Media Coverage

The LJ Institute of Engineering and Technology (LJIET), a constituent institute of Lok Jagruti Kendra University, successfully organized the International Conference on Recent Advances in Engineering and Technology (ICRAET) in association with the IFERP Academy.

The two-day conference brought together researchers, academicians, industry experts, and students from India and abroad. The event witnessed participation from 304 delegates, including contributors from several countries.

The conference featured:

• 256 research paper presentations
• 48 poster presentations
• Distinguished keynote addresses by renowned experts
• Technical discussions on emerging engineering trends
• Opportunities for academic collaboration and knowledge exchange

ICRAET provided a vibrant platform for researchers and innovators to share ideas and foster interdisciplinary collaborations, reinforcing LJKU's commitment to promoting high-quality research and global engagement.

Conference Highlights

• International participation from academia and industry.
• 304 delegates from India and abroad.
• 256 technical paper presentations.
• 48 poster presentations.
• Global keynote speakers and expert sessions.
• Strengthening research culture and international collaboration.

Commitment to Innovation and Excellence

These achievements reflect Lok Jagruti Kendra University's dedication to nurturing innovation, encouraging research, and developing technology-driven solutions for societal challenges. Through pioneering student projects and globally connected academic events, LJKU continues to strengthen its position as a center of excellence in higher education and research.

The Department of Mechanical Engineering showcased a series of innovative robotics projects that demonstrate the transformative potential of Artificial Intelligence and emerging technologies across diverse sectors. Developed through extensive research and practical implementation, these projects include autonomous rescue robots, AI-assisted navigation systems, drone technologies, and robotic solutions capable of operating in challenging environments. The initiatives aim to address real-world problems related to disaster management, industrial automation, and intelligent mobility.

The projects highlight the department’s emphasis on experiential learning and interdisciplinary collaboration, enabling students to integrate concepts from mechanical engineering, electronics, programming, and AI. By combining technical expertise with innovation, students are gaining valuable exposure to modern technologies while contributing toward the development of smart and sustainable engineering solutions. These achievements reflect the institution's commitment to nurturing creativity, research culture, and technological excellence among future engineers.

Students of the Mechanical Engineering Department achieved a significant milestone by securing a place in national-level robotics competitions through their innovative projects developed under the theme "Junk to Future." Demonstrating the principles of sustainability and resource optimization, the team successfully transformed discarded materials into functional robotic systems, showcasing engineering ingenuity and environmental responsibility.

Their accomplishments are the result of years of continuous learning, design iterations, testing, and collaborative efforts. Participation in prestigious competitions has provided students with invaluable opportunities to apply theoretical knowledge to practical challenges while enhancing their problem-solving, teamwork, and project management skills. These achievements underline the department’s dedication to fostering innovation, promoting sustainable engineering practices, and preparing students to excel in highly competitive technological environments.

Mechanical Engineering students have consistently demonstrated excellence in automotive innovation through the design and development of Formula Student vehicles, all-terrain vehicles, and electric mobility solutions. Over the years, various student teams have successfully participated in renowned national competitions, gaining recognition for their technical capabilities, design efficiency, and commitment to continuous improvement.

These projects provide students with comprehensive exposure to vehicle design, chassis development, powertrain systems, manufacturing processes, simulation, testing, and performance optimization. Working in multidisciplinary teams, students develop practical skills that complement classroom learning and prepare them for careers in the rapidly evolving automotive and mobility sectors. Through continuous technological advancements and participation in competitive platforms, the department encourages students to embrace innovation and contribute to the future of sustainable transportation and engineering excellence.

Students from the Department of Mechanical Engineering developed an innovative voice-controlled bio-inspired robotic dog designed to support applications in security, surveillance, healthcare, and emergency response. Inspired by the movement and adaptability of animals, the robotic system incorporates advanced sensors, camera modules, embedded electronics, and 3D-printed components to achieve intelligent and responsive operation.

The project enables the robot to understand voice commands, navigate its surroundings, and provide situational awareness in environments where human access may be difficult or unsafe. Such technologies have the potential to assist in monitoring activities, conducting inspections, and supporting healthcare and rescue operations. The successful development of the Robodog demonstrates the department’s focus on integrating mechanical engineering with artificial intelligence and automation technologies, providing students with hands-on experience in emerging domains and strengthening their research and innovation capabilities.