Duration : 2 years, Full-Time
Eligibility : Graduation in any discipline of Engineering
This is a master’s level program specially designed for engineers. The program is aimed at creating product development leaders who create world-class, innovative products. The program provides advanced knowledge of industrial design and prepares students with knowledge and skills required to develop a new product or improve an existing product.
The competitive global environment of today necessitates that engineers should possess advanced knowledge and demonstrate superior skills to create competitive new products. Through an intensive learning experience, this unique program builds on the engineering knowledge already acquired by the students.
The program will expose the students to theory and practice of state-of-the-art product design and development through an array of specifically introduced topics coupled with hands-on skills, appropriate methods / toolkits and their application for a stated purpose.
Design has the power to change the world positively. It is a transformational force, which impacts how we live. Design is vital to create new value and to reinvent existing businesses. Through emphatic approaches it addresses environmental and social issues. It acts as a catalyst and a unifying force between different functions of an organization. It understands a given problem, reframes it and uncovers new opportunities.
Products play an integral role in our lives. Someone, somewhere conceives a utility, identifies a problem and provides a product solution to meet the purpose. In an organization, it is a structured activity to develop new products for an existing market or to create entirely new markets by introducing a distinctive product. Any new product development starts with knowing whether there is a gap in the market or there is a market for that gap. It considers whether it is possible to make the product technologically and over and above everything, seeks to know whether it is desirable to the people who are going to use it.
The program is grounded in diverse fields of knowledge, which acts together in conceiving and developing a new product. It follows an inter-disciplinary approach to address the broad range of issues facing an Industrial Designer such as marketing, corporate strategy, user research, aesthetics, manufacturing, user interaction, materials, etc. The program is designed in such a manner that it integrates these multiple disciplines and amalgamates with the core industrial design practice so as to enable the students to develop new ideas, concepts, products and solutions.
In today’s complex world, a mere product, which looks nice and functions well, is not enough. A product in order to be successful today needs to be much more than just an artifact. It should be part of a larger system and should have an emotional connect with its user. With changing times, the definition of a new product has expanded. It could be mass-manufactured product, or manufactured on demand; or it could combine a service, or it could be a limited edition product. The bottom line is that a product manifests in many forms and this program prepares you to tackle these varied requirements.
The program is centered around the three aspects of design i.e. design thinking, design making and design doing. Design thinking helps to find a problem, reframe a problem, understand people and realize their unmet needs. Design making focuses around design skills such as ideation, drawing, and sketching. Design doing is the final frontier where one understands the technical possibility, business feasibility associated with the concept and end up with digital and physical prototypes.
The program invites students who are passionate about developing innovative, cost effective products of high aesthetic value. The program prepares students to be exceptional and confident practitioners for the changing needs of the industry.
The program is ideal for an engineer as it provides real-world knowledge, theoretical and practical foundation of the product development process. It augments the engineering knowledge already acquired by the student with key set of design skills and knowledge. It prepares a student with smart product development capabilities.
The program is an interactive learning experience. Teaching is by way of facilitation so as to develop critical thinking skills amongst the students. Core of the teaching is studio based, project oriented and blends lectures, tutorials, and intensive group discussions seamlessly to provide a practical, hands-on experience to the students. The teaching is highlighted by specially created assignments and team exercises. Guest lectures are regularly arranged to provide industry insights. A small class size creates opportunities for meaningful interactions with faculty and amongst peers.
Students begin by learning Design Methods. Within Design Methods, students gain a deeper understanding of designing as a problem solving activity in a specific context. The course offers Design Theory and Methodology as a framework that integrates theoretical concepts from different fields, which all contribute to the process and thus to the product. Lectures, discussions and assignments help the students to develop the ability to think critically about the design process and thereby enable them to improve their own design processes.
