The Department of Design at the Indian Institute of Technology, Guwahati (IITG) is a new entrant in the field of design education. It is the first department in the country to offer a four-year undergraduate degree programme leading to the degree of Bachelor of Design. The establishment of such a programme is a significant development in the field of design education since there is now a recognition of the design profession as one career option among the mainstream professional programmes in engineering offered by the Indian Institutes of Technology.
Established in Germany in the early 1920s, the design profession made its entry into India in the early 1960s at the National Institute of Design (NID), Ahmedabad. Subsequently, in the 1970s, the Industrial Design Centre (IDC) at the IIT Bombay started a programme in industrial design. At present, the NID offers a diploma programme in design and the IDC offers a postgraduate degree.
The credit for instituting a design programme in the north-eastern region of the country should go to an advisory committee of the Government of India, which, right at the time of the establishment of IITG, identified a programme in Design at the undergraduate level as worth introducing. The first Director of IITG, Dr. D. N. Buragohain, invited Prof. S. Nadkarni to join the institute after his retirement as Professor and Head of the IDC, IIT Bombay, and to take charge of setting up the department. This was in August 1997.
The programme in Design attempts to give inputs that blend considerations of good aesthetics, user convenience, ergonomics and socio-cultural factors with pragmatic technological factors in the design of products and systems in the man-made living environment. In contrast to the established educational models of design education like the programmes offered by the NID, Ahmedabad and the IDC, IIT Bombay, the programme at IITG had to face challenges which were specific to the region. The north-east abounds in natural resources. Water resources, good forest cover, agriculture and local handicrafts offer potential for development. The lack of industrialisation in the area and the remoteness of the region from important industrial centres were major disadvantages that the Department had to consider in planning its programme. Added to this were factors related to political disturbances that had slowed down many development initiatives in the region. The Department considered all these issues but decided to go ahead with the hope that young talented people who wanted to use innovative approaches to design activities would be attracted.
At present, the Department has five faculty members. They include an exhibition designer, a graphic designer, an ergonomist and two product designers. The staff include one model maker, one graphics assistant and one cameraman. Studios and computer laboratories have been established and workshops for woodworking, ceramics and plastics are being set up. In addition, there will be studios of photography and video-editing.
The Department of Design commenced its programme in July 1998. The first batch of 12 students was admitted through the IITs’ all-India Joint Entrance Examination (JEE). Successful candidates at the JEE who had opted for Design undertook a Design Aptitude Test at various counselling centres. All the 12 candidates were from outside the state; there were no local students.
The Department is initially concentrating on two disciplines:
Industrial Design: This discipline aims at preparing students to use analytical and methodical approaches to design problems. Issues such as user interface with products and systems, aesthetic considerations in the determination of the form of products and the role of socio-economic and technical factors in design, form part of the curriculum.
Communication Design: Given the need to have knowledge and information transfer in communicable and usable forms, the course structure spans diverse domains in visual design. The communication design aspect addresses a broad range of questions which include social, educational and interactive communication methodologies; it also makes use of media such as publication design, video, multimedia, computer graphics, educational aids, exhibition design and photography.
Although the two disciplines are similar to the ones at NID and IDC, the difference is in the structure of the course inputs. Taking advantage of the technical courses offered by other Departments at IITG, this programme focuses upon inputs from the fields of visual arts, humanities, ergonomics and management. It introduces field work and industrial experience right from the first year of the programme. It gives special emphasis to the area of craft design and development. It integrates theoretical learning and its immediate application in the various projects undertaken during the different years of the programme.
Organisation of the educational programme
The course work for the total programme falls into four categories.
1 Design
2 Science and Technology
3 Humanities
4 Management
The first year is common to both disciplines and is devoted to establishing a broad foundation. Students may then select a major, that is either Industrial Design or Communication Design.
In the first batch, five students opted to specialise in Industrial Design and seven in Communication Design. In the coming years, the Department plans to increase its intake to 15 students in each discipline.
