TIET provided training sessions to the students at Chitkara University on BIM module including Automation in BIM, Revit MEP, and Navisworks, Autodesk Construction Cloud and Dynamo.
Conducted a webinar on Fundamentals of BIM and Geospatial Technologies for Development of Smart Cities.
Textbooks Released
CADCIM Technologies, a leading publisher of quality textbooks, eBooks, and Video Courses on
CAD/CAM/CAE/AutoCAD-Electrical,
Civil/BIM/GIS/Architecture, and
Animation/VFX announces the release of the following textbooks:
CATIA V5-6R2024 for Designers, 22nd Edition
CATIA V5-6R2024 for Designers is a comprehensive book written with the intention of helping the readers effectively use all
solid modeling tools and other features of CATIA V5-6R2024. This textbook provides elaborative and clear explanation of the
tools of all commonly used workbenches of CATIA V5-6R2024. After reading this book, you will be able to create, assemble, and
draft models. The chapter on the DMU Kinematics workbench will enable the users to create, edit, simulate, and analyze different
mechanisms dynamically. The chapter on the FreeStyle workbench will enable the users to dynamically design and manipulate
surfaces. The book explains the concepts through real-world examples and the tutorials ensure that the users can relate the
knowledge gained from this book with the actual mechanical industry designs.
For more information, visit the following link:
https://www.cadcim.com/catia-v5-6r2024-for-designers
Advanced SOLIDWORKS 2024 for Designers, 22nd Edition
The Advanced SOLIDWORKS 2024 for Designers textbook has been written to help the users who are interested in learning 3D
designs. This book explains in detail the procedure of creating complex surface and sheet metal designs, saving sketches as
blocks, creating mechanisms using blocks, working with equations, configurations, and library features. Apart from these topics
the textbook also describes motion study and mold design concepts. Additionally, some real-world projects are included in the
book that will help readers to related the concepts learned through the book with the industry designs.
For more information, visit the following link:
https://www.cadcim.com/advanced-solidworks-2024-for-designers
Video Courses
In addition to publishing, we offer online training, consulting services, and customized content development to meet the
specific needs of educational institutions and professionals. Our goal is to empower educators and learners alike by delivering
high-quality, accessible resources that enhance both teaching and practical application. In this endeavor, CADCCIM launched
some new video courses recently:
For more information on video courses, please visit:
https://www.cadcim.com/video-courses
TECHNOLOGY TRENDS
Digital Twins in Civil Engineering
Digital twins are a key technology in the Internet of Things (IoT), widely used in Building Information Modeling (BIM) for construction and civil engineering. These virtual models replicate physical entities, enabling real-time simulation, analysis, and prediction by processing real-world data.
Spanning the entire product lifecycle-from design and manufacturing to service-digital twins enhance model design, simulation,
and decision-making. By the end of this year, over 25% of new digital twins will integrate with IoT, improving situation awareness, predictive maintenance, and production planning in industrial manufacturing and civil engineering.
With the rise of the industrial Internet, digital twins are transforming asset management, product lifecycle management, and manufacturing processes. They create a closed-loop system that synchronizes real-world data with digital models, enabling predictive simulation and visualization. Their applications extend beyond construction to various fields, from molecular modeling to space exploration.
Potential topics include but are not limited to the following:
- Renewal of the construction plan following BIM digital twins in civil engineering
- Influence of digital twins on physical equipment in construction engineering
- Intelligent construction with digital twin visualization
- Design and construction of digital twins supported by artificial intelligence
- Design and construction of bridge engineering following digital twins
- Interaction design and planning between virtual and reality-based digital twins
- Support design of rock tunnel based on digital twins
FlexiWings: Bio-Inspired Innovation Revolutionizing Wind Energy
Throughout history, engineers have been fascinated by the remarkable efficiency and adaptability of insect wings. These intricate natural structures have evolved to provide optimal aerodynamic performance, inspiring countless innovations in science and engineering. One such breakthrough comes from physicist Vincent Cognet, who developed FlexiWings, a cutting-edge advancement in wind turbine technology.
By replicating the flexible and dynamic nature of insect wings, FlexiWings can automatically adjust their pitch angles in response to both wind and centrifugal forces. This adaptive capability allows for more efficient energy capture, resulting in an impressive 35% increase in energy production efficiency /compared to traditional wind turbine blades. Such a significant improvement could help maximize wind power potential, making renewable energy more viable and efficient.
Given their superior adaptability, these bio-inspired wind turbine blades hold great promise as a sustainable alternative to
fossil fuels. By enhancing energy output and efficiency, FlexiWings could play a crucial role in the global transition toward
cleaner, more sustainable energy sources. As the world seeks innovative solutions to address climate change and reduce dependence
on non-renewable energy, technologies inspired by nature-such as FlexiWings-could be instrumental in shaping the future of renewable
energy.
RoboBees: High-Tech Pollinators for a Sustainable Future
As bee populations continue to decline due to habitat loss, pesticide exposure, climate change, and disease, the role of
pollinators in maintaining global food security has become more critical than ever. To address this growing challenge,
scientists and engineers have developed RoboBees-autonomous robotic drones designed to replicate the pollination behavior of bees.
Equipped with GPS navigation, high-definition cameras, and artificial intelligence, these advanced drones can efficiently locate flowers, identify optimal pollination routes, and mimic the natural foraging patterns of bees. Their undersides are coated with fine horsehair-like fibers, allowing them to collect and transfer pollen grains between blossoms with remarkable precision. By enhancing pollination efficiency and boosting crop yields, RoboBees provide a promising solution for farmers facing the challenges of declining bee populations.
Beyond simply increasing food production, this technology also improves overall crop quality and promotes genetic diversity, leading to more resilient agricultural ecosystems. As global food demand continues to rise, RoboBees offer a futuristic yet practical approach to supporting sustainable farming practices, ensuring that vital crops receive the pollination they need to thrive.