• Webinar: HVAC System Optimization & Leak Prevention in COMSOL

    This webinar aims to explore the modeling capabilities of the COMSOL Multiphysics® software for HVAC and building performance applications, covering effects such as conjugate heat transfer, moisture transport, and solar radiation. Live demonstrations will show how to simulate airflow through duct and piping networks, predict flow, temperature, and humidity distributions, and account for HVAC control […]

  • Ansys webinar: STEM Racing for Teachers

    The webinar STEM Racing for Teachers: CFD with Ansys Discovery, aims to introduce teachers and mentors to the use of Ansys Discovery for aerodynamic analysis in STEM Racing projects. The session explores how real-time simulation supports the design–test–make workflow, helping students evaluate airflow and design trade-offs, make data-informed decisions, and gain practical experience with simulation. […]

  • Mathworks webinar: Wideband Wireless Systems

    The webinar Wideband Wireless Systems: From Simulation to Hardware with MATLAB and NI USRP,  jointly hosted by MathWorks and National Instruments, aims to explore workflows for prototyping and testing wideband wireless systems using MATLAB and NI USRP hardware. It covers over-the-air testing, Wireless Testbench capabilities, radio I/O, signal transmission and capture, and FPGA-based prototyping, with […]

  • Webinar: The Basics of COMSOL Multiphysics® in 18 Minutes

    This webinar aims to introduce the fundamentals of multiphysics modeling using COMSOL Multiphysics®. Attendees will gain an overview of setting up and solving a simulation through the Model Builder, using a thermal actuator example involving Joule heating and thermal expansion. The session also covers creating simulation applications and managing models and apps with the Model […]

  • Cadence Live India 2026

    Sheraton Grand Bengaluru Whitefield Hotel & Convention Center

    CadenceLIVE India brings together semiconductor and systems design professionals to explore developments in electronic design automation, simulation, and AI-driven chip design. The agenda spans multiple technical tracks, including digital and analog design, verification, IP integration, chiplets, advanced packaging, and system design and analysis, alongside physical AI, digital twin, and simulation-driven applications. The event aims to […]

  • Mathworks webinar: Model-Based Design for DO-254 Compliance

    This webinar, Using Model-Based Design to Develop DO-254 Compliant Safety-Critical Aerospace Systems, explores how Model-Based Design supports the development of DO-254 compliant airborne electronic hardware. It aims to cover the DO-254 hardware development lifecycle, model-based hardware and HDL design, early validation through simulation before hardware availability, co-simulation and verification techniques, and approaches to improving design […]

  • Ansys webinar: Accelerate Your Designs with Zemax HPC

    This webinar explores how Zemax OpticStudio HPC applies parallel computing to optical simulation workflows, including optimization, tolerancing, Monte Carlo analysis, and non-sequential ray tracing. It aims to explain deployment across local, server, and cloud environments while maintaining model fidelity, enabling broader design exploration and supporting informed engineering decisions without requiring model re-authoring. For registration click […]

  • Ansys webinar: Accelerate Co-Packaged Optics Design

    This webinar will explore co-packaged optics (CPO) as an emerging approach for AI, HPC, and datacenter systems facing power, bandwidth, and scalability constraints. It aims to cover CPO architectures, photonic IC and optical I/O workflows, electro-optic co-simulation with RF integration, parasitic-aware signal integrity, and multiphysics coupling across thermal, optical, and electrical domains using an integrated […]

  • Webinar: Thermomechanical Modeling with COMSOL® in 18 Minutes

    This webinar aims to explore how thermal expansion, phase change, and thermal creep contribute to thermal stress and how these thermomechanical effects can be modeled using COMSOL Multiphysics® software. It covers model examples and case studies, along with a live demonstration followed by Q&A session. For registration click here..

  • ThermoAnalytics webinar: Thermal IR Simulation for C-UAS AI Models

    The webinar, "Training YOLO11 and Faster R-CNN for C-UAS Using Physics-Based Thermal IR Simulation" aims to explore how AI models learn to spot hostile drones in thermal camera images, even when real examples are scarce. It explains how computer-generated thermal imagery aims to fill this gap, supporting training of YOLO11 and Faster R-CNN. For registration […]

  • Mathworks webinar: Generative & Agentic AI with MATLAB & Simulink

    The webinar “Generative and Agentic AI with MATLAB and Simulink for Engineering” aims to introduce generative and agentic AI workflows for engineering and scientific applications. It covers creating and refining code and models, exploring algorithms, running simulations, and automating repetitive tasks, while introducing agentic AI concepts and how MATLAB and Simulink can help validate and […]

  • Training: CONVERGE for IC Engines

    IndiQube Unity Tower 4th floor, Survey No 148/1+2, Balewadi Phata, Opp. Shrusti Elegance Baner, Pune, Maharashtra, India

    This one-day hands-on training focuses on internal combustion engine modeling with CONVERGE, covering diesel, PFI spark-ignited, and pre-chamber engine cases. The course includes engine geometry and motion setup, solver and grid controls, spray-based fuel injection, chemical kinetics, combustion and emissions, wall heat transfer, turbulence and source models, and post-processing in CONVERGE Studio. Participants can attend […]