• Nvis Technology
  • Nvis Technology
  • Nvis Technology

Nvis

  • Nvis Technology
  • Nvis Technology
  • Nvis Technology
  • Nvis Technology
Nvis Technology
Nvis Technology

Head Office

141-A, Electronic complex, Pardesipura,Indore - 452010 India

Phone: +91 73899 00887 , +91 98932 70303

Email:info@nvistech.com

Request a Quote

Looking for a quality and affordable builder for your next project?




    Nvis Technology

    Toll Free

    +91 73899 00887

    Working Hours

    We are happy to meet you during our working hours. Please make an appointment.

    • Monday-Saturday: 9:00 AM - 5:30 PM (IST)
    • Sunday: Closed
    • Nvis Technology
    • Nvis Technology
    • Nvis Technology
    Nvis Technology

    Head Office

    141-A, Electronic complex, Pardesipura,Indore - 452010 India

    Phone: +91 73899 00887 , +91 98932 70303

    Email:info@nvistech.com

    Request a Quote

    Looking for a quality and affordable builder for your next project?




      Nvis Technology

      Toll Free

      +91 73899 00887

      We are happy to meet you during our working hours. Please make an appointment.

      • Monday-Saturday: 9:00 AM - 5:30 PM (IST)
      • Sunday: Closed

      Author: Nvis

      Is your school ready for Composite Skill Labs? Here’s how we can help

      Posted on by Nvis

      The Indian education ecosystem is undergoing a transformative shift under the visionary guidance of NEP 2020 and forward-thinking initiatives like PM SHRI Schools. Today, schools are increasingly being called upon to redefine the learning experience to enhance retention and application of knowledge. The traditional chalk-and-talk approach is rapidly making way for immersive, hands-on, and skill-based education — and with this evolution, a pivotal question arises: Is your school truly prepared to lead this change? It may be noted that Composite Skill Labs have been made mandatory for all CBSE schools since 2024.

      (ref: https://timesofindia.indiatimes.com/education/news/setting-up-composite-skill-labs-mandatory-for-cbse-schools-heres-all-you-need-to-know/articleshow/112859674.cms)

      The future belongs to students who are creative, adaptable, and equipped with real-world competencies. And the cornerstone of such preparedness lies in setting up Composite Skill Labs — dedicated, multi-disciplinary hubs designed to foster innovation, practical learning, and technological fluency.

      What are Composite Skill Labs?

      Composite Skill Labs are thoughtfully curated, cross-functional spaces where students actively engage with cutting-edge technologies, simulate real-life applications, and develop a deep, conceptual understanding of how things work. These labs represent a fusion of STEM, vocational, and emerging tech disciplines, and are meticulously aligned with the recommendations of the National Education Policy 2020 and the CBSE’s skill education roadmap.

      Imagine a lab where students explore Robotics, IoT, Basic Electronics, Artificial Intelligence, and Renewable Energy Systems — not just through textbooks or digital modules, but by handling physical components, assembling models, coding basic logic, and troubleshooting their creations. That’s the true power of a Composite Skill Lab — it transforms the classroom into a living, breathing learning ecosystem.

      Moreover, Composite Skill Labs promote inclusivity in learning — providing space for students of varied learning abilities to express, explore, and excel in their own ways. This diversity in experience becomes a powerful driver for holistic development.

      Why practical learning must replace rote memorization

      The Indian education model has long relied on memory-based assessments. But in a world defined by disruption, automation, and innovation, rote learning is no longer sufficient. The workforce of tomorrow requires individuals who can think critically, collaborate effectively, and solve real-world problems.

      This is where experiential and practical learning steps in. Through Composite Skill Labs, students move beyond theoretical understanding and:

      • Spark their natural curiosity through experimentation and discovery
      • Build self-confidence as they successfully complete hands-on projects
      • Develop inter-disciplinary thinking by linking concepts from science, math, and tech
      • Understand application-driven problem solving, not just textbook algorithms

      These labs democratize innovation — making it accessible to students regardless of their backgrounds. In turn, they build a foundation for life-long learning, employability, and entrepreneurial thinking.

