As the Tech-lead and CoFounder of Mogassam (a dental 3D printing solutions company) i was responsible for:- Working with the stakeholders to define and document the software requirements and specifications.- Creating and testing minimum viable products (MVPs) to showcase the software features and -performance to the clients and users.- Designing the software architecture based on the requirements and specifications.- Gathering and analyzing user feedback to improve the software and achieve a product-market fit.- Choosing the technologies to be used in our products based on the product requirements.- Building products based on the MVPs and managing the software team, communicating the vision of the management and stakeholders to the technical team members.- Recruiting the software team, from reporting the staff needs to interviews and candidates evaluation to closing with them.- Manging the software team using Agile methodologies and Scrum practices, like sprint planning, retrospectives and daily stand-up meetings.- Ensuring the software quality, timelines, and customer satisfaction.

As a consultant at EzMedical (a medical devices manufacturer) I was responsible for:- Developing and testing the Human Machine Interface (HMI) for a ventilator device.- Coaching and mentoring the software team, while performing performance evaluation and Providing Guidance for the team members about best practices and techniques to comply with the certification requirements while achieving high maintainability of the code and clean structure.- Designing the architecture of the code in a way that allows for rapid iteration without requiring architecture redesign or huge code rewrites.- Implementing and maintaining software standards, protocols, and documentation for the software development life cycle (SDLC).- Troubleshooting and resolving software issues and bugs reported by the testing and certification departments.- Collaborating with the hardware engineers, quality assurance engineers, and project managers to ensure the software functionality, reliability, and compatibility with the hardware and the user requirements.