Industrial Internet of Things (IIoT)! This is where things get really fascinating—sensors embedded in industrial devices collect and share data through wireless networks. While IoT is making our daily lives more fun and convenient, IIoT is revolutionizing industries by making them more efficient, smarter, and way more competitive!
But wait, there’s more! The next big leap is Tactile IoT/IIoT, which brings together AI, machine learning (ML), edge computing, and hyperconnectivity! 
This is the driving force behind the Industry 4.0 revolution. Initially, we were using fog and edge computing to boost connectivity, but now AI and ML-powered analytics have stepped in as game-changers. AI is at the heart of this transformation, allowing businesses to analyze huge amounts of data faster, and make decisions smarter—sometimes without any human input at all!
In this rapidly changing landscape, AI and ML are the driving force behind the next wave of industrial innovation. This is what my book dives into—the ways AI and ML are shaping the future of IIoT and unlocking its full potential for industries around the world. It’s a thrilling time to be a part of this revolution, and I’m so pumped to share this journey with everyone! 
Key Highlights from the Book:
From IoC to IoT: The Internet is moving from a network of computers to a network of things! This means industries can now access real-time data on their operations, transforming business processes across all sectors.
What is IIoT? : The Industrial Internet of Things (IIoT) uses sensors embedded in industrial equipment to collect and share data over wireless networks. Unlike IoT, which is about personal convenience, IIoT focuses on optimizing industrial efficiency and decision-making.
Tactile IoT/IIoT: The next evolution combines hyperconnectivity, edge computing, AI, and machine learning (ML). It’s all about making industries smarter, more connected, and ready for the future.
AI and ML in IIoT: AI and ML are transforming how IIoT data is analyzed. These technologies enable businesses to automate processes, simulate intelligent behavior in devices, and make faster, more accurate decisions—sometimes with no human intervention needed!
Industry 4.0 Revolution: The book dives deep into how Industry 4.0 relies on technologies like IIoT to revolutionize entire industries. It’s no longer just about connecting devices—analytics powered by AI and ML are now central to driving industrial change.