Infrastructure
- Ansys
Ansys simulation tools enable students across mechanical, aerospace, electronics, and robotics programs to analyse real-world engineering systems with precision. Integrated into coursework and projects such as Formula Bharat and drone development, it strengthens problem-solving abilities and aligns with industry practices through collaborations involving advanced design and simulation workflows.
Tools available – Fluent (CFD), Mechanical (FEA), HFSS (Electromagnetics), Maxwell (Electromagnetic field simulation), LS-DYNA (Explicit dynamics), Icepak (Thermal analysis), Discovery (Real-time simulation), Twin Builder (Digital twins).
- Cadence
Cadence tools support VLSI, embedded systems, and electronics programs by providing industry-grade platforms for chip design and verification. Students gain hands-on exposure aligned with semiconductor industry standards, contributing to research in electronics and enabling outcomes in system-level design and interdisciplinary innovation.
Tools available – Virtuoso (Custom IC design), Spectre (Circuit simulation), Innovus (Digital implementation), Genus (Synthesis), Allegro (PCB design), OrCAD (PCB design suite), Tempus (Timing analysis), Xcelium (Verification).
- MATLAB
MATLAB serves as a foundational computational platform across engineering disciplines, supporting data analysis, algorithm development, and system modelling. It is extensively used in AI, geoinformatics, and mobility research, enabling students to develop analytical thinking and apply mathematical concepts to real-world engineering challenges.
Tools available – Simulink (Model-based design), Control System Toolbox, Signal Processing Toolbox, Image Processing Toolbox, Deep Learning Toolbox, Communications Toolbox, Satellite Communication Toolbox, Optimization Toolbox, Simscape (Physical system modelling).
- 3D Experience
The 3DEXPERIENCE platform integrates design, simulation, and product lifecycle management, supporting multidisciplinary engineering education. Through industry collaborations such as those with EDS Technologies, students engage in collaborative design environments, contributing to projects like electric vehicles and advanced mechanical systems.
Tools available – CATIA (Design & CAD), SIMULIA (Simulation), DELMIA (Manufacturing & production), ENOVIA (Product lifecycle management), BIOVIA (Scientific simulation), NETVIBES (Data analytics).
- Ground Station
The Chanakya University Ground Station is a dedicated facility for satellite tracking and space communication research. Currently, the ground station is equipped with VHF/UHF cross Yagi-Uda antenna systems, precision antenna rotators, and advanced Software-Defined Radio (SDR) technology for real-time satellite signal reception and analysis. This facility enables students and faculty to actively work on telemetry, tracking, and communication with Low Earth Orbit (LEO) satellites. As a core component of the ChanakyaSAT initiative, the centre directly supports hands-on learning in satellite communication, signal processing, and space systems engineering.
- Ideation and Design Thinking Lab (Makers Space)
The makers space fosters innovation from the first year, enabling students to translate ideas into functional prototypes. Equipped with 3D printers and benchtop fabrication tools, it supports early-stage design thinking, interdisciplinary collaboration, and student-driven projects such as drones and electric vehicles, reinforcing experiential learning and creativity.
- High Performance Computing (HPC)
The HPC facility provides the computational backbone for advanced simulations, AI model training, and large-scale data analysis. It supports research in artificial intelligence, algorithm design, and geoinformatics, enabling students to work on complex, computation-intensive problems aligned with emerging industry and research demands.
- Manufacturing Lab
The manufacturing lab offers hands-on experience with CNC milling, CNC turning, and laser cutting technologies, bridging design and production. Students gain practical exposure to modern manufacturing processes essential for mechanical, aerospace, and mobility programs, directly supporting projects like Formula Bharat and enabling a strong understanding of engineering realization.
- Wind Tunnel and Dynamics Lab
The wind tunnel and dynamics lab enables experimental analysis of aerodynamic behaviour and fluid dynamics. It plays a crucial role in aerospace and automotive projects, allowing students to validate simulations, test prototypes, and develop a deeper understanding of real-world performance in applications such as racing vehicles and UAV systems.
- Engineering Labs (Computer Science, Electrical, and Mechanical Sciences)
Dedicated engineering laboratories provide comprehensive hands-on learning across core disciplines. These labs support programming with over 450 computers, circuit design, embedded systems, and mechanical experimentation, ensuring strong foundational skills.
They are integral to achieving student outcomes related to problem-solving, teamwork, and interdisciplinary design, while also supporting research initiatives and industry-relevant skill development.