AC vs. DC: The Fundamentals of Power​Electrical Engineering revolves around these two types of current. While they both carry energy, their behavior and applications are worlds apart.​🔹 AC (Alternating Current)​Flow: Reverses direction periodically (Sinusoidal wave).​Transmission: Efficient for long distances via Transformers.​Frequency: Usually 50Hz or 60Hz depending on the country.​Examples: Wall outlets, Refrigerators, Industrial Motors. ​🔹 DC (Direct Current)​Flow: Constant flow in a single direction (Straight line).​Storage: Can be stored in batteries and capacitors.​Frequency: Always Zero (0).​Examples: Smartphones, EVs (Electric Vehicles), Solar Panels.

Department of Civil Engineering, LCIT Bilaspur (C.G.), successfully organized its 1st National Conference (NCISSWRMEP-2024) on November 12–13, 2024.The conference focused on “Innovative Strategies for Sustainable Water Resources Management and Environmental Protection in Civil Engineering.” The event brought together academicians, researchers, industry experts, and students from across the country. Technical sessions highlighted cutting-edge research, sustainable practices, and emerging environmental solutions. A significant highlight of the event was the official release of the Conference Proceedings. The platform encouraged knowledge exchange and collaborative discussions on water sustainability challenges. Participants presented innovative ideas addressing real-world environmental and infrastructure concerns. The conference reaffirmed LCIT’s commitment to research excellence and sustainable development in Civil Engineering.

Department of Civil Engineering, Lakhmi Chand Institute of Technology (LCIT), Bilaspur (C.G.), successfully organized a Two-Day National Workshop on Total Station.The workshop aimed to enhance students’ practical knowledge and technical skills in modern surveying techniques.Participants gained hands-on training on the operation, calibration, and applications of Total Station equipment.The program emphasized the importance of advanced surveying tools in infrastructure development and construction projects. Experts and faculty members guided students through real-time demonstrations and field-based learning activities.The workshop provided valuable exposure to industry-relevant technologies and professional practices.Students actively participated and gained confidence in handling modern surveying instruments.The initiative reflects LCIT’s commitment to skill-based learning and academic excellence in Civil Engineering education.