Building the Go-to-Market Operating System.Book a demo at https://www.surerev.ai/

Empowering world-class companies with no-code MVPs.

I-SENSI is an IoT startup dedicated to transforming the manufacturing industry by focusing on Industry 4.0 solutions and real-time data visualization.Computer Vision Algorithm Development: • Engineered a cutting-edge computer vision algorithm to accurately measure assembly time in machine manufacturing. This innovative solution leveraged object detection, classification, and tracking techniques. • Implemented the algorithm using Python, OpenCV, YOLOv8, DeepSort, and Raytracing… Show more I-SENSI is an IoT startup dedicated to transforming the manufacturing industry by focusing on Industry 4.0 solutions and real-time data visualization.Computer Vision Algorithm Development: • Engineered a cutting-edge computer vision algorithm to accurately measure assembly time in machine manufacturing. This innovative solution leveraged object detection, classification, and tracking techniques. • Implemented the algorithm using Python, OpenCV, YOLOv8, DeepSort, and Raytracing technologies.SaaS Product Development: • Spearheaded the end-to-end development of a Software as a Service (SaaS) platform tailored to machine manufacturing checklists. • Led the product development life cycle, including idea generation, defining product requirements, platform and database design, deployment, and ongoing maintenance. • Successfully onboarded seven companies, which fully adopted the platform. Show less

Hefesto, a Med-tech startup incubated by Hospital Albert Einstein, specializes in the development of customized 3D-printed orthoses. During my time with the company, I had a dual role encompassing both hardware and software responsibilities.Software Achievements: • Developed CAD automation scripts using Python and the Fusion 360 API, resulting in a significant time reduction of 2 hours per orthosis design. • Enhanced automation success rates by 30% through rigorous debugging and… Show more Hefesto, a Med-tech startup incubated by Hospital Albert Einstein, specializes in the development of customized 3D-printed orthoses. During my time with the company, I had a dual role encompassing both hardware and software responsibilities.Software Achievements: • Developed CAD automation scripts using Python and the Fusion 360 API, resulting in a significant time reduction of 2 hours per orthosis design. • Enhanced automation success rates by 30% through rigorous debugging and optimization efforts. • Conducted research and executed the implementation of computer vision notebooks, exploring pose estimation and point-cloud mesh generation, leveraging Open3D and MediaPipe libraries.Hardware Achievements: • Efficiently managed and maintained a 3D printing farm comprising five printers, consistently meeting all manufacturing deadlines and demands. • Pioneered the implementation of a remote monitoring system for 3D printers, integrated with AI error detection, potentially saving more than 30 kilograms of wasted material per year. Show less

Thermodynamics and RAC (Refrigeration & Air Conditioning) systems.

Collaborated on business plans, market research, and spoke at a medical device conference about the future of rehabilitation robotics.

Assisted PhD candidate in developing a multi-material 3D printer for soft robotics research.