      Emerging technologies in classrooms: A need, not a luxury

      We are living in the age of technological convergence — where AI, Machine Learning, IoT, Data Analytics, and Automation are embedded in everything from agriculture and healthcare to finance and manufacturing. To ensure that students are not left behind, schools must become early enablers of tech exposure.

      Introducing these technologies in school empowers students to:

      • Visualize abstract concepts through real-world examples
      • Think critically about the ethical and societal impacts of technology
      • Build familiarity and fluency that translates into future career readiness

      Composite Skill Labs make this shift tangible — enabling educators to blend curriculum with experiential modules, and align classroom learning with the dynamic demands of industry and society. This is fully aligned with the PM SHRI School vision — where innovation, inclusivity, and sustainability are central pillars.

      How Nvis can help you build your composite skill lab

      At Nvis Technologies, we don’t just supply tools — we architect transformation. Our mission is to empower schools to deliver future-ready education through expertly designed Composite Skill Labs that are practical, modular, and scalable.

      Here’s how we make it possible:

      • End-to-End Infrastructure Planning: From lab layouts and workbenches to electricals and safety standards, we handle all the groundwork.
      • Turnkey Technology Integration: Choose from a comprehensive range of plug-and-play tools in IoT, AI, Basic Electronics, Solar Energy, Robotics, and more.
      • Teacher Enablement Programs: Training modules, demo sessions, and educator toolkits to make adoption smooth and intuitive.
      • Curriculum Mapping: Our solutions are aligned with NEP 2020 and CBSE mandates, enabling seamless integration with your existing subjects.
      • Sustainability & Service: Regular maintenance, upgrade options, and warranty support to ensure long-term usability and relevance.

      Whether you’re building from scratch or upgrading your current lab facilities, Nvis acts as your technology and implementation partner, ensuring timely delivery, cost-efficiency, and impactful outcomes.

      Build a future-ready school today!

      The future of learning is hands-on, inquiry-driven, and technology-enabled. Composite Skill Labs are more than just physical spaces — they are centres of transformation, where mindsets are shaped, passions are discovered, and leadership is born.

      If your school is ready to move beyond conventional learning models and embrace a future-focused pedagogy, the time to act is now. With support from an expert partner like Nvis, you can unlock new dimensions of teaching, learning, and discovery — all while meeting national mandates and global benchmarks.

      Partner with Nvis Technologies today to set up your Composite Skill Lab — and redefine what it means to be truly future-ready.

       

      Tags: CBSE Composite Skill Lab guidelines, CBSE school lab setup requirements, Composite Skill Labs for schools, Hands-on learning tools for schools, NEP 2020 skill education in schools, PM SHRI school lab infrastructure, Practical learning equipment for classrooms, Skill lab setup in CBSE schools, Skill-based education in India

      How a modular electrical workbench prepares students for industry

      Posted on by Nvis

      The future of technical education lies in practical, hands-on training. For students pursuing technical education, mastering electrical machines is crucial for their professional development. However, conventional learning methods often rely heavily on theoretical knowledge, leaving a gap in practical understanding and application. This is where Nvis Electrical Workstation comes in—an all-in-one Electrical Machine Lab Training System designed to bridge the gap between theory and real-world implementation.

       

      A versatile learning platform for electrical machines

      Unlike traditional setups, the Nvis Electrical Workstation serves as a modular motherboard-style platform where students can perform 85+ experiments on a single system. It covers AC & DC machines, transformers, and electrical circuits and its related measurements, making it a jack-of-all-trades in electrical education. Its flexibility allows students to build a strong foundation in electrical machines while advancing their skills in a structured manner. Additionally, this platform allows for customization based on institutional needs, ensuring that educators can adapt the training experience to suit different learning levels and course structures.

