• It was an exciting entrepreneurial rollercoaster to develop MonitUrine with my excellent team!Our strength? Smart decision-making. I strategically executed human-centered design across unmet needs identification, business planning, and product development stages. • My statistical analysis of human factor evaluations shaped the regulatory pathway (Class II, De Novo), ensuring full compliance with critical standards, including QSR - 21 CFR Part 820, ISO 14971, IEC 62366-1, and… Show more • It was an exciting entrepreneurial rollercoaster to develop MonitUrine with my excellent team!Our strength? Smart decision-making. I strategically executed human-centered design across unmet needs identification, business planning, and product development stages. • My statistical analysis of human factor evaluations shaped the regulatory pathway (Class II, De Novo), ensuring full compliance with critical standards, including QSR - 21 CFR Part 820, ISO 14971, IEC 62366-1, and ISO 13485. • I collaborated across multiple teams—clinical testing, regulatory, mechatronics, and industrial design—to conduct risk assessments (UFMEA, DFMEA) at every stage, successfully mitigating more than 50 risks. Additionally, I was actively involved in clinical testing procedures, gain hands-on experience. • Our creative process was electric—I led brainstorming sessions that generated over 150 innovative ideas and brought product concepts to life through detailed 3D CAD models, stunning renders, and physical prototypes. Show less

• As the design team lead, I successfully achieved our product design goals and benchtop testing plans by setting clear expectations for outcomes and timelines. • Managed all human factors activities across different R&D teams and worked with key opinion leaders, ensuring smooth coordination while also levelling up my technical proficiency.• Delegated tasks based on each member's expertise, which boosted our work efficiency by an impressive 78%.• Additionally, I… Show more • As the design team lead, I successfully achieved our product design goals and benchtop testing plans by setting clear expectations for outcomes and timelines. • Managed all human factors activities across different R&D teams and worked with key opinion leaders, ensuring smooth coordination while also levelling up my technical proficiency.• Delegated tasks based on each member's expertise, which boosted our work efficiency by an impressive 78%.• Additionally, I illustrated our logo and outlined the overall branding strategy to make sure we stood out. Show less

• Engaged in a collaborative research initiative with healthcare professionals to identify unmet clinical needs in critical care environments.• Gained experience in real time observation, clinical research and literature analysis on:- Angioplasty [ including heart stent placements ]- RF Ablation Surgery- Emergency surgeries [ e.g., trauma surgery for accident victims ]- ICU Patient Care [ Patient monitoring and assessment protocols ]- Semi-ICU Rehabilitation [… Show more • Engaged in a collaborative research initiative with healthcare professionals to identify unmet clinical needs in critical care environments.• Gained experience in real time observation, clinical research and literature analysis on:- Angioplasty [ including heart stent placements ]- RF Ablation Surgery- Emergency surgeries [ e.g., trauma surgery for accident victims ]- ICU Patient Care [ Patient monitoring and assessment protocols ]- Semi-ICU Rehabilitation [ Physiotherapy sessions for post-surgery patients, Mobility aids usage ]- Emergency Room Workflow [ Triage processes, Equipment setup for various emergency scenarios ]- Nursing Practices [ Handling sensitive wounds and post-operative care ]- Patient Handling Techniques [ Body mechanics during transfers and repositioning, Safety protocols for high-risk patients ]- Ergonomics of Medical Equipment [ Assessment of device usability in real-time settings, Interaction between staff and machines (e.g., IV, catheters) ]• Human Factors Assessment tools used:User Research / Task Analysis / Usability Testing / Device IFU Analysis / Cognitive Walkthroughs / Heuristic Evaluation / Field Observations / Surveys and Questionnaires / Journey Mapping / Ergonomic Assessments / Unmet medical needs Identification Show less

• Joined the functional testing phase, turning the electric wheelchair into a 'smart assistive mobility' device and I utilized a non-linear, iterative design process, accelerating time to market by 3-4 months.• As the solo designer, I drove the user-centered design, transitioning from a lean engineering approach. I made two pivotal contributions: - Designed the solution to support 5/6 basic activities of daily living (BADL), empowering users to truly practice… Show more • Joined the functional testing phase, turning the electric wheelchair into a 'smart assistive mobility' device and I utilized a non-linear, iterative design process, accelerating time to market by 3-4 months.• As the solo designer, I drove the user-centered design, transitioning from a lean engineering approach. I made two pivotal contributions: - Designed the solution to support 5/6 basic activities of daily living (BADL), empowering users to truly practice independence. - Introduced aesthetic appeal as essential for seamless integration into home and public environments, reflecting users’ needs and aspirations. • Led in-depth human factors research, including root cause analysis and usability testing, to optimize ergonomics, UI for the mobile app, joystick control, and overall human-machine interaction.• Developed the MVP, incorporating biomechanics and DFM (design for manufacturing), setting GoSolo as the new standard in India’s smart mobility sector.• Recognition: Won design awards from WDO, and the project was featured in Yanko Design. Show less

• Designed and developed moving robotic components, including actuators, while also conceptualizing the overall device body and UI for SpastoPro.• One of my key achievements was a 40% weight reduction and minimized friction in mechanical movements in the final prototype design.• Tackling the challenge of simultaneous 1-axis motion of the wrist alongside the 3-axis motion of the thumb and fingers was a big part of my work, and I successfully engineered the mechanism to… Show more • Designed and developed moving robotic components, including actuators, while also conceptualizing the overall device body and UI for SpastoPro.• One of my key achievements was a 40% weight reduction and minimized friction in mechanical movements in the final prototype design.• Tackling the challenge of simultaneous 1-axis motion of the wrist alongside the 3-axis motion of the thumb and fingers was a big part of my work, and I successfully engineered the mechanism to facilitate this complex movement.• Implemented a universal design approach for splints, to optimize production costs and reduce inventory through emerging rapid prototyping trends like 3D printing.• Conducted extensive anthropometric evaluations to ensure the product fits everyone—men, women, and kids over age 12. Show less