As a freelance multi-disciplinary designer, I have successfully delivered a wide range of projects across various industries. With a keen eye for aesthetics and a strong understanding of user-centric design, I have consistently tried to exceed client expectations by providing innovative, effective, and sustainable design solutions. My ability to seamlessly navigate between different design disciplines, from mobility and brand strategy to UX design and product development, allows me to offer a comprehensive range of services to my clients.

As a product designer, I led a 5-month thesis project at Srishti Manipal Institute in collaboration with Havells. We focused on designing a mini refrigerator tailored to the specific needs and preferences of Gen Z in 2030.Key contributions:• Prototyped an animated AI-based UI flow that improved user satisfaction by around 25% and reduced onboarding confusion for first-time smart fridge users by up to 60%.• Implemented a Peltier-based cooling system that allowed users to conserve energy by up to 15% and helped run the fridge cooler by around 5°C.• Developed a strategic roadmap in line with Havells’ vision to enter the $1.9 billion mini refrigerator market in 2030 and establish itself as a leading brand.

As a versatile designer, I led a collaborative project to revolutionize urban mobility. Partnering with the BBMP and the Government of Karnataka, we designed a sustainable and user-friendly last-mile mobility vehicle tailored to Bengaluru's commuters.Key contributions:• UX research and design: Conducted in-depth user research for urban micro-mobility solutions, prioritising accessibility and safety for diverse users.• Urban planning: Mapped out areas with high population density and identified potential routes for the last-mile mobility vehicle.• Vehicle design: Developed a safe and efficient micro-mobility vehicle that addresses the unique challenges of navigating Bengaluru's traffic and infrastructure.• External display: Developed user-friendly interaction flows for external vehicle display that allow pedestrians and other road users to view the vehicle's travel path.Impact:• Presented the project at Bangalore Design Week and received accolades from the Bengaluru government.• Contributed to the development of sustainable and inclusive transportation solutions for the city.

Conceptualised a lightweight, multi-utility vehicle network for urban transportation. Titled "Vision 10," this project aimed to create a portable workspace for professionals in 2030.Key responsibilities:• Vehicle design: Developed a sustainable design, incorporating recycled materials and optimising for fuel efficiency. Increase passenger legroom by 30% for a more comfortable workspace.• User experience: Optimised vehicle interaction design, achieving a 90% user satisfaction rate by integrating intuitive controls and user interfaces.• Sustainability: Prioritised reducing carbon emissions by 50% using electric power and regenerative design.• Branding and marketing: Created a new fascia for the vehicle lineup, reflecting the brand's motto, "Koi Manzil Door Nahin."Design process:• User research: Conducted interviews with 100 potential users to understand their needs and preferences.• Data analysis: Analysed traffic patterns to identify urban transportation challenges.• Future forecasting: Developed a 10-year forecast to anticipate future trends and needs.

Developed accessory concepts through sketching, clay modelling, and Solidworks 3D modelling.• Developed accessory concepts through sketching, clay modelling, and SolidWorks 3D modelling.• Carbon fibre experience: Learnt how to design and implement lightweight and durable carbon fibre components for motorcycles.• Accessory development: Contributed to the development of innovative accessories for the Royal Enfield Interceptor 650 and GT 650 models through sketching, clay modelling, and CAD.

As an Engineering and Development Intern, I contributed to the development of innovative fuel filters for JCB and Ashok Leyland.Key responsibilities:• Product design: Collaborated with engineers to design and develop fuel filter prototypes using SolidWorks.• Testing and analysis: Conducted rigorous testing of fuel filters to ensure optimal performance and durability.• Data collection and reporting: Collected and analysed performance data to identify areas for improvement and optimise product design.

As an aspiring designer, I participated in an automotive styling bootcamp where I developed a futuristic ambulance concept for the year 2035.Learnings:• Conceptualisation: Created a unique ambulance design that increased interior space by about 20% and reduced patient transfer times by around 35%.• Design tools: Utilised Alias 3D to create highly detailed models and semi-realistic visualisations.• Future forecasting: Conducted research to anticipate future trends in healthcare and transportation, including a study about emergency medical services.• Skill development: Acquired new skills in automotive design, including 3D modelling in Alias 3D and digital rendering.