      Why this training system is a game-changer

      1. Covers the fundamentals of electrical circuits and machines 

      Students can conduct experiments on motors, generators, transformers, and power circuits and Electrical Parameter Measurements gaining hands-on experience in:

      • Operational characteristics of AC/DC motors
      • Transformer efficiency and load testing
      • Voltage regulation and speed control techniques
      • Power factor improvement and fault analysis
      • Load balancing and real-time parameter observation
      • Electrical Test & Measurement Methods
      • And many other experiments can be customized using this platform

       

      1. Customizable for institutional needs

      The Nvis 7089AD Electrical Workstation can be tailored based on:

      • Batch strength: Scalable for small or large student groups, making it ideal for both individual and group experiments.
      • Lab space availability: Its compact yet feature-rich design ensures institutions can maximize their laboratory space effectively.
      • Experiment selection: Institutions can customize the system based on curriculum requirements, ensuring relevance across different courses and training programs.

       

      1. Future-proof learning scope

      This platform is designed for students at all levels. A first-year student can conduct advanced fourth-year experiments, while senior students can revisit basics for stronger conceptual clarity. This adaptability makes it an ideal long-term investment for institutions. Additionally, students are introduced to industry-relevant technologies, making them better prepared for modern workplaces where electrical systems and automation are becoming increasingly sophisticated.

      1. Seamless integration with digital learning

      Equipped with PC interpret facilities and DAQ (Data Acquisition) capabilities, the system allows:

      • Remote monitoring of electrical parameters with high accuracy
      • Graphical analysis of machine performance, helping students visualize data trends and anomalies
      • Wireless connectivity for real-time data tracking, eliminating the need for manual recordings and enhancing efficiency
      • Live simulation and remote troubleshooting, enabling students to work with digital diagnostics and predictive maintenanceBy integrating these digital tools, students gain insights into modern industrial practices, making them job-ready for a technology-driven workforce. They also learn how to analyze data patterns, improving their problem-solving and analytical skills, which are highly valued by employers.

        Real-world applications and career advantages

        Students trained on the Nvis Electrical Workstation platform will develop essential electrical engineering skills applicable across multiple industries, including:

        • Power generation and distribution
        • Manufacturing and industrial automation
        • Renewable energy systems and smart grids
        • Maintenance and fault diagnosis in electrical systems
        • Research and development in electrical technologies

        By familiarizing themselves with real-world electrical systems, students enhance their employability and gain a competitive edge in the job market.

        Elevate your institution’s electrical training

        With Nvis 7089AD Electrical Workstation, institutions can upgrade their electrical engineering labs with a future-ready, customizable training system that meets modern industry standards. Whether for technical skill-building, research, or industry collaboration, this platform provides a versatile and comprehensive solution for electrical education.

        Ready to transform your training approach? Contact us today to learn how the Nvis Electrical Workstation can revolutionize technical education in your institution!

       

      Tags: AC & DC machines training, Customizable electrical workbench, DAQ-based electrical training system, Electrical lab equipment for ITIs and polytechnics, Electrical machines practical learning, Electrical workbench, Electrical workbench training, Future-ready electrical engineering training, Hands-on electrical engineering training, Modular electrical training system, technical education lab solutions

      Preparing future technicians and engineers for Smart Energy Management

      Posted on by Nvis

      As industries move towards smarter and more efficient energy management systems, the need for skilled professionals who understand modern energy meters has never been more critical. Today’s energy meters are no longer simple devices that just measure power consumption; they have evolved into communication-enabled smart meters that provide transparent energy records, ensure power factor quality, and allow remote monitoring. The global push for energy efficiency and sustainability has made it imperative for educational institutions to integrate hands-on training in Smart Energy technologies into their curriculums.

      For students in ITIs, polytechnics, and engineering colleges, understanding the fundamentals of energy meters and smart energy management is crucial. Without hands-on experience, students may struggle to grasp the complexities of these advanced systems. This is where practical training tools come into play, providing an opportunity to work directly with real-world energy management systems.

      Three Phase Smart Energy Meter Training System

      The shift to smart meters and IoT-enabled energy management

      Traditional energy meters only recorded electricity usage, but smart meters now integrate IoT and wireless communication technologies. These meters transmit real-time data to power suppliers and consumers, helping to manage power consumption efficiently and detect faults instantly. With industries adopting smart grids and AI-driven energy management, students must learn how to interact with these new-age systems. Moreover, these meters enhance transparency by providing real-time insights into power quality, consumption trends, and inefficiencies, making energy management more streamlined than ever before.