During this course we explore the theoretical and methodological foundation of designing in depth, as well as look at current debates and best practices. The course attempts to stimulate students into actively engaging with the subject through a number of assignments. Students are taken through design fundamentals which consist of four subareas: design history, hand-drawing, graphic design and form studies. Integration of those subareas aims at the acquisition of design knowledge and skills from several perspectives and development of creative abilities. An industrial designer is expected to master knowledge and understanding of design aspects in a historical context.
The module on Drawing is based upon a general knowledge of visual perception. It is not only essential in obtaining a sense of spatial relationships and ‘shape-awareness’, but also helps develop imaginative visual thinking. Professional designers use specific drawing skills in the design-process as a means of communication, not only to themselves, but also to colleagues and clients. Drawing is learnable like reading and writing; a special talent is not a condition, but a substantial amount of practice is necessary.
The student will also learn to work with form, color, and the meaning of form. Students will get exercises in plasticity (wood, clay or stone), form transitions, proportioning and coloring. Subsequent to model making, students will express form and meaning in mood boards and collages. Students are taught to use digital tools and aids such as Photoshop, Rhino, etc. for effective visualization.
Students who take this class can apply these methods to future projects, helping them express their ideas to others by making their ideas more visible, tangible and real, creating a better emotional connect with their audience. But most importantly, this class will allow students to develop new creative methods in design processes and help give back to the design community.
Understanding ergonomics and human factors is critical to design practice. The course covers topics such as applied ergonomics in the product design process, usage research with a focus on observational studies, physical ergonomics and (dis)comfort, cultural diversity, interfaces, analysis and design, etc.
It is important for companies to develop and introduce new products on a regular basis. One of the main issues facing any company is the decision of which new products should be developed. In the course Strategic Product Innovation students will learn how they can select future directions for a firm based upon a solid understanding of several strategic considerations. Through an internal and external analysis, students will learn the strengths and weaknesses of the company and the opportunities and threats in the market (SWOT). Based on that information, a strategy for the future is developed; i.e., which direction is most suitable for the company? Based on this future strategy, a choice for the market (segmentation) and a positioning and product strategy is developed, along with a first direction for the marketing mix (product, place, price and promotion). During the course, several tools and (market) research methods are presented that are available to product developers in guiding the strategic product innovation decisions.
Corporate and brand identity and the companies’ core competencies form the internal part of the strategic envelope in which new products should be developed. Corporate image, brand positioning and the changing competitive environment are external parts of this envelope.
New products and their related services should build on the company’s core competencies, its brand portfolio and the opportunities in the market. When developing strategies for new products and brands the product portfolio has to be viewed in an integrated way – not only in terms of product families and product platforms, but also over time. This is called Branded New Product Development. Portfolio management and product planning are important ingredients at the Fuzzy Front End of product innovation. Branded New Product Development and Business Strategy are linked. It is not limited to one player at a time; it is a networked cooperation between companies, suppliers, distribution channels and customers.
Human-product interaction deals with the way in which we perceive, understand, use and experience products. This interaction is substantiated by our sensory, cognitive and motor systems. In order to understand how we interact with products, knowledge of these systems and how they limit, enable or facilitate interaction is essential. Our knowledge and insights come mainly from the human sciences. In this course, relevant knowledge and insights will be addressed in a thematic approach. Themes include: use-cues, emotion, sound, cognitive fixation, touch, safety and risk awareness, discomfort, visual aesthetics, multimodal experience and inclusive design.
In order to be able to create products for people, product developers need to know what kind of products people want. What are their desires, needs and problems with regard to current and new products? This course introduces current methods of customer research that can be used to collect information from customers to support the different stages of the product development process. The focus of the course is highly practical: course participants go through a two-stage research project in which they learn to design, carry out, analyze and report on both a qualitative (focus group, interview or observation) and a quantitative (questionnaire) customer study.
