• Take end-to-end ownership of complex User Stories and actively contribute to feature analysis and solution design, from refining requirements to delivering production-ready solutions. • Collaborate closely with backend engineers on system design and implementation, proactively proposing technical solutions and taking ownership of decisions within your scope. • Contribute to the evolution of core backend components and APIs. • Write clean, maintainable code and participate in refactoring initiatives. • Optimize database queries and backend components for performance and scalability, and investigate performance bottlenecks in your areas of ownership. • Break down complex tasks into pragmatic, deliverable increments. • Proactively suggest backend and technical improvements that enhance product reliability, performance, and maintainability. • Contribute to improving engineering practices and development processes.

• Join BlackStone eIT as a Full Stack Developer (.Net) and be a part of our innovative team. • Leverage your expertise in both front-end and back-end technologies to develop and enhance applications. • Collaborate with cross-functional teams to create user-friendly interfaces and robust server-side logic. • Design, develop, and deploy scalable web applications using ASP.NET and related technologies. • Collaborate with UI/UX designers to implement visually appealing and intuitive user interfaces. • Create and maintain RESTful APIs to facilitate communication between front-end and back-end services. • Participate in the entire software development lifecycle including planning, coding, testing, and deployment. • Conduct code reviews and maintain code quality standards. • Identify and troubleshoot application issues, ensuring optimal performance. • Stay updated with the latest industry trends and technology advancements.

• Translate mathematical specifications into production code. You'll receive formulations, equations, and pseudocode from the research side of the team. Your job is to understand the intent and write Python that is correct, readable, testable, and maintainable. • Improve existing codebases. The current code works in production but has room for architectural improvement. You'll progressively modernize it — better modularity, type safety, test coverage, error handling, and overall code quality. • Build new analytical features end-to-end. As our products evolve, you'll implement new capabilities — taking them from mathematical concept to deployed, production-ready code. • Bridge the gap between research and engineering. The ability to communicate across these worlds — asking good questions, translating between math and code, pushing back constructively will be critical to your success here.

• Design, modernize and develop • Collaborate • Optimize and ensure reliability