Course content
Year 1
The first year of the course provides students with a sound understanding of the formal elements of visual design. It includes studies in organisation of elements in two and three dimensions, colour applications and visual perceptions. A broad range of design experiences is explored. Theoretical inputs are provided in the science of ergonomics. Practical skills in visual communication using media like drawing, model making and photography are developed to enable the students to have a firm foundation for the rest of the course. The students also undergo basic engineering courses.
Year 2
During the second year various techniques of problem solving in two and three dimensions, and skills required in the practice of industrial design and communication design, are taught. The students develop a high level of skill in presentation of graphics and model making. A designer’s concern for the improvement of the physical environment of people is introduced during classroom projects. Students are also introduced to computer-aided studies.
The third and fourth years of the programme will begin shortly. The plans for these two areas are as follows:
Year 3
More complex and system-oriented projects will be designed to improve the students’ capabilities to tackle real design development problems. The projects will be related to manufacturing, marketing and related areas. In Industrial Design, areas to be covered will include furniture design, public transport, household appliances and a range of machinery and equipment for forestry, the tea manufacturing industry, fisheries and handicrafts. In Communication Design, projects in graphic design, multimedia and video for areas such as primary health and education, and agriculture, are being planned.
Year 4
Major projects will be undertaken both within, and in collaboration with outside organisations. The students will assemble a folio of design work compiled during the complete course work. This folio will enable them to demonstrate to prospective employers or clients their professional abilities in product design and communication design.
The aspects of this new programme which enable it to be compared favourably with the established models of design education are the following:
(i) Integrated approach
The organisation of the educational programme has been kept extremely flexible. Given the project orientation, students are encouraged to undertake projects in a diverse range of subjects. The project and its related theoretical areas of influence are not treated as separate aspects, but are proportionately integrated so that the students can experience their relevance immediately.
(ii) Work internship
The knowledge of realities of design can be gained only by observing and working in industry. This experience is cultivated gradually so that at the end of the programme the student becomes professionally confident to take any complex decisions as a part of his/her design activity. The student will undergo training throughout the four years at the Institute, initially for one month every year (mostly during the vacations) and for 3 to 6 months during the third and fourth years. Students are encouraged to undertake projects sponsored by industry.
(iii) Integration of craft and technology
The vast potential that the craft sector offers in this region has been included as an integral part of study in the curriculum so that an attempt is made towards design and development of contemporary ideas which can be initiated with the artisan communities of the region. Tremendous possibilities exist in the textile, cane and bamboo crafts of the north-eastern region.
The experiences with the first two batches of students in this new discipline may be of interest to readers.
Peculiar difficulties are being faced in establishing the studio and model-making facilities. The diverse range of materials required for such activities are not easily available in the local market. Therefore, the Department is educating local suppliers about its requirements. For the time being, the materials needed, like material for art work, model-making and photography, are being sourced from outside the state.
Since the curriculum is structured differently from the more conventional programmes offered by the other departments within IITG, the assignments in the courses offer open-ended possibilities for interpretations, encouraging students to find creative solutions. However, the students undergo an initial phase of struggle in reorienting themselves to this spirit of self-learning.
Courses in visual design also invoke the artist within, an aspect which is very often dormant as a result of the stifling pattern of school education. Trying to blend art with technology provokes sceptical responses from student peer groups of the other departments whose programmes are more structured and follow the rigour of the examination systems. In design, the approaches are rigorous but more flexible. The environment of interaction and learning is more informal.
Contact with industry was established at an early stage and the first batch of students has undergone its first industrial exposure for a month (during the vacations) with some of the leading industries, at locations close to their home towns. Such first hand exposure has been appreciated by the students.
There is already a visible change in attitude and perceptions among the initial batches of design students who have been able to overcome their initial anxieties regarding the nature and scope of this young profession. The response seems optimistic and encouraging.