      But the challenge remains—how do educational institutions equip students with the right knowledge and skills to handle these advanced energy meters effectively? A structured, hands-on approach is required to help learners transition from theoretical concepts to practical applications seamlessly.

      A comprehensive Smart Energy Meter training solution

      Nvis 7025E three-phase Smart Energy Meter training system is designed to provide students with real-world practical knowledge of electricity measurement using smart technology. This training system enables learners to understand the internal working of smart meters, analyze energy parameters, and detect faults in a controlled environment. By integrating actual industry-standard practices, the system ensures students are equipped with the skills needed to work in modern energy sectors.

      Key learning outcomes for students

      • Fundamentals of energy metering – Understanding three-phase and single-phase energy measurement.
      • Smart meter communication – Learning how IoT and Wi-Fi-enabled meters send real-time data.
      • Transparent energy records – Analyzing power factor quality, voltage, current, and frequency.
      • Fault simulation and troubleshooting – Identifying over-voltage, under-voltage, magnetic interference, and device casing breaches.
      • Remote monitoring and data analysis – Using graphical LCDs and dashboard software for real-time data logging and performance evaluation.


      Why should institutions invest in Smart Meter Training Tools?

      • Bridging the skill gap – Many industries seek professionals who can handle Smart Energy Management systems. This training gives students a competitive edge by providing them with real-world skills.
      • Hands-on learning – Instead of theoretical knowledge alone, students get real-time exposure to energy management and IoT-based communication, making them industry-ready.
      • Industry relevance – With increasing use of smart grids and smart meters, this training aligns with current industrial needs and ensures that students are prepared for future job opportunities.
      • Enhanced fault detection capabilities – Students learn real-time fault rectification, which is essential for future electricians and energy engineers to ensure seamless power management.
      • Energy optimization skills – Through the training, students gain insights into energy conservation techniques and learn how smart meters contribute to reducing overall energy wastage.
      • Comprehensive understanding of energy systems – This training provides students with a deeper knowledge of how energy distribution, monitoring, and control work in large-scale applications.



      Take the next step in future-ready energy education

      To ensure students gain practical, job-ready skills in energy metering and IoT-based power management, institutions must integrate modern training solutions like the Nvis 7025E. By doing so, they not only equip students with relevant technical knowledge but also contribute to building a workforce capable of supporting the transition to smart energy solutions worldwide.

      Equip your students with hands-on expertise in smart energy systems today! Contact us to learn more about how this advanced training system can transform your technical education curriculum and prepare students for the future of energy management.

      Tags: Energy meter practical training, Future-ready energy management, Hands-on smart meter learning, IoT-enabled energy meters, ITI polytechnic energy training, Power factor monitoring training, Smart Energy Meter Training, Smart meter fault detection, Technical education smart meters

      How Nvis Motor Training Workbench Enhances Practical Learning

      Posted on by Nvis

      The rapid pace of technological advancement demands a shift in technical education. While institutions like ITIs, polytechnics, and engineering colleges strive to equip students with the necessary skills, a significant deficiency persists limited access to advanced, industry-grade training tools. This disconnect between theory and practice creates a major obstacle, leaving graduates ill-prepared for the complexities of modern industry. Bridging this gap is essential for ensuring the effectiveness of technical education.

      The challenge: Bridging the gap between theory and practice

      While classrooms and labs in technical institutions provide a solid theoretical foundation, many students graduate without the practical expertise required to confidently operate advanced machinery or understand complex electrical systems. This disconnect can lead to challenges such as:

      Limited industry readiness: Graduates may struggle to meet the technical demands of modern industries, making them less employable. Employers today seek candidates who can hit the ground running, and this gap often results in extended training periods for new hires.

      Safety concerns: Inadequate hands-on training can lead to accidents when dealing with electrical systems and machinery. Ensuring that students are familiar with real-world equipment is critical for their safety and the safety of those around them.

