Yes, you absolutely can! The Diploma in Computer Science and Engineering College in Haryana is designed in a way that students from all backgrounds can understand and grow, even if they’re not very strong in maths or physics. The course starts with basic concepts and gradually moves towards more advanced topics.
In the first few semesters, teachers focus on building your foundation by explaining simple mathematical and scientific principles that are directly related to computer operations, logic, and problem-solving. You don’t need to be an expert in maths or physics — what matters most is your interest, curiosity, and willingness to learn.
The program gives more importance to practical training like coding, hardware assembling, and working with software tools. Most of your learning happens through hands-on experience in computer labs, which makes it easier to understand complex concepts.
Colleges in Haryana, such as Puran Murti Campus, also provide extra academic support, doubt-clearing sessions, and lab-based learning to help students who may find certain subjects difficult. With consistent effort and guidance from faculty, even students who were once weak in maths or physics can excel in this field and build a rewarding career in IT or software development.
Yes, absolutely! You can still join the Diploma in Civil Engineering College in Haryana even if you think you’re not very strong in maths or physics. The course is carefully designed to help students learn from the basics and gradually build up their understanding of technical subjects. You don’t need to be an expert before joining — the program begins with fundamental concepts and moves step by step toward more advanced topics.
Teachers in top colleges like Puran Murti Campus understand that every student learns at a different pace. They provide personal attention, regular practice sessions, and extra guidance to help students who find these subjects challenging. The syllabus includes applied versions of maths and physics that are directly connected to practical civil engineering problems — for example, calculating the strength of materials, area of construction, or load distribution. This makes learning more relevant and easier to grasp.
Moreover, the course gives more emphasis to hands-on training. You’ll spend a lot of time in workshops, labs, and field visits, learning to apply theory in real-life situations. This approach helps students who are more comfortable with practical learning than with pure theory.
Over time, as you keep practising, you’ll start understanding mathematical and physical principles naturally while working on real projects such as building design, surveying, and material testing. Many successful civil engineers once felt weak in these subjects but improved through continuous effort and interest.