The Bachelor of Design (B.Des.) programme is a four-year undergraduate degree designed to cultivate creativity, critical thinking, problem-solving abilities, and professional competence through a balanced blend of design theory, studio-based learning, design fundamentals integrated with engineering and technology, and experiential practice. The programme emphasizes the creation of meaningful products, systems, services, and experiences that enhance the quality of life while addressing real-world challenges across diverse domains such as industrial products, digital interfaces, mobility, healthcare, consumer products, smart technologies, public systems, and sustainable development.
Industry engagement forms an integral component of the programme through expert lectures, live design projects, internships, field studies, collaborative workshops, portfolio development, and interaction with professionals from industry, academia, and the entrepreneurial ecosystem. Students are encouraged to participate in innovation challenges, design competitions, research activities, incubation initiatives, and community-centric projects that promote creativity, leadership, teamwork, and lifelong learning.
The Department is committed to fostering an inclusive academic environment that values originality, ethical practice, sustainability, and social responsibility. Graduates of the programme will be prepared to contribute as competent design professionals, innovators,
entrepreneurs, researchers, and future leaders capable of developing impactful solutions that address the needs of individuals, industries, and society at large.
Through its unique integration of design excellence, engineering knowledge, technological innovation, and human-centred creativity, the Department of Design at Walchand College of Engineering aspires to emerge as a centre of excellence in design education, empowering
students to shape products, services, systems, and experiences that create lasting value for society and contribute meaningfully to national and global development.
Programme Positioning
The B.Des. programme at Walchand College of Engineering is positioned at the intersection of Design, Engineering, Technology, Business and Society. The programme combines human-centred design with engineering knowledge, digital technologies, emerging technologies, entrepreneurship and real-world problem solving. Students are prepared not only to create products and experiences, but also to design services, systems, business opportunities and innovative solutions that can be implemented and scaled across industry and society.
Professional Competence
Demonstrate proficiency in applying design thinking, creativity, engineering fundamentals, and contemporary design methodologies to develop innovative, user-centred, and sustainable solutions for products, systems, services, and experiences.
Innovation and Problem Solving
Analyze complex societal, industrial, and technological challenges, and develop effective design solutions through research, critical thinking, experimentation, interdisciplinary collaboration, and evidence-based decision-making.
Professional Practice and Leadership
Excel as competent design professionals, entrepreneurs, researchers, or innovators by exhibiting leadership, effective communication, teamwork, project management, and professional ethics in multidisciplinary and multicultural environments.
Technology Integration and Lifelong Learning
Adapt to emerging technologies, digital design tools, advanced manufacturing, artificial intelligence, and evolving design practices through continuous learning, higher education, professional development, and research.
Sustainability and Social Responsibility
Design products, systems, and experiences that are environmentally sustainable, socially responsible, economically viable, and inclusive, while adhering to ethical, legal, and professional standards.
Industry and Global Readiness
Contribute effectively to industry, academia, startups, and the global design ecosystem by demonstrating adaptability, innovation, entrepreneurial mindset, and a commitment to quality, continuous improvement, and lifelong learning.
Graduate Attributes
Graduates of the programme will demonstrate creative and critical thinking, human-centred research capabilities, design and prototyping skills, technological fluency, interdisciplinary collaboration, communication and leadership, entrepreneurial thinking, professional ethics, sustainability consciousness and the ability to translate design concepts into viable products, services, systems and experiences.
The Department of Design is committed to delivering quality design education through
Outcome-Based Education, fostering creativity, innovation, interdisciplinary learning, ethical
values, and continuous improvement to develop globally relevant and socially responsible
design professionals.
A distinctive strength of the programme is its studio-based and project-oriented pedagogy, where students learn through observation, exploration, ideation, prototyping, testing, and iterative refinement. Real-world design challenges, collaborative projects, case studies, workshops, and design reviews encourage critical thinking, innovation, teamwork, and effective communication while fostering an entrepreneurial mindset.
The Department leverages WCE’s well-established academic infrastructure, including advanced laboratories, workshops, digital design facilities, prototyping resources, computing facilities, and the central library, providing students with a strong foundation for experiential learning and design innovation. Strong industry engagement through internships, live projects, expert interactions, workshops, industrial visits, and collaborative activities enhances practical exposure and professional readiness. The Department also fosters innovation, research, and entrepreneurship by encouraging participation in design competitions, research projects, and incubation initiatives. Emphasis on ethics, sustainability, inclusivity, and social responsibility enables students to develop human-centred design solutions that create meaningful impact for industry and society.
Design Innovation Ecosystem
The Department will function as an interdisciplinary design innovation ecosystem connecting students and faculty with engineering disciplines, industry, startups, researchers, entrepreneurs, alumni, government and communities. The ecosystem will facilitate live
projects, design challenges, research, prototyping, internships, innovation programmes, intellectual property creation and venture development, enabling students to work on real problems and create measurable impact.
Multidisciplinary Learning
Integrates design with engineering, technology, management, and applied sciences to foster
holistic problem-solving.
Studio-Based Learning
Emphasizes experiential learning through design studios, projects, prototyping, workshops,
and collaborative activities.
Design Thinking & Innovation
Encourages creativity, user-centred design, critical thinking, and innovative approaches to
solving real-world challenges.
Indian Context & Social Innovation
Design exploration of Indian social, cultural, industrial and environmental challenges through inclusive design, frugal innovation, local knowledge, crafts and community-centred innovation.