The major part of the course work is a sequence of design studios. The design studio is a project-based learning environment, which provides instruction around the design of products. Students are given a problem brief at the beginning of the design studio, which they investigate throughout the design studio sequence. The beginning design studio looks at simple problems. Subsequent design studios increase the complexity of the problem being solved. During the studio work, students understand the design process and apply it to a given problem. They consider business imperatives, technological possibilities, cultural and behavioral factors during the application of design process. In upper level design studios, students think about how the product interacts with its user and how the product exists in an ecosystem by building experiences and services around the product. Faculty members facilitate the entire process of discovery through various methods including lectures, laboratory practice, assigned reading, homework assignments etc.
The advanced design studio takes place in a business context. The main emphasis in this project is on Embodiment Design, which is a structured development of the chosen concept with an output consisting of data on drawings or other media to enable detailed design to be undertaken. From the definition of requirements to the detailed design phase, the design process is characterized by many iterative loops. It is during the embodiment design phase in particular that the joint influences of geometry, material and other factors require iteration of design and calculation. The demand for shorter product development calls for a cross-linked, interactive product development process rather than a sequential approach. Existing products or new product concepts, chosen in cooperation with local enterprises, will be analyzed and feasible improvements proposed.
The final year major project is the most important feature of this program. This project is usually done in co-operation with a company or organization that provides a real life task and setting. The final year project is executed through the Innovation Factory at DYPDC. It is a complete innovative product development process, starting with a strategic product plan for the company, resulting in a design assignment. The design assignment concludes with materializing a prototype of the designed product and a plan for market introduction. The project is intended to promote the inevitable coherence of different disciplines in product development. By the end of the project the student will have learned to turn the interests and goals of the company, and the interests of society and future users, into a materialized form of a product, and gained insight into the use of methods and techniques for product innovation and product development. The student would have learned to integrate all their existing knowledge and skills necessary for the project at hand, to see when new knowledge and skills are needed and to integrate the new knowledge and skills in the project and above all would have learned to manage a complex product development project.
At the end of the program, a student would have acquired the following capabilities:
As an Industrial Designer you will bring new products and services to life. You will be the one who would drive innovation in the organization you choose to work with and would make strategic decisions for the company. You will be someone who is attuned to the latest trends and forecasts on consumer behavior and hence would be responsible for product positioning and decisions to introduce new products. You would be an entrepreneur or an 'intrapreneur' driving the growth for your own company or the company with which you work.
The programs effectively develops expertise in diverse areas associated with new product development which results in the student developing multiple competencies to deal with current or future careers in technical fields.
Every company today needs to innovate, to introduce new products to remain current and competitive. Innovation and new product development is key to their survival and growth. As such all of them need specialized expertise in the areas of new product development. Our students who will have the technical background owing to his/her engineering degree combined with design skills, strategic mind set and commercial insight will be an ideal candidate to fill-in such positions. You can find a place in any company or organization that is in the business of developing, marketing or manufacturing products. The company could be a business-to-business (B2B) enterprise or business to consumer (B2C) enterprise. You would be able to find employment in any company ranging from an engineering company to companies engaged in fast moving consumer goods and white goods company or even a manufacturing organization.
One of the new areas which offer a lucrative career opportunity is Engineering Services Outsourcing. Over the past few years, India has emerged as a major hub for Engineering Outsourcing Services. An increasing number of companies worldwide are looking at Engineering Service Outsourcing (ESO) options to cope up with the changing market demands comprising faster time-to-market for products, lower design engineering costs, higher product quality. According to ‘Globalisation of Engineering Services’, a report by Nasscom (National Association of Software and Services Companies) and the US-based firm Booz Allen Hamilton, the aggregate revenue of engineering services outsourced worldwide is likely to skyrocket from $15 billion (Rs.78,000 crore) to an estimated $200 billion (Rs.1040,000 crore) by 2020. This boom is expected to benefit Indian engineering firms in a big way. India is home to engineering development centers of many global corporations. You take a name of a global major and they have an engineering development Centre based in India. Similarly many software powerhouses have branched into this area thus making the sector welcoming with attractive salaries.
After the completion of the course you will not only have a job, but a career. A career where you could grow from being an Industrial Designer to a project manager, to a division head and even become the CEO of a company.