Amity University Noida-B.Tech Admissions 2026
ApplyAmong top 100 Universities Globally in the Times Higher Education (THE) Interdisciplinary Science Rankings 2026
Among top 100 Universities Globally in the Times Higher Education (THE) Interdisciplinary Science Rankings 2026
Last Date to Apply: 31st July | Ranked #43 among Engineering colleges in India by NIRF | Get Upto 100% Scholarships | Spot Admissions via CUET
100+ Recruiters | 1200+ Placements of 2026 Batch | NBA & NAAC Accredited | Highest CTC 37 LPA
Among top 100 Universities Globally in the Times Higher Education (THE) Interdisciplinary Science Rankings 2026
NAAC A+ Accredited | Highest CTC 45 LPA | Scholarships Available
40 LPA Highest Package | Up to 100% Scholarship worth 24 Crore via GUTS exam
The campus provides the basic facilities needed for engineering education. Classrooms, laboratories, library, and common areas are maintained reasonably well, creating a comfortable place for regular academic activities.
The teaching pattern is structured and covers the syllabus on time. Understanding depends largely on individual effort, while faculty members provide guidance during classes, labs, and academic discussions.
Placement support includes training sessions and recruitment activities. Students who consistently improve technical skills, aptitude, and communication generally have better opportunities during hiring drives.
The college offers a balanced academic environment with essential facilities and learning opportunities. Students who actively participate in projects and training can make good use of their education.
The campus atmosphere is calm and student friendly . Cultural events , technical activities , sports , technical clubs and student interactions help create a balanced college experiences beyond classroom learning .
The college has the facilities required for engineering education, including classrooms, computer labs, and study areas. The campus atmosphere encourages students to spend more time on academics and practical learning.
The curriculum covers the core concepts of computer science, but students who complete certifications, participate in hackathons, and work on real-world projects gain much stronger technical knowledge than relying only on lectures.
The placement cell provides interview training and career guidance throughout the course. Students who begin improving coding skills and aptitude from the early semesters usually perform better during placement drives.
The college offers decent facilities and learning opportunities at a reasonable cost. Students who make full use of internships, technical clubs, and skill-development programs can make their engineering journey worthwhile.
Apart from academics, the college organizes technical fests, cultural events, and sports activities. These experiences help students improve teamwork, confidence, and communication while creating memorable moments with classmates.
The campus provides a comfortable atmosphere for students to focus on academics. Computer laboratories are useful for programming practice, and the library offers enough resources for semester preparation. The overall environment is simple and suitable for learning.
The CSE department introduces important subjects like programming, databases, and software development. Faculty members explain concepts well, but students who solve coding problems and build projects outside the classroom improve much faster.
The college conducts placement training and aptitude sessions before recruitment. Students who prepare consistently, improve communication, and participate in internships have better chances of getting placed.
The college provides the essential facilities and academic guidance expected from an engineering institution. Students who actively participate in technical events and workshops can gain good value from their education.
Campus life is peaceful and gives students opportunities to participate in cultural events, technical activities, and sports. The friendships built during projects and events become some of the best memories of college.
The college provides the facilities needed for day-to-day learning. The computer labs are useful for practical sessions, and the classrooms are comfortable. While the infrastructure may not be among the best, it is sufficient for students who are serious about their studies.
The faculty explains the concepts clearly and encourages students to participate in technical activities. As an AI & Data Science student, I realized that classroom teaching builds the foundation, but improving coding and problem-solving skills requires regular self-practice.
The college conducts placement training and career guidance programs. Students who start preparing from the second year by improving aptitude, coding, and communication have a much better chance of getting placed. Personal effort plays a major role.
The college offers a balanced academic environment at a reasonable cost. It may not provide every opportunity automatically, but students who actively participate in workshops, internships, and technical events can gain valuable experience.
Campus life is simple and enjoyable with supportive classmates and friendly interactions. Cultural programs, technical events, and sports provide a nice break from academics, making the overall college experience balanced and memorable.
As a second-year AIDS student, I find the campus neat and suitable for academics. The classrooms and computer labs are adequate for regular practical sessions. Some facilities could be improved, but overall the infrastructure meets the basic needs of engineering students.
The AIDS curriculum introduces important subjects like Python, Data Structures, and Database Management. Faculty members are helpful, but students need to practice coding and complete online certifications to gain industry-level skills.
Being in my second year, I have attended a few placement awareness sessions. The college provides training, but getting a good job depends mainly on the student's technical skills, communication, and continuous practice.
The college offers decent education and basic facilities for the fee charged. Students who actively participate in workshops, internships, and coding practice can make good use of the opportunities available.
Campus life is peaceful, and interacting with classmates makes the college experience enjoyable. Technical events and cultural programs are conducted from time to time, giving students opportunities to learn and have fun outside the classroom.
