Engineering

Chandigarh University includes industrial visits as part of its Industrial Design programme to provide real-world exposure. The course emphasizes hands-on experience through well-equipped labs for like the World Space Studio, Clay Modelling Studio, Prototyping Studio, and Digital Rendering Studio. These visits complement workshops and expert sessions, such as those on sustainable product development or automotive design. For instance, students from different semesters have visited CSTS-Baddi to learn about manufacturing processes and product development. These visits allow them to see how design principles, including aesthetics, ergonomics, and functionality, are applied in real industries. They also inspire creativity and practical thinking, helping students relate classroom knowledge to actual product design and industrial practice.

Chandigarh University's Industrial Design programme equips students with the knowledge and skills that can help them start their own design studio in the future. The programme includes learning about aesthetics, branding, ergonomics, and product functions, which are key for creating a successful studio. Practical exposure through workshops, prototyping labs, and projects allows students to develop their own design styles. Networking through industrial visits and guest lectures also gives them valuable industry connections. While starting a studio requires dedication, business planning, and resources, the training and portfolio developed during the course make it easier for graduates to take that step. Chandigarh University provides a supportive environment for such entrepreneurial ambitions.

Hey!?

Yes, coding and computer programming are becoming really important in Aerospace Engineering. Even though aerospace involves designing aircraft, rockets, and spacecraft, a lot of modern work relies on simulation, data analysis, and automation, which all need programming. Languages like Python, MATLAB, and C+ are commonly used for simulations, modeling, and controlling systems.

Learning programming not only helps you handle complex calculations and simulations but also gives you an edge in research and industry jobs. If you want structured learning, Skills IT Academy Pune also provides beginner-friendly programming courses, which could help aerospace students get started with coding easily.

To get complete information about the Industrial Design programme at Chandigarh University, you can start by checking their official prospectus for detailed insights which is available on their website. And if you are from a very far state then you can visit their regional office in your state nearby and get all your doubts cleared. It includes eligibility criteria, fee structure, and course details. The university also offers brochures and FAQs for prospective students. Another option is to visit the campus and the department and explore the labs like the Work Space Studio, Clay Modelling Studio, and Prototyping Studio, which give a real idea of practical learning. Talking to alumni can also help you understand the programme better. Overall, combining online research and campus visits will give a clear picture before deciding.

Commerce students are completely eligible to apply for the industrial Design programme at Chandigarh University, provided they scored at least 50% in their 12th-grade exams. Having a commerce background can actually be advantageous in certain areas of design, particularly where creativity overlaps with business. For example, industrial designers often work on product that require market research, costing, and consumer insights—all areas where commerce students have prior exposure. The university trains such students in technical skills like 3D modeling, prototyping, and rendering, so the lack of prior technical background is not an obstacle. Many commerce graduates have found success in design consultancies, brand design, and product development firms after completing this course. CU emphasizes diversity in classrooms, so students from commerce, Science and arts collaborate on projects, enriching the overall learning experience. Creativity and curiosity are more important than academic background here.

Chandigarh University is a solid choice for B.Sc. Computer Science because the programme is designed with direct input from the industry and mapped with top universities worldwide. The faculty are highly qualified and many come from strong industry backgrounds, so they bring both theory and real-world knowledge into the classroom. A key advantage is the emphasis on internships, where students can gain exposure to companies even before graduation. Along with classroom teaching, students get access to certifications through Coursera, NPTEL, and other platforms, free of cost. These add-on credentials strengthen students' resumes and prepare them for competitive careers. Graduates from this programme are not restricted to one career path, job profiles range from software developer and web developer to cybersecurity analyst and database administrator. Major recruiters like Dell, Wipro, Bank of America, Tech Mahindra, and Amazon visit the campus, which makes the course practical, flexible, and future-focused

At Chandigarh University, MSTs for Industrial Design are conducted in a very interactive format. Instead of traditional pen-and-paper tests, students often face assignments that require them to design solutions for real-life problems. This might include presenting a storyboard, preparing a digital rendering, or showcasing a physical prototype. Sometimes group projects are also included in MSTs, reflecting the collaborative nature of the design industry. There are two MSTs each semester, but the evaluation is spread across multiple parameters like creativity, presentation skills, and technical accuracy. Viva sessions are also part of the process, where faculty members question students about the logic behind their designs. This method ensures that students are not just memorizing but actually understanding design thinking. MSTs act more like checkpoints for creativity, helping students identify their strengths and areas for improvement before final submissions and external jury reviews.