B Tech in Industrial Design is an undergraduate course that combines engineering, design thinking, creativity, and technology to design products, systems, and experiences for practical purposes. Conducted by top institutions such as NIT Rourkela, the curriculum incorporates core subjects in mechanical, electrical, and computer science along with design principles, aesthetics, ergonomics, and communication. In the first semester, students learn technical skills through classes like Engineering Mechanics, Math, Programming, and Physics/Chemistry labs, and exposure to introductory design.
B Tech Industrial Design continues, the emphasis is made on applied and creative learning through different subjects which include Design Thinking, Product Design, Simulation Labs and Industrial Design Projects. Students participate in studio learning technology, artificial intelligence/machine learning and practical workshops. The curriculum is also made up of Value-Added Courses, Multidisciplinary/Cluster Electives, and Capstone Projects that encourage the development of problem-solving and innovation. Unlike other privately owned colleges, the course structure in government colleges, including NIT, is usually more industry and research-centred and designed to equip the graduates with an opportunity to immediately start working in a Product Design, UX/UI, Manufacturing, and Innovation-Driven Company.
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B Tech Industrial Design Semester-Wise Syllabus 2025
NIT Rourkela offers B.Tech in Industrial Design syllabus with a solid grounding in the science of Engineering, Design Principles, and Technical Proficiency. The students are offered fundamental subjects such as Mechanics, Maths, Electronics, and Programming, and slowly build up to exploring Design Principles, Aesthetics, and Practical Workshops. The course includes theory with practical lab sessions and value-added courses to establish interdisciplinary capabilities right at the start of the program.
B Tech Industrial Design Electives
Students can select the different electives from the list mentioned below:
| Category | Courses |
| Value Added Course | Design Thinking Workshop |
| Product Innovation Bootcamp | |
| CAD/CAM Certification | |
| Humanities Elective | Professional Communication |
| Philosophy and Ethics | |
| Psychology for Engineers | |
| Additional Course | Foreign Language (German/French/Japanese) |
| Environmental Studies | |
| Entrepreneurship | |
| Multidisciplinary Elective | Basics of Management |
| Introduction to Data Science | |
| Sustainable Engineering Practices | |
| Stream / Cluster Elective | Advanced Product Design |
| Ergonomics and Human Factors | |
| Digital Fabrication | |
| Interaction Design |
Also Check: BTech Industrial Design Career Opportunities
B Tech Industrial Design FAQs
What are some of the major topics in the syllabus of B.Tech Industrial Design?
The B.Tech Industrial Design syllabus covers basics of engineering (mathematics, mechanics, electronics), design, product engineering drawing, product design, ergonomics, materials and processes and the technologies. However, the subjects may vary for different institutions.
In what way does the B Tech Industrial Design syllabus prepare the students to work in industrial design?
The curriculum of B Tech in Industrial Design prepares students with both technical and creative expertise by allowing them coursework and studies in design thinking, product making, digital modelling and manufacturing. The practical elements, such as workshops, internships and research projects, guarantee a Degree-ready industry exposure, with the graduates being prepared to work in fields of product design, manufacture, and user experience.
Does occupation across industries have an impact on the salary of an industrial designer?
The salary paid to industrial designers greatly depends on the industry and, as a rule, the most profitable occupations are the automobile industry, electronics, and consumer goods, provided that the nature of the requirements for the products is complicated and that their market value is high. Designers working in manufacturing companies, hospitals, and technology might also receive greater pay, especially when they have a niche skill or experience. The pay at entry level is usually low in small companies or less profitable fields and it rises with experience and with the type of industry and projects.
