The School of Engineering at Chandigarh University, Lucknow campus takes a unique approach to embed practical applications within its established engineering disciplines. The programs like Mechanical, Civil, and Electrical Engineering seamlessly weave applied engineering principles into the very fabric of the industry-aligned curriculum. The programs exemplify this focus on real-world problem-solving alongside theoretical knowledge. Additionally, the varsity's potential industry collaborations for internships and research projects further solidify the commitment to practical applications, ensuring graduates are well-equipped to translate engineering knowledge into tangible solutions for the industry.
Design challenges that will simulate real engineering problems, encouraging innovative solutions.
Assessment through the development and testing of prototypes will allow students to apply theoretical knowledge practically.
Collaborative projects across different engineering disciplines will foster teamwork and broad-based problem-solving skills.
Projects sponsored by industry partners will provide students with insights into real-world engineering challenges.
Students’ critique and review of technical papers, enhancing research, critical thinking, and communication skills.
The School of Mechanical, Civil, and Electronic Engineering at Chandigarh University Lucknow is at the forefront of engineering education. A blend of visionary educators and industry experts, it will foster a dynamic learning environment where cutting-edge research and practical application converge. The curriculum combines theory with hands-on experience, empowering students in Mechanical Engineering, Civil Engineering, and Electronics and Communication Engineering to innovate beyond traditional boundaries. With state-of-the-art facilities and collaborative industry partnerships, the next generation of engineers will be nurtured and prepared to redefine the future.
Students will be encouraged to collaborate on comprehensive design projects that require a blend of skills from these disciplines. These projects will emphasize sustainable design principles, innovative use of technology, and real-world applicability.
A shared resource for students across the mechanical, civil, and electronic engineering programs to bring their ideas to life using 3D printing, CNC machining, and electronics prototyping tools. This lab will not only serves technical purposes but also encourage creativity and experimentation.
A series of courses and workshops dedicated to the principles of sustainable engineering, focusing on how engineering can contribute to solving environmental challenges. Topics will include renewable energy systems, sustainable materials, and green technology innovations.
This structured program will facilitate internships, mentorships, and real-world project collaborations with industry partners across the engineering sectors. Will provide students valuable exposure to industry practices, trends, and challenges.
A multidisciplinary seminar series that will explore the impact of engineering developments on society, including ethical considerations, social responsibility, and the role of engineers in shaping sustainable futures.
Maintenance of code repositories as a portfolio of the programming assignments, projects, and contributions to open-source projects.
SDLC projects will provide the experience of the full spectrum of designing, developing, and deploying software.
Simulated cybersecurity attacks and defences for real-world cybersecurity challenges and countermeasures.
Peer code reviews to foster a culture of learning, feedback, and continuous improvement.
Modern software development methodologies and teamwork through Agile and Scrum environments simulations.
The School of Computer Science and Engineering at Chandigarh University Lucknow is a beacon of innovation, where creativity and technology converge. A combination of academic pioneers and industry stalwarts, it fosters a dynamic learning environment that inspires exploration and discovery. With cutting-edge facilities and a hands-on approach to learning, students in the Computer Science and Engineering program will be empowered to push the boundaries of technology.
A collaborative workspace where computer science students will work on software development projects, including open-source contributions, startup ideas, and app development. The hub encourages innovation, entrepreneurship, and practical software engineering skills.
Focus on the integration of physical processes with computer-based algorithms, particularly for applications in automation, robotics, and smart systems. This lab will provide hands-on experience with the latest technologies in IoT, robotics, and embedded systems.
Courses and workshops that delve into the ethical considerations and security challenges associated with big data, artificial intelligence, and cybersecurity. This will include discussions on privacy, data protection, and the social implications of AI technologies.
A series of workshops and courses designed to teach students agile software development practices, project management skills, and collaborative tools essential for modern software development teams.
Initiatives and projects that leverage computer science and engineering skills to address social issues, promote equity, and contribute to community well-being. This will involve developing technology solutions for education, health care, accessibility, and environmental sustainability.
At the Faculty of Applied Engineering, state-of-the-art research facilities with cutting-edge tools and resources are designed to encourage creative exploration and discovery. The research infrastructure gives students the resources they need to push the boundaries of knowledge and tackle pressing issues in the real world. Whether pursuing fundamental research or tackling industry-driven projects, the university facilities foster a dynamic environment where creativity flourishes and solutions emerge, which in turn shape promising careers.
Step into the world of engineering excellence with our Applied Engineering programs. Designed to foster innovation and technical process, our courses equip you with the skills to solve complex problems and lead advancements in technology.
Join the Futuristic Campus with Experiential Education Model to turn your dreams into Reality