State-of-the-art Design Studios and Prototyping Facilities
Access to advanced laboratories, workshops, digital design tools, prototyping facilities, computing resources, and innovation ecosystem.
Industry Collaboration
Industry internships, live projects, expert lectures, industrial visits, and collaborative programmes enhance professional exposure and employability.
Design Entrepreneurship & Commercialisation
Learning to transform design opportunities into viable products, services and ventures through business models, intellectual property, branding, costing, market validation and go-to-market strategies. Opportunities for innovation, intellectual property creation, startup incubation, and participation in national design and startup competitions, hackathons, projects calls, etc.
Research & Systems Thinking
Development of capabilities in qualitative and quantitative research, systems thinking, service design, strategic design and complex problem solving.
Technology-Enabled Design
Exposure to emerging technologies such as AI, IoT, AR/VR, digital fabrication, smart manufacturing, and human-computer interaction. Exposure to generative design, computational creativity, AI-assisted research, human–AI interaction and emerging digital tools.
Sustainability & Social Responsibility
Focus on inclusive, ethical, environmentally responsible, and human-centred design for societal impact.
Professional Development
Portfolio development, communication skills, leadership, teamwork, and lifelong learning
prepare graduates for global careers and higher education.
Global Design Exposure
International design challenges, global industry interactions, academic collaborations, visiting
faculty, exchange opportunities and exposure to global design practices.
Common Design Core
All students undertake a common interdisciplinary design foundation covering design research, human-centred design, design thinking, visual communication, materials and making, technology, sustainability, systems thinking, entrepreneurship and professional practice before progressing into their chosen specialisation.
The B.Des. programme offers four distinct specialization tracks tailored to modern industry needs.
| Track | Focus Domain | Key Competencies & Tools |
|---|---|---|
|
Product Design |
Consumer Goods,
Wearables, Smart Devices |
Design Thinking, Form &
Ergonomics, CMF (Color,
Material, Finish), CAD,
Prototyping |
|
Industrial Design |
Heavy Machinery,
Automotive, Equipment
Systems |
DFM (Design for Manufacturing),
Kinematics, Systems Engineering,
Smart Manufacturing |
|
UI / UX Design |
Web/Mobile Interfaces,
Design Systems, Digital
Products |
User Research, Wireframing,
Interaction Design, Information
Architecture, Figma |
|
Experience
Design (UXD &
IXD) |
Immersive Spaces, Service
Design, AR/VR Platforms |
Spatial UX, Service Design
Blueprints, AR/VR Prototyping,
Physical Computing |
Semester 1
Fundamentals of Visual Design & Drawing Studio
History of Art, Design & Technology
Material Exploration & Workshop Skills (Wood, Metal, Plastics)
Design Thinking & Problem Identification
Environmental Studies & Sustainability
Semester 2
Elements of Form, Space & Structure
Applied Ergonomics & Human Factors
Computer-Aided Design (2D Drafting & 3D Modeling)
Visual Communication & Digital Graphics
Design Psychology & Aesthetics
Semester 3
Advanced CAD & Surface Modelling (Rhino / SolidWorks)
Fundamentals of Human-Computer Interaction (HCI)
User Research Methods & Field Ethnography
Model Making & Rapid Prototyping Techniques
Creative Coding & Interactive Electronics
Semester 4
Information Architecture & Data Visualization
Product Geometry, CMF & Aesthetic Engineering
Design for Mass Production & Manufacturing Basics
Interactive Media & UI Prototyping
Summer Industry Immersion / Minor Studio Project (6–8 Weeks)
Semester 5 (Track Specific)
Product Design: Consumer Electronics & Smart Appliances Studio | Advanced CMF Applications
Industrial Design: Heavy Machinery & Equipment Design | Tooling, Castings & DFM Analysis
UI/UX Design: Mobile & Web Interface Architecture | Advanced Micro-Interactions & Usability Testing
Experience Design: Spatial Experience & Retail Design | Service Blueprinting & Systems Design
Semester 6 (Track Specific)
Product Design: Medical & Wearable Device Design | Additive Manufacturing & Rapid Tooling
Industrial Design: Mobility & Transportation Design | Sustainable Systems & Circular Manufacturing
UI/UX Design: Design Systems for Scale | Design for Emerging Tech (Voice UI, AI Assistants)
Experience Design: Immersive Environments (AR/VR/MR Experience) | Physical Computing & IoT Studios Summer Internship Preparation & Portfolio Jury
Semester 7: Full Industry Internship
20-Week Full-Time Industry Internship in Design Studios, Tech Firms, or R&D Centres Industry Mentor Reviews & Mid-Term Portfolio Defence
Semester 8: Degree Capstone Project & Exhibition
Major Degree Capstone Thesis Project (Concept to Prototype) Design Management, Intellectual Property (IPR) & Business Models Graduation Design Show, Jury Defence & Portfolio Presentation
Cross-Specialisation Electives
Students may complement their primary specialisation through electives in AI for Design, Service Design, Strategic Design, Design Management, Design Entrepreneurship, Sustainable Design, Mobility Design, Healthcare Design, Social Innovation, AR/VR, IoT, Creative Coding and Emerging Technologies.
Graduate Pathway
Graduates will be prepared for careers across product and industrial design, UI/UX and digital product design, service and experience design, design research, design strategy, innovation consulting, design management, technology enabled design and entrepreneurship. The programme will also provide a strong foundation for postgraduate education, research and interdisciplinary professional practice in India and globally.