Civil Engineering designs, builds and maintains structures such as buildings, bridges, roads, dams, and water systems to ensure safety and improve society's quality of life. It involves collaboration with architects and other experts.
Computer Science Engineering designs, develops, and implements computer systems and software solutions, addressing computational challenges and playing a crucial role in technology development and problem-solving across industries.
Electronics & Communication Engineering explores electronic devices, circuits, and communication systems, driving advancements in telecommunications and connectivity technologies.
Mechanical engineering applies physics and math to design and maintain mechanical systems. It covers a broad range, including machines, vehicles, and robotics, with the goal of enhancing efficiency, performance, and safety across various industries.
Textile Technology Engineering focuses on designing and producing textiles and textile-based products, applying engineering principles to all production stages, from fiber selection to finishing processes.
"Engineering Science & Humanity" is an interdisciplinary approach that integrates engineering with ethics, social impact, and human-centered solutions to address real-world problems, promoting sustainability and equity in technology.
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