      Outdated equipment: Many institutions still rely on old or poorly maintained tools, which fail to offer an accurate representation of modern industrial practices. This not only limits the learning experience but also creates a disconnect between academic environments and industry expectations.

      The solution: Modern, integrated training systems

      Introducing the Nvis Motor Training Workbench, an advanced training tool designed to revolutionize practical learning in electrical and mechanical engineering. This integrated workbench is tailored to meet the evolving needs of technical education, providing students with a safe, interactive, and industry-relevant learning environment. By integrating advanced technology and practical usability, this workbench addresses the core challenges faced by educators and students alike.

      Key features and benefits

      Comprehensive learning platform
      Instrument panel and working table designed for conducting a wide range of experiments in electrical machines and measurements. Students can seamlessly transition from theoretical concepts to practical applications, enhancing their understanding and retention.
      Fully integrated measuring instruments and sensors for real-time monitoring of parameters like voltage, current, speed, and power. This feature allows students to grasp complex electrical behaviors intuitively.

      Durable and safe design
      Sturdy structure made from CRC powder-coated pipes and high-quality plywood, ensuring longevity and stability even in intensive usage scenarios.
      Antistatic mat on the working area to prevent damage caused by static discharge, safeguarding both students and sensitive equipment.

      Advanced measurement and control capabilities
      Wireless PC interface using Zigbee technology for seamless monitoring, ensuring that students can access and analyze data effortlessly.
      Measurement of key parameters, including three-phase voltage, current, power, and frequency. These real-time insights are invaluable for developing a deep understanding of electrical systems.

      Why choose the Nvis Motor Training Workbench?

      For decision-makers in ITIs, polytechnics, and engineering colleges, investing in the Nvis Motor Training Workbench is a strategic move to:
      Enhance employability: Equip students with the skills needed to excel in competitive job markets. Employers are increasingly prioritizing candidates with practical, hands-on experience, and this workbench provides just that.

      Ensure safety: Provide a safe learning environment that minimizes risks during hands-on training. With built-in safety features and robust construction, the workbench ensures peace of mind for educators and administrators.

      Stay ahead: Keep your institution at the forefront of technical education with state-of-the-art tools. By adopting cutting-edge technology, you can attract top talent and establish your institution as a leader in technical education.


      Elevate the quality of education at your institution. Empower your students with the skills they need to succeed in today’s dynamic industries. By investing in modern training tools like the Nvis Motor Training Workbench, you are not just enhancing learning outcomes but also contributing to the growth of a skilled and competent workforce.

      Contact us today to learn more about how this advanced training solution can transform your institution’s approach to technical education. Let’s build a future-ready workforce together!

       

      Tags: Advanced Learning Tools, Electrical Engineering Lab, Engineering Training Tools, Future Of Technical Education, Hands On Learning, ITI Training Equipment, Nvis Motor Training Workbench, Technical Education, Vocational Training

      Why Your Electrical Training Lab needs Safety & Earthing Training.

      Posted on by Nvis

      Electrical labs serve as the foundation of technical education in ITIs and engineering colleges. These labs are where students move beyond textbooks to explore real-world applications of electrical machines, circuits, and measurements. However, with this practical learning comes significant responsibility—ensuring students understand the critical safety protocols necessary for working with high-voltage systems and sensitive equipment.

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      In the absence of proper safety training, students risk not only their own well-being but also the functionality of expensive lab equipment. Institutions have a unique opportunity to bridge this gap by creating lab environments where safety is prioritized alongside technical skills. This approach prepares students to confidently step into industrial roles, equipped with both knowledge and the ability to handle workplace challenges safely.

      Why safety training matters in electrical labs

      Working with electrical systems presents unique challenges and risks. Whether it’s high-voltage experiments or troubleshooting circuits, students must be trained to manage safety risks effectively. Without a strong emphasis on safety protocols—such as proper earthing, circuit protection, and handling electrical components—the consequences can include equipment damage, inefficiencies, or, worse, accidents.
      By integrating safety training into lab education, institutions can instill essential skills that go beyond academics, equipping students with practical know-how that aligns with industry demands.

