Digital Logic Design & Embedded Systems Labs
The Digital Logic Design (DLD) & Embedded Systems Labs at SST bridges foundational concepts of digital logic with modern applications in IoT, robotics, embedded systems, and cybersecurity. It provides students with hands-on experience, taking them from basic digital circuits to advanced cyber-physical systems.
The lab is equipped with DLD trainer boards, microcontrollers (Arduino, ESP32, STM32, Raspberry Pi 5), IoT devices, robotics kits, drones, and specialized security tools (Hack RF, Uber tooth, Rubber Ducky). These resources enable practical exploration of logic design, embedded computing, IoT ecosystems, and IoT security.
Students and researchers engage in projects such as smart home automation, robotics navigation, environmental monitoring, energy management, UAV-based surveillance, and IoT security demonstrations.
By blending fundamentals with cutting-edge technologies, the DLD Lab nurtures innovation, problem-solving, and research, preparing graduates for careers in electronics, embedded systems, networking, and cybersecurity.
Robotics & Maker Space Lab
The Robotics & Maker Space Lab at SST (established in 2024) provides a dynamic environment for innovation, prototyping, and research in areas such as 3D printing, drone technology, image processing, IoT, and automated machine design. It enables students and faculty to experiment, design, and develop real-world projects with hands-on access to advanced tools.
The lab is equipped with 3D printers, high-performance workstations, drones, and AI-powered monitoring devices, supporting projects in real-time human detection, environmental monitoring, and smart machine development. Students actively showcase their innovations at major technology expos such as Future Fest.
Future plans include expanding 3D printing capabilities (resin and metal), integrating AI-driven drone imaging, and advancing research in robotics, IoT, and industrial automation, strengthening the lab’s role as a hub for practical learning and applied research.
High Performance Computing (HPC) Lab
The High-Performance Computing Lab at SST provides state-of-the-art facilities for advanced research and learning. Equipped with high-end CPUs, GPUs, and large storage capacity, the lab supports large-scale computations, artificial intelligence, and data-intensive projects.
Students and researchers use the lab for deep learning, machine learning, computer vision, natural language processing, and advanced simulations. Current projects include data analysis, emotion detection for surveillance, road monitoring, DDoS mitigation, and threat intelligence.
With dedicated systems optimized for parallel processing and GPU acceleration, the HPC Lab empowers innovation and prepares students to tackle real-world computing challenges.
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General Computing Labs
The General Computing Labs at SST form the backbone of academic computing, providing open access for all students across programs. Unlike specialized labs, these facilities support a wide range of learning and skill development needs.
Students use the labs for programming (C, C++, Java, Python, etc.), IT skills, assignments, group study, research, and accessing digital resources. Equipped with hundreds of high-performance systems across multiple campuses, the labs run a comprehensive suite of software tools covering:
- General productivity (MS Office, Visio, Project, Camtasia)
- Programming & development (Visual Studio, JDK, Android Studio, SQL Server, Oracle, MySQL, Unity, etc.)
- Engineering & mathematical tools (MATLAB, AutoCAD, Ansys, ETAP, Multisim, Proteus, SAP2000, etc.)
- Graphics & design (Adobe Creative Cloud, CorelDraw, 3D Max, Maya, SketchUp, Revit)
- Research & analytics (SPSS, Endnote, NVivo, RStudio, Mathematica, Minitab, EViews, Stata)
With state-of-the-art computing resources and updated software environments, these labs provide students with the practical foundation required to excel in coursework, projects, and industry-relevant skills.
AR/VR Labs
The Augmented and Virtual Reality (AR/VR) Labs at SST is being established as a hub for immersive learning, research, and innovation. It will provide cutting-edge facilities for students, faculty, and industry partners to explore and develop next-generation AR/VR applications across diverse domains such as engineering, healthcare, education, gaming, and simulation.
The lab will feature advanced equipment including CAVE immersive projection systems, high-performance workstations, VR headsets, haptic devices, motion tracking systems, and industry-standard development software. These resources will support hands-on learning, research in realistic simulations, interactive technologies, and user experience studies.
Planned activities include student projects, faculty-led research, industry workshops, and collaborative product development, positioning the AR/VR Lab as a center of excellence for immersive technologies and real-world innovation.
