Which lab supports advanced computing and simulations on campus of LPU? ?

Lovely Professional University (LPU) empowers students and researchers with high-end computing capabilities through its advanced High-Performance Computing (HPC) infrastructure. A standout feature is the NVIDIA DGX A100 AI data center—North India’s first of its kind—equipped with 160?GB of GPU memory, powerful 64-core CPUs, and large-scale RAM and storage configurations. This setup is purpose-built for intensive AI workloads, deep learning, scientific simulations, and large-scale data processing. By integrating such a robust system into its academic ecosystem, LPU enables students to conduct complex research, run computational models, and explore next-generation technologies in real time. Beyond AI and simulation capabilities, LPU also offers a broad range of specialized computing labs that support practical learning and professional skill development. These include Apple iMac labs for creative computing, cloud and DevOps centers in collaboration with industry leaders like Google, VMware, Dell EMC, Intel, and Cisco, and a Digital VLSI Design Lab equipped with Cadence and FPGA toolsets. These labs create a hands-on environment for students pursuing careers in software development, embedded systems, hardware design, and network architecture. Together, these resources ensure that students have access to real-world tools and computational power to innovate, prototype, and build scalable solutions aligned with industry standards.

hi, Lovely Professional University supports advanced computing and simulations through its state-of-the-art HPC and specialized computing labs. These include a dedicated NVIDIA DGX A100 AI data center—North India’s first—featuring 160?GB GPU memory, 64?core CPUs, and extensive RAM and storage ideal for AI, deep learning, and simulation tasks . The campus also houses iMac labs, DevOps and cloud computing centers in partnership with Google, VMware, Dell EMC, Intel, and Cisco, along with a Digital VLSI Design Lab with Cadence and FPGA tools. Collectively, these facilities give students access to high-performance computational environments for research, software development, and real-world simulations.

LPU provides robust infrastructure to support advanced computing and simulations. Its High-Tech Computer Labs are equipped with the latest hardware and software, specifically designed for intensive tasks such as programming, Artificial Intelligence, data analytics, and cloud computing. These labs serve as crucial environments for students and researchers to engage in complex computational projects. Furthermore, LPU's commitment to cutting-edge research is evident through facilities like the Central Instrumentation Facility (CIF), which houses sophisticated instruments that can support various high-end computational analysis in conjunction with experimental work. The university also emphasizes practical exposure through specialized labs for Machine Learning, IoT, and data science, ensuring students gain hands-on experience with advanced simulation tools and platforms relevant to industry demands.

Lovely Professional University supports advanced computing and simulation through a high?performance computing infrastructure housed within its Computer Science & Engineering (CSE) and Information Technology departments. This includes dedicated **Virtualization & Cloud Computing Labs**, along with a **Google Lab** and **Cisco Lab**—equipped with enterprise-grade servers, networking, cloud platforms, and virtualization environments—for hands-on experimentation with distributed systems, network architectures, and scalable computing . On the hardware front, LPU maintains a **High-Performance Computing (HPC) Lab**, featuring GPU-accelerated rack servers available 24/7, alongside more than 60 high-end Intel i5/i7 desktop machines. This setup enables robust parallel processing and computational simulations crucial for AI, data analytics, financial modeling, scientific simulations, and engineering applications These computing facilities integrate seamlessly with global industry tools and certifications—such as VMware, AWS, Microsoft, Dell EMC, Cisco, and Google—through established Centres of Excellence, ensuring students gain practical, up-to-date exposure . Together, they empower learners to design scalable architectures, run complex simulations, perform data-intensive tasks, and innovate in emerging technologies—all within a research?ready, industry-aligned environment.

The Advanced Computing and Simulations Lab at LPU is a central facility that supports high-performance computing (HPC), complex simulations, and large-scale data processing across disciplines. It houses a cluster of high-end servers and nodes with multi-core CPUs, GPUs, and parallel computing architectures. Students and researchers can run computationally intensive tasks—such as fluid dynamics simulations, finite element analysis, large-scale machine learning, and computational chemistry—on this infrastructure. The lab is equipped with software tools like MATLAB, ANSYS, COMSOL, Abaqus, TensorFlow, and Python libraries, enabling both numerical modeling and scalable compute-intensive projects. Usage of this lab spans multiple departments, with heavy utilization by Mechanical, Civil, and Aerospace Engineering for structural and thermal simulations, Electrical & Electronics for circuit modeling and signal processing, and Computer Science & IT for AI, data analytics, and machine learning research. Interdisciplinary collaborations also leverage this facility—business analytics groups model big data trends, while biotech teams use it for bioinformatics and genome sequencing analysis. With on-hand technical staff and scheduled training sessions, the lab ensures students and faculty can efficiently harness computing power to drive innovation across academic and research activities at LPU.

If you’re into high-end tech stuff like simulations, data analysis, or anything that needs serious computing power, then the High-Performance Computing Lab at LPU is where all the magic happens. It’s honestly one of the coolest places on campus if you’re into coding, AI, machine learning, or even scientific modeling. The lab is packed with powerful systems and advanced software that let you run complex simulations and work on big data projects without your laptop crashing every five minutes. What’s great is that it’s not just for computer science students—people from different departments use it for research and projects, so it’s got this really collaborative vibe. The faculty there are super helpful too, and they actually encourage you to explore and experiment instead of just sticking to the syllabus. It’s the kind of place where you can really push your limits and try out ideas you’ve been curious about, and that makes it feel more like a creative playground than just another lab.