      Why technical institutions must prioritize safety and earthing

        1. Mitigating risks in practical learning:
          Students often engage with high-voltage systems and electrical machinery during their technical education. Without proper safety measures, even a small error can have significant consequences. Teaching them to understand and implement earthing systems and protective mechanisms ensures they can minimize these risks.

       

        1. Building industry-ready professionals:
          Industries prioritize safety-conscious professionals. By embedding safety principles into the curriculum, institutions not only protect students during training but also equip them with essential workplace skills that align with industry standards.

       

        1. Enhancing awareness through hands-on learning:
          Practical demonstrations, such as earthing simulations and fuse destruction tests, make safety training more engaging and memorable. These experiences instill a deeper understanding of safety protocols compared to theoretical lessons.

       

      1. Preventing equipment damage:
        Static discharge and improper handling of electrical circuits can lead to significant damage to equipment and experimental setups. Tools like anti-static mats and protective relay systems not only safeguard the equipment but also reinforce the importance of handling systems with care.

       

      A practical solution for safety training: Nvis Safety & Earthing Training Work Bench

      The Nvis Safety & Earthing Training Work Bench is designed to address the dual needs of hands-on technical training and robust safety education. Its advanced features make it an invaluable asset for colleges striving to prioritize safety:

        • Industrial-grade safety systems: Equipped with overvoltage, undervoltage, and earth fault relays, the workbench allows students to explore critical safety mechanisms in a controlled environment.

       

        • Earthing simulations: Simulated P, N, E terminals with current flow path demonstrations enable students to understand earthing principles interactively.

       

        • Safety demonstrations: Practical experiments, such as glass fuse destruction tests, help students grasp the importance of circuit protection.

       

      Durable and safe design: With anti-static mats, sturdy construction, and accessible control panels, the workbench minimizes risks while maximizing learning opportunities.

      The impact of safety-integrated training

      Institutions that prioritize safety in their electrical labs gain several advantages:

        • Increased student confidence: Students learn to handle complex systems securely, preparing them for industrial environments.

       

        • Enhanced reputation: Colleges that emphasize safety stand out as leaders in responsible and comprehensive technical education.

       

      • Future-ready graduates: Graduates enter the workforce as professionals who understand and respect safety protocols, making them valuable assets to employers.

       

      Equip your labs for the future

      Safety is not optional—it’s the foundation of effective technical education. By integrating tools like the Nvis Safety & Earthing Training Work Bench, colleges can ensure that students gain practical knowledge while mastering critical safety protocols.

      Ready to enhance your institution’s electrical labs? Contact us today to learn more about the Nvis Safety & Earthing Training Work Bench and how it can transform your training programs.

       

      Tags: advanced workbench for engineering colleges, electrical lab safety training, electrical training lab, engineering college electrical labs, hands-on electrical training tools, importance of earthing in technical education, industrial-grade safety systems in labs, integrated workbench for ITIs, ITI electrical training equipment, practical training in electrical labs, safety & earthing training work bench, safety protocols for electrical experiments

      Nvis 2300 Quanta Sensor Trainer: A Game-Changer for Interactive Learning in Schools

      Posted on by Nvis

      In today’s rapidly changing world, the ability to solve real-world problems is just as important as understanding theoretical concepts. Schools play a vital role in nurturing curiosity and critical thinking in students, especially as they grow older and begin exploring the practical applications of their lessons. But for many educators, the challenge lies in turning classroom theory into actionable knowledge that excites and engages young minds.

       

      The challenge: Making learning real and relevant

      Traditional teaching methods often leave students with a purely theoretical understanding of concepts like sensors, environmental monitoring, or motion detection. While these topics are fascinating in themselves, they can seem abstract or disconnected from everyday life.

      The result? Students miss out on opportunities to develop essential skills like observation, experimentation, and data interpretation—skills that are crucial for their academic growth and future careers.

