How Does LPU offer hands-on lab sessions for new and emerging technologies?

How Does LPU offer hands-on lab sessions for new and emerging technologies? ?

Om Shivarame , 25 Jul 2025

16 Answers

LPU has built an infrastructure that makes hands-on lab sessions a central part of its learning model, especially for new and emerging technologies. The university has established a range of industry-supported labs and Centers of Excellence in collaboration with global companies like Microsoft, Google, Cisco, Intel, Bosch, and SAP. These labs are equipped with the same tools, hardware, and software used in professional environments, so students can practice on real-world platforms rather than outdated simulations. Areas like artificial intelligence, Internet of Things, robotics, cloud computing, cybersecurity, and augmented reality are taught through guided lab work, where theory immediately translates into practice. Students attend regular lab sessions that are tied to their coursework, but many programs also include open-lab hours where they can experiment beyond the syllabus, work on personal projects, or explore emerging technologies independently. Faculty members who run these labs often undergo specialized training from industry partners, ensuring the instruction aligns with the latest standards. For example, students might work on configuring networks in a Cisco lab, develop IoT prototypes in a Bosch setup, or practice app development in a Google-supported environment. LPU also integrates live projects, hackathons, and mini-industry assignments into lab sessions. Instead of only completing textbook experiments, students solve real problems using cutting-edge tools, which builds both confidence and job-ready expertise. These labs are designed to simulate workplace scenarios, teaching students how to collaborate, troubleshoot, and think creatively. By combining structured curriculum labs, industry collaborations, and exploratory opportunities, LPU ensures that every student gets immersive, hands-on experience with the technologies shaping today’s and tomorrow’s industries, giving them a competitive edge in the job market.

Lovely Professional University (LPU) places a strong focus on practical learning by offering extensive hands-on lab sessions in emerging technologies. To facilitate this, the university has set up advanced, industry-standard laboratories and Centers of Excellence in partnership with global tech leaders like Microsoft, Google, IBM, and Intel. These specialized labs are fully equipped with cutting-edge tools and infrastructure, enabling students to receive in-depth training in high-demand fields such as artificial intelligence, machine learning, cybersecurity, IoT, robotics, data science, and cloud computing. Students regularly engage in real-time projects, simulations, and case studies that reflect actual industry scenarios, often under the mentorship of both faculty members and visiting industry experts. Incorporating lab-based learning directly into the curriculum, LPU ensures that students actively participate in regular practical sessions, technical workshops, and hackathons. This immersive approach bridges the gap between theoretical knowledge and real-world application, encouraging students to think critically and solve complex problems using modern technology. By combining academic instruction with experiential learning, LPU equips students with the hands-on skills and confidence needed to meet the evolving demands of the tech industry.

LPU offers extensive hands-on lab sessions for new and emerging technologies to ensure students gain practical exposure alongside theoretical knowledge. The university has established advanced, industry-standard laboratories and Centers of Excellence in collaboration with leading tech companies such as Microsoft, Google, IBM, and Intel. These labs are equipped with modern tools and infrastructure to support hands-on training in areas like artificial intelligence, machine learning, cybersecurity, IoT, robotics, data science, and cloud computing. Students work on real-time projects, case studies, and simulations that mirror industry scenarios, often guided by both faculty and industry professionals. LPU also integrates lab-based learning into its curriculum, making it mandatory for students to engage in regular practical sessions, workshops, and hackathons. This approach bridges the gap between academic concepts and real-world applications, preparing students for technological innovation and industry challenges.

hi, Lovely Professional University (LPU) provides hands?on lab sessions for new and emerging technologies through state?of?the?art infrastructure. The university maintains specialized labs for AI, robotics, Internet of Things (IoT), cybersecurity, blockchain, and cloud computing. Students engage in practical coursework and real?world projects using modern hardware and software tools. Faculty design lab assignments that mirror current industry scenarios and encourage experimentation. Many courses include weekly lab hours, mini?projects, and capstone initiatives that require building prototypes, automating systems, or developing data?driven applications. Collaborative lab workshops, peer learning sessions, and hackathon?style challenges locally enrich the environment. This approach ensures students gain hands?on mastery of cutting?edge technologies.

