In order to cope with the global requirements the institute provides the latest facilities to the students such as MM Class Rooms , Networking of Class Rooms with electronic database and Multimedia theaters for conferencing. The building has well equipped laboratories to conduct experimental works. All the lecture halls are air conditioned and to be provided with latest teaching aids like multimedia-overhead projectors along with the black boards.
Apart from the central library facility of CSPIT, department libraries are also available in civil engineering for the easy access of important books for the faculty members and students.
The department also provides an enabling environment for the faculty members to contribute their best in a synergistic manner in order to improve the teaching-learning process and to enhance the research activities in the institute. The institute encourages the faculty members and provides them the opportunities to actively participate in conferences, seminars and workshops at national and international level. The faculty members have contributed their expertise to carry out the research in different field of Engineering.
Components of Seismic Recording Station
Seismic Recording Station have following four important components.
1. The Core: The Seismometer: The heart of the station is the seismometer, an incredibly
sensitive instrument that detects ground motion. Earthquakes cause vibrations similar
to sound waves in air, but at much lower frequencies. The seismometer's sensors can
pick up these tremors, ranging from tiny background vibrations to strong earthquake
signals.
Types of Seismic Stations
There are two main types of seismic stations:
A. Weak Motion Stations: These stations record ground movements from all
distances, including faint tremors from distant earthquakes. They typically use a
seismometer with a broad range of sensitivity. Our seismological recording
station is weak motion station.
B. Strong Motion Stations: Designed for areas prone to strong earthquakes, these
stations focus on capturing the intense shaking close to the epicenter. They use
very strong seismometers to measure the violent ground motion during
earthquakes.
Beyond the Seismometer, seismometer works alongside other equipment:
2. Data Acquisition System: This unit amplifies and converts the weak electrical signals
from the seismometer into a digital format for recording.
3. Communication Equipment: This allows the station to transmit the data to a central hub
which is at Institute of Seismological Research (ISR), Gandhinagar for processing and
analysis. Transmission can be done via satellite, phone lines, or internet. This station
transmit the data by internet.
4. Power Source: Seismic stations often rely on solar panels to ensure continuous
operation, especially those in remote locations.
How is the data used?
Seismic data from multiple stations is crucial for understanding earthquakes. By analyzing the
arrival times and characteristics of dierent seismic waves (P-waves, S-waves, and surface
waves), scientists can determine:
a. The location (epicenter) of the earthquake
b. The earthquake's magnitude (strength)
c. The depth of the earthquake source
d. Information about the Earth's interior
This data is vital for earthquake hazard assessment, monitoring volcanic activity, and studying
the Earth's structure.
Designed to carry out qualitative and quantitative tests for raw materials, fresh and hardened concrete. The laboratory is designed with a vision of testing requirements of industry and different research areas of concrete design.
The main aim of state-of-the-art structural analysis laboratory is to make the students familiar about actual behaviour of structural elements under different types of loading. An imported laboratory setup is the only one of such in the Western India.
The Environmental Engineering Laboratory accredited in accordance with ISO/IEC 17025: 2005 by the National Accreditation Board for Testing and Calibration Laboratories-NABL India .The laboratory is also recognised by Gujarat Pollution Control Board, Gandhinagar as a Schedule-I Environment Auditor.
Earthquake Engineering Laboratory is provide experimental understanding of structural dynamics and hands on experience with modern laboratory equipment’s. Experiments are quite effective for demonstrating basic concepts in structural dynamics & earthquake engineering.
The Hydroclimatology Research Lab undertakes the research and development in the field of climate change mitigation and sustainable development.Lab observe the impact of urbanization on local monsoon onset for the major urban centres of the country.
In depth soil characterisation in the laboratory and field are done in the lab. The laboratory is equipped to perform experiments as well as to carry our field testing works in the field of Geotechnical Engineering and foundation design..
Designed to carry out qualitative & quantitative tests for raw materials like Aggregate, Sand, Bitumen etc. The laboratory is designed with a vision of testing requirements of industry and different research areas of transportation engineering.
Looking to the need of the industries and to make students compatible with the industry need, department has procured design and analysis softwares to train the engineering graduates.
Engineering mechanics laboratory is designed to conduct practical application of mechanics. Fundamental experiments on the principles of statics and dynamics of the rigid body is carried out for the students to make them familiar with the practical apparatus of statics and dynamics.
The laboratory is designed to give exposure in practical works carried out in five different areas of Civil Engineering viz. Surveying & Leveling, Transporation Engineering, Water resources Engineering and Building construction & Design.
Fluid mechanics lab helps the students to understand the characteristics of fluid in a pipe flow or open channel. The application of water pumps, and use of notches are explained through the laboratory setup. The main aim is to experiment the actual behaviour of fluid through models or prototypes.
Engineering models of building components and typical civil engineering structures are provided in this laboratory for thorough understanding of the subject.
An advanced surveying laboratory is planned apart of the fundamental survey laboratory to carry our survey projects and also to take up the field survey consultancy works. It is well equipped with modern survey instruments.
The lab expose the future civil engineers to a world of unknown geological facts. It provides an in-depth knowledge of geological frame work of mother earth and also introduces natural materials. Hundred os or rocks and mineral samples around the world and basic field study equipments are available at this laboratory.
Copyright © 2018 M. S. PATEL DEPARTMENT OF CIVIL ENGINEERING - All Rights Reserved.
Maintenance: Mr. Nirpex Patel (8511128313)
B.Tech. Civil Engineering
B.Tech. Civil Engineering with Specialization in "Artificial Intelligence and Machine Learning"
B. Tech. (Hons.) Programs in Civil Engineering with Specialization in:
• GIS and Remote Sensing
• 3D Printing
• Green Technology and Sustainability Engineering
• Environmental Geotechnology
• Smart Cities
M.Tech. Civil - Structural Engineering
Ph.D in advanced areas of Civil Engineering
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