      Nvis 2300 Quanta Sensor Trainer: A practical approach to transformative learning

      What if students could measure and analyze light using a simple sensor? Or monitor changes in temperature and visualize the data in real time? The Nvis 2300 Quanta Sensor Trainer brings these experiences to life.

      The Quanta Lab is a universal platform that encompasses the fundamentals of Physics, Chemistry, and Biology, offering a comprehensive approach to understanding the core principles of these sciences using different Sensors.

      This innovative tool is designed for students as young as Class 6, enabling them to explore key concepts such as:

      • Understanding vibrations and detecting motion using specialized sensors.
      • Observing environmental factors like temperature and light.
      • Learning how real-world systems respond to changes through fire detection and voltage monitoring.

      The Nvis 2300 Quanta Sensor Trainer encourages students to interact with hands-on tools, empowering them to explore concepts in a way that feels tangible and engaging. Through its user-friendly interface and real-time data visualization software, young learners can directly see how the technologies they study are applied in the real world.

      Benefits for schools

      For schools and decision-makers, introducing tools like the Nvis 2300 Quanta goes beyond curriculum requirements. It’s about fostering a culture of curiosity and confidence in problem-solving. Schools that invest in interactive and practical tools set themselves apart by equipping students with experiences that nurture analytical thinking and creativity.

      By making learning dynamic and relevant, schools help students build valuable skills, opening doors to future opportunities and encouraging a lifelong love of exploration.

      Take action: Transform learning in your classrooms

      Creating meaningful learning experiences starts with the right resources. With tools like the Nvis 2300 Quanta Sensor Trainer, you can empower your students to bridge the gap between classroom concepts and real-world applications.
       

      Tags: classroom innovation, educational technology, engaging classrooms, hands-on learning tools, interactive learning, learning by doing, Nvis 2300 Quanta Sensor Trainer, practical education, practical training equipment, problem-solving tools, real-world applications, school leadership, sensor trainer for schools, Student Skill Development, young innovators

      Experiental Learning

      Posted on by Nvis

      School education through spontaneous research practices has now reached a certain level where the focus is more on classroom lectures and little to no hands-on exposure to the subjects being taught. Often laboratory experiments are treated as a part of curriculum requisites and hence are void of creativity and innovations. Back in the days, when formal education procedures were under development, learning was centric on experiences rather than just a well-decorated collection of information. In the modern context, those orthodox practices are termed experiential learning.

      Modern-day education system revolves around the concept of classroom lectures devoting most of their time to imparting bookish knowledge. Although monotonous, the resultant scenario has its origin in several factors that were peculiar in the past. Firstly, the count of students in the present state is huge limiting the accessibility and availability of resources. Secondly, the school has to run on a specific budget thus driving the adoption of economically viable approaches. Thirdly, the pattern of examinations and cut-throat competition together victimize the students towards theoretical expertise. But the learning of students is above all has to be effective and far-reaching.

      Hands-on learning common for experiential learning provides students with an opportunity to explore the practical aspects of the subjects that are being taught in the classroom setting making it much more effective.  A typical classroom consists of different categories of learners. According to an article by Poonam Kharb et al published in the Journal of Clinical and Diagnostic Research on June 7, 2013, Kinesthetic learners were the most common type of learners in their study of 100 medical students. This type of learner is strongly benefitted by the hands-on learning scheme. Thus, experiential learning must be a matter of concern for every classroom teaching strategy.

      Nvis Technologies Pvt. Ltd. provides a range of products under the domains of Physics, Robotics, Artificial Intelligence and the Internet of Things. The educational trainers are meant for deep-down studies following a practical experience. Our products render high-quality standards and are suitable for students at the secondary level to take their learning practice to a whole new level.

      Robotics in school education

      Posted on by Nvis

      An effort to kindle creativity & curiosity in young minds

      Robots have always fascinated and even scared!!! the children through movies like Star Wars, Terminators & Transformers, its presence elsewhere in the surroundings like malls & restaurants and are even available as toys.  Robots easily attract the attention of these children which otherwise is hard to achieve when it comes to educating them. So, incorporating Robotics as a subject in school curriculum would aware them about this technology and would aid in the study of STEM subjects making their education fun and effective.

