▪ Designed and implemented new features (embedded integration, data pipelines, network handling) for a C++/C# software application, creating 100+ unit and integration tests, and performing requirements validation, ensuring on-time release and reducing post-release bugs▪ Led team to implement 3 new functionalities for internal software tool after performing extensive market research, prepared tool for production release and generating new revenue streams for the company

▪ Developed and trained machine learning models in TensorFlow (autoencoder, SVM, KNN) to analyze sensor data for predictive maintenance on medical devices▪ Leveraged custom ML models to implement 2 features, leading to improved system reliability for devices, outpacing competitor solutions▪ Spearheaded Azure DevOps for IR&D team, resulting in a 30% improvement in project management efficiency and 100% adoption of DevOps tools across the company branch▪ Established comprehensive system architecture for IR&D products, leading to a reliable and scalable system, supporting 3 projects and contract proposals in accordance with ISO standards

▪ Founded new consulting business, developing various software tools using multiple programming languages based on client needs, and actively sought out new clients▪ Engineered projects, such as smart mirrors and electronic bike kits, to sell and created additional streams of revenue

▪ Rearchitected and rewrote JavaFX application that became the primary tool for product simulation testing,streamlining the testing process

▪ Utilizing feedback provided 15 orthopedic surgeons, designed and implemented an alternative saline joint pressure algorithm to reduce joint swelling and post-op recovery time▪ Developed and tested comprehensive internal tools application in C#, incorporating 10+ features to streamline testing processes, reducing time and effort required for software validation by 25%▪ Implemented C++ code through IBM Rhapsody to streamline user workflow of medical device tower, creating 2 new features and increasing reliability of devices during joint surgeries▪ Automated repetitive testing and file generation tasks using Bash scripts, reducing validation time by 45 minutes per session and freeing up engineers for more critical tasks▪ Performed hands-on software and hardware validation testing on cadavers with orthopedic surgeons, sourcing detailed feedback, leading to rapid design iterations in company products▪ Conducted usability trials on endoscopic visualization systems with 20 OR nurses, resulting in a 50% improvement in end-user experience

▪ Built, debugged, and delivered high-quality PCBA’s and wire harnesses using Altium Designer and PADS Viewer, meeting project specifications and enhancing robotics and vehicle systems' performance▪ Created comprehensive testing procedures for PCBA’s and larger robotic systems for use by other engineers, standardizing testing and leading to a more robust system design▪ Maintained 100% on-time delivery rate through COVID-19 epidemic by coordinating overall projects through successful organization of build-up, testing, and delivery of systems

▪ Improved customer satisfaction by resolving technical issues promptly and effectively, communicating with customers to diagnose and explain technical issues for personal and university machines, accounts, and printers

▪ Successfully provided repair services for range of electronic devices and automotive vehicles, addressing hardware and software issues, building a reputation for reliable and efficient business