Lovely Professional University emphasizes hands-on lab sessions as a key way to teach students about new and emerging technologies, ensuring that learning goes beyond theory and into practical application. The university has invested heavily in state-of-the-art labs and Centers of Excellence in collaboration with companies like Microsoft, IBM, Intel, Cisco, Bosch, and VMware, where students work directly on the latest tools, platforms, and hardware. These labs are equipped with advanced software for fields like artificial intelligence, blockchain, data analytics, IoT, cloud computing, and robotics, and students are encouraged to experiment with real-time projects, simulations, and problem-solving exercises. Many courses integrate lab components from the first year, with sessions aligned to current industry demands—meaning as new technologies like generative AI, edge computing, or fintech solutions emerge, related modules and labs are updated to keep pace. Faculty trained by industry partners guide students through structured lab work, live demonstrations, and open-ended exploratory tasks that allow them to develop confidence using cutting-edge tools. Regular hackathons, bootcamps, and prototype-building sessions are hosted in these labs, giving students opportunities to apply skills creatively to real-world challenges. The hands-on approach is reinforced by industry certifications embedded into lab activities, so students gain credentials alongside their degree. Many projects done in these labs evolve into startups, research papers, or solutions adopted by partner companies, further validating the importance of these sessions. By making labs a core part of every program and keeping the infrastructure aligned with global tech trends, LPU ensures students graduate with not only theoretical knowledge but also the practical experience and adaptability needed to handle rapidly evolving technologies in their future careers.

hi Lovely Professional University (LPU) prioritizes experiential learning by providing comprehensive practical lab sessions centered on advanced technologies. The university has created specialized Centers of Excellence that feature cutting-edge hardware and licensed software for areas including artificial intelligence, machine learning, IoT, robotics, blockchain, and big data analytics. In these labs, students work with authentic datasets and perform prototype experiments employing tools such as TensorFlow, Raspberry Pi, Arduino, Docker, and Kubernetes. This hands-on experience connects classroom theories with their practical uses in the real world. Lab sessions are smoothly incorporated into the curriculum as a component of project-based work, motivating students to work together on assignments throughout the semester and on capstone projects. Faculty members and industry professionals lead these sessions, mentoring students in essential topics such as version control, documentation standards, and software testing techniques. Moreover, LPU conducts frequent bootcamps and hackathons in its innovation labs, providing rigorous learning opportunities that encourage students to create and implement functional models swiftly. This method not only improves technical skills but also builds problem-solving confidence, equipping students to succeed in fast-paced, technology-focused professions.

hey, Modern facilities and solid industry partnerships enable LPU to offer comprehensive hands-on lab sessions for new and developing technologies. The institution has Centers of Excellence and specialized labs that are frequently created in collaboration with major international tech companies like Cisco, Google, IBM, and Microsoft. Industry-grade gear and licensed software related to AI, IoT, Blockchain, cloud computing, data science, and robotics are available in these labs. In these cutting-edge labs, students work on real-time projects, simulations, and practical experiments. This enables individuals to put their theoretical knowledge into practice, use the same equipment that professionals use, and hone their practical abilities.

hey, Modern facilities and solid industry partnerships enable LPU to offer comprehensive hands-on lab sessions for new and developing technologies. The institution has Centers of Excellence and specialized labs that are frequently created in collaboration with major international tech companies like Cisco, Google, IBM, and Microsoft. Industry-grade gear and licensed software related to AI, IoT, Blockchain, cloud computing, data science, and robotics are available in these labs. In these cutting-edge labs, students work on real-time projects, simulations, and practical experiments. This enables individuals to put their theoretical knowledge into practice, use the same equipment that professionals use, and hone their practical abilities.

LPU provides extensive hands-on lab sessions for new and emerging technologies through state-of-the-art facilities and strong industry collaborations. The university has specialized labs and Centers of Excellence, often established in partnership with global tech leaders like Microsoft, Google, IBM, and Cisco. These labs are equipped with industry-grade hardware and licensed software relevant to fields like AI, IoT, Blockchain, Cloud Computing, Data Science, and Robotics. Students engage in practical experiments, simulations, and real-time projects in these advanced labs. This allows them to apply theoretical knowledge, work with the same tools used by professionals, and develop tangible skills. LPU also integrates certification programs directly into lab work, ensuring students gain both practical experience and industry-recognized credentials, making them highly competent and job-ready for the rapidly evolving tech landscape.

Hello there, LPU is honestly quite active when it comes to offering hands-on lab sessions, especially in trending areas like AI, machine learning, robotics, IoT, cybersecurity, and cloud computing. The labs here aren’t the typical outdated setups you find in many colleges—they're modern, well-equipped, and designed to make you actually work on real tools and technologies rather than just theory. What I found great is that many of these labs are developed in collaboration with top companies. For example, there are specific labs powered by companies like Bosch for automotive tech, or Intel and Microsoft for AI and IoT-based work. Students get to do live experiments, build projects, and access cloud platforms like AWS and Azure as part of their coursework. There’s also a strong emphasis on learning by doing, so whether it’s through capstone projects, minor projects, or practical assignments, you’re almost always working hands-on. Some of my friends in CSE and ECE even got to tinker with drones and build smart devices as part of their lab modules. So if you're someone who learns better by building things or testing stuff out practically, LPU’s setup really supports that approach to learning. I hope this helps.

