Microsoft runs on trust. As our lives and businesses are becoming increasingly digitized, trust is the glue that holds our world together. To create and enhance this trust, we build solutions that proactively protect our customers, our partners and our company from operational risk. The Protection and Vetting Services team subscribes to a 'lean startup' culture in managing highly visible, business-critical products. We embrace collaboration, agility, and the belief that experimentation (failing fast) drives innovation. In our daily work, we demonstrate growth mindset, integrity, grit, vision, curiosity and courage; we require you to bring those values as well. When you join this award-winning team, you will become a member of a talented, diverse and inclusive cohort of growth hackers-- each of whom have big hearts and small egos. You will work with experts across domains that include C loud architecture, DevOps, AI/ML/NLP, Big Data, business process automation, cybersecurity, philanthropy
Responsibilities: Design, code and deliver the next generation of highly scalable, intelligent cloud services and products . Build and support modern web applications and large-scale distributed microservices. Produce high quality code that is unit tested, code reviewed, and checked in regularly for continuous integration. Collaborate with colleagues including p roduct owners, UX designers, ML Engineers/Researchers, data scientists and other engineers to create delightful and meaningful experiences for our customers. Evangelize and/or propose new ideas while "bringing others along" with strong
Basic Requirements: A minimum of a B achelor's degree in Computer Science, Engineering or a related field, or equivalent alternative education, skills, and/or practical experience is required Preferred Skills: 2 years minimum work experience building large scale, production applications Strong experience in OOP , . NET Core , Entity Framework, C# , and SQL along with exposure to cloud services (Azure, AWS...) Experience with distributed systems design and implementation, especially microservices architecture. Strong software engineering fundamentals (data structures, algorithms, async programming