      Robotics is a combination of curiosity, creative thinking, problem-solving and computer programming which at an advanced level goes on to absorb machine learning and artificial intelligence too. Robots are designed and operated according to the principles of physics and mechanics. So there are endless possibilities of learning and exploration.

      Goals of experiential learning are accomplished with hands-on projects on robotics as it covers STEM subjects thoroughly leading to better understanding. For example, students get to practically come across the motors used in robot’s movement which they study in Physics. Robots like humans are equipped with sensors to calculate their surrounding condition in order to take decisions. These sensors work on basic principles of physics and electronics engineering. So, a whole new world of sensor studies could be explored and could even lead to students developing self-designed sensors.

      NVIS 3302ARD RoboCar

      What could be more appealing than this for teachers and parents??

      Robotics holds an immense scope in future technology market. Equipping students with the necessary skills right from the school age could prepare them to be future-proof. Robotics as a career is a promising option and studies suggest that Robotics Experts would be in greater demand in the upcoming decade as compared to what seems to be a lucrative career in the current scenario.

      Although abundantly appearing, the concept of robotics even now seems to be a futuristic technology. This showcases a gap between its awareness and the so-called technological beings i.e. us!! So, the robotics education in schools would bridge this gap.

      Nvis Technologies Pvt. Ltd. has been working on Robotics from quite long. Our extensive range of products under the robotics domain allows learning and exploration right from the basic concepts to an advanced level of understanding. These products are indigenously designed and developed to solve the purpose of Robotics education and awareness among school and college students. These products are easy to understand and come with extensive learning material and are user-friendly.

      The Growing need for EV Labs

      Posted on by Nvis

      Electric vehicles are becoming an increasingly popular mode of transportation, with many countries and cities setting targets to phase out gas-powered vehicles in the coming years. As the world moves towards a more sustainable future, it’s important to educate the next generation about the benefits and upkeep of electric vehicles. One way to do this is by implementing EV labs in the education sector.


      EV labs need to be set up soon in universities, colleges, and technical schools, allowing students to gain hands-on experience on electric vehicle technology. These will be used for a variety of purposes, such as teaching students about the design, construction, and maintenance of electric vehicles, as well as exploring their environmental and economic benefits.


      As the demand for electric vehicles increases, there is a growing need for skilled manpower who can design, build, and maintain these vehicles. Nvis Technologies Pvt. Ltd. has been a pioneer in developing Lab training solutions for electric vehicles for education sectors. Nvis provide different platforms to enhance education, training, skills & development with its product range comprising of Electric Vehicle Training System, Battery Characteristics & Management Training System, BLDC (Brushless DC) Motor Training System, PMDC Machine Lab, Regenerative Charging and Braking Training System and many more.

      One of the key benefits of implementing Nvis EV labs in the education sector is that it can help to bridge the skill gap in the electric vehicle industry. By providing students with the opportunity to work with Nvis electric vehicles solutions, it will help to create a new generation of electric vehicles experts who can lead in developing the technology further. Another benefit of Nvis EV labs is that it can help to raise awareness about the benefits of electric vehicles. By allowing students to experience the quiet, efficient, and environmentally friendly nature of electric vehicles, itwill help encourage more people to make the switch to electric vehicles soon, leading to a cleaner and more sustainable world.

      Implementing Nvis EV labs in the education sector can also help stimulate innovation in the electric vehicles industry. By providing students with the resources, knowledge and support they need to experiment with electric vehicles technology, it will encourage them to think creatively and come up with new ideas and solutions for the industry. This will help to drive progress and innovation in the industry, leading to new and improved Electric vehicle technology.

      Overall, the implementation of Nvis EV labs in the education sector will have numerous benefits, including bridging the skills gap in the electric vehicle industry, raising awareness about the benefits of electric vehicles, and inspiring innovation in the industry. By providing students with hands-on experience with Nvis electric vehicles training solutions, it will help to create a more sustainable and innovative future for all.