Hello there, LPU is honestly quite active when it comes to offering hands-on lab sessions, especially in trending areas like AI, machine learning, robotics, IoT, cybersecurity, and cloud computing. The labs here aren’t the typical outdated setups you find in many colleges—they're modern, well-equipped, and designed to make you actually work on real tools and technologies rather than just theory. What I found great is that many of these labs are developed in collaboration with top companies. For example, there are specific labs powered by companies like Bosch for automotive tech, or Intel and Microsoft for AI and IoT-based work. Students get to do live experiments, build projects, and access cloud platforms like AWS and Azure as part of their coursework. There’s also a strong emphasis on learning by doing, so whether it’s through capstone projects, minor projects, or practical assignments, you’re almost always working hands-on. Some of my friends in CSE and ECE even got to tinker with drones and build smart devices as part of their lab modules. So if you're someone who learns better by building things or testing stuff out practically, LPU’s setup really supports that approach to learning. I hope this helps.

Hello there, LPU is honestly quite active when it comes to offering hands-on lab sessions, especially in trending areas like AI, machine learning, robotics, IoT, cybersecurity, and cloud computing. The labs here aren’t the typical outdated setups you find in many colleges—they're modern, well-equipped, and designed to make you actually work on real tools and technologies rather than just theory. What I found great is that many of these labs are developed in collaboration with top companies. For example, there are specific labs powered by companies like Bosch for automotive tech, or Intel and Microsoft for AI and IoT-based work. Students get to do live experiments, build projects, and access cloud platforms like AWS and Azure as part of their coursework. There’s also a strong emphasis on learning by doing, so whether it’s through capstone projects, minor projects, or practical assignments, you’re almost always working hands-on. Some of my friends in CSE and ECE even got to tinker with drones and build smart devices as part of their lab modules. So if you're someone who learns better by building things or testing stuff out practically, LPU’s setup really supports that approach to learning. I hope this helps.

LPU gives a lot of importance to practical learning and hands-on experience. The university has advanced labs for almost every department like CSE, Mechanical, Biotechnology, Design, Agriculture, and more. For new and emerging technologies like Artificial Intelligence, Machine Learning, Robotics, IoT, and Data Science, LPU has smart labs with updated tools and software. Students get direct access to work on live projects, simulations, and real-time data under expert guidance. Apart from regular labs, LPU also has tie-ups with top tech companies like Microsoft, Google, Intel, Cisco, and others. These industry collaborations help students get certified training and lab sessions based on real-world technology. Students are not just taught theory, they are encouraged to build, experiment, and even present their innovations. LPU also organizes tech fests, hackathons, workshops, and coding events where students explore and apply new technologies. Faculty members support students with mini-projects and startups. The university believes in “learning by doing,” so whether it’s AI models or robotics hardware, students always get practical exposure. Even during internships, LPU ensures students apply what they learned in labs. This kind of hands-on training makes students industry-ready and helps them build strong confidence in future technologies.

Lovely Professional University (LPU) places a strong emphasis on experiential learning by offering extensive hands-on lab sessions focused on cutting-edge technologies. The university has established specialized Centers of Excellence equipped with advanced hardware and licensed software for domains such as artificial intelligence, machine learning, IoT, robotics, blockchain, and big data analytics. Within these labs, students engage with real-world datasets and conduct prototype experiments using tools like TensorFlow, Raspberry Pi, Arduino, Docker, and Kubernetes. This practical exposure helps bridge the gap between classroom concepts and their real-world applications. Lab sessions are seamlessly integrated into the curriculum as part of project-based coursework, encouraging students to collaborate on semester-long assignments and capstone projects. These sessions are guided by faculty members and industry experts who mentor students in key areas like version control, documentation standards, and software testing practices. Additionally, LPU organizes regular bootcamps and hackathons in its innovation labs, offering intensive learning experiences that push students to build and deploy functional models in a short span of time. This approach not only enhances technical proficiency but also instills problem-solving confidence, preparing students to excel in dynamic, tech-driven careers.

LPU offers extensive hands-on lab sessions tailored to new and emerging technologies, ensuring that students gain practical experience alongside theoretical learning. Dedicated Centers of Excellence are equipped with the latest hardware and licensed software for fields like artificial intelligence, machine learning, IoT, robotics, blockchain, and big data analytics. Students regularly work on real-world datasets, prototype experiments, and simulation projects in these labs, allowing them to apply and experiment with tools such as TensorFlow, Raspberry Pi, Arduino, Docker, and Kubernetes. Lab sessions are embedded within the curriculum as project-based coursework, enabling students to work individually or in teams on semester-long assignments and capstone projects. Faculty and industry mentors guide these sessions, ensuring that students follow best practices in version control, documentation, and testing. In addition, LPU arranges bootcamps and hackathons hosted in its innovation labs, offering intensive, immersive experiences where students rapidly build working models using emerging technologies. This hands-on approach ensures that learners not only understand the theory but also develop the confidence and practical skills needed to innovate in fast-evolving tech environments.