The college has a clean and peaceful campus with spacious classrooms, well-maintained laboratories, a digital library, and good sports facilities. The environment is comfortable for academic learning, and the campus is organized in a way that helps students stay focused. The infrastructure is good enough for engineering students, though there is still room for modernization in some areas.
The faculty members are supportive and explain the fundamentals clearly. The curriculum covers the required subjects, but students who rely only on classroom teaching may miss out on industry-level skills. Self-learning through certifications, projects, and coding practice makes a significant difference in academic growth.
The college conducts placement drives and provides training for aptitude and interviews. Service-based companies visit the campus regularly, but students aiming for high-paying product-based roles need to build strong technical skills independently. Consistent preparation throughout the course gives better placement chances
The college offers decent facilities, academic support, and placement assistance at a reasonable cost. Students who actively participate in workshops, internships, and skill-development programs can get good value from their investment. Success here depends more on individual effort than on the college alone.
Campus life is simple and peaceful rather than highly event-oriented. Students enjoy technical events, sports, and interactions with friends, creating a comfortable learning environment. Those looking for a balanced college experience with fewer distractions may appreciate the atmosphere.
After spending two years on campus, I feel the college provides the facilities needed for regular academics. However, I believe improving laboratory equipment and introducing more hands-on learning resources would make the experience more beneficial for ECE students.
The classes cover the syllabus consistently, and the faculty explains the fundamentals clearly. At the same time, I have learned that students need to take their own initiative through online learning, mini-projects, and technical practice to build stronger skills.
Although placements are still ahead for my batch, I would like to see more industry interaction, guest lectures, internship opportunities, and technical workshops from the early years. These activities could help students prepare better for future recruitment.
At this stage of my engineering journey, I feel the value I receive depends largely on the opportunities I make use of myself. The college provides the basic academic support, but I believe more skill-development programs, industry visits, and internship opportunities would make the overall educational experience more rewarding.
The environment is peaceful and suitable for studies. Department activities, classroom discussions, and spending time with classmates have made my college experience enjoyable, though I hope to see more technical clubs and inter-college events in the coming semesters.
The campus is maintained well for regular academic activities, but I feel the practical facilities for ECE students can be improved further. More updated laboratory equipment and additional hands-on sessions would make learning more effective.
The faculty covers the syllabus regularly, and internal assessments help students stay consistent. However, I have found that learning modern technologies requires self-study in addition to classroom teaching.
As a student, I hope the college increases industry interactions, technical workshops, and internship opportunities. These experiences would help students understand industry expectations much earlier.
From my experience, the overall return depended mostly on my own effort rather than the facilities provided by the college. I felt I needed to invest extra time in learning new technologies and improving my skills outside the classroom to prepare for future career opportunities. More industry-focused training and practical exposure would make the course more worthwhile.
Campus life was simple and followed a regular academic routine. Most of my time was spent attending classes, laboratory sessions, and preparing for internal exams. While the environment was peaceful and helped me stay focused, I personally felt there could have been more student-led technical clubs, inter-college competitions, and interactive activities to make the overall college experience more engaging.
After spending two years on campus, I feel the college provides a comfortable environment for regular classes. The campus is maintained well, but I think upgrading laboratory equipment and adding more hands-on facilities would improve the practical learning experience.
The subjects are taught in a structured manner, and regular assessments help students stay on track. At the same time, I have realized that building technical skills requires consistent self-learning beyond classroom lectures.
Although placements are still a few years away for me, I hope the college strengthens its connections with industries and introduces more technical workshops, internships, and skill-development sessions. These would help students feel more confident about their careers.
The college offers a good academic routine, but students who actively participate in online learning, technical events, and personal projects are likely to gain much more from their engineering journey.
What I enjoy most is the opportunity to interact with students from different branches and work together during academic activities. These experiences have improved my communication, teamwork, and confidence while making college life enjoyable.
The campus has the basic facilities needed to complete an engineering course. The classrooms and laboratories are adequate for regular academic work, but I felt there was room for improvement in providing more advanced practical resources.
The faculty covered the syllabus on schedule, but I realized that gaining industry-ready skills required much more than classroom learning. Most of my technical growth came from practicing independently and using external learning platforms.
The placement experience did not meet my expectations. I found that the number of opportunities, especially for ECE students, was limited from my perspective. Because of this, I had to focus on off-campus applications and improving my skills independently. I believe stronger industry partnerships and additional recruiter visits would help future students.
So far, my experience has been average. I think the college has the potential to improve by offering more skill-development programs, internships, and practical training that would make students feel better prepared for their careers.
College life has been simple and focused on academics. Spending time with classmates, participating in classroom activities, and learning together has been enjoyable, but I would like to see more technical events and industry-focused workshops in the coming years.