Join Fidelity Investments as a Principal Full Stack Engineer in our Asset Management Technology (AMT) division, specifically within the Quantitative Research & Investing Technology organization. This role offers an exciting opportunity to work on a strategic research engineering team, combining modern data engineering with quantitative financial investing and traditional financial analysis.
As a Principal Engineer, you'll be part of a new, highly visible effort focused on developing an elite quantitative research platform. The position demands someone who can lead by example, take ownership of projects, and isn't afraid to experiment with new approaches. You'll work with cutting-edge data engineering tools and be responsible for architecting, developing, and maintaining critical systems that support investment management functions.
The role offers significant autonomy and the chance to shape the future of quantitative research at Fidelity. You'll be working in a collaborative environment where knowledge sharing is highly valued, and your expertise in Python, data science, and software engineering will be put to excellent use. The position comes with comprehensive benefits including healthcare coverage, retirement benefits, and educational assistance.
Working in a hybrid model, you'll be part of a team that values innovation and technical excellence. The role requires a strong background in software engineering, particularly in Python and data science, with opportunities to work on complex financial technology solutions. If you're passionate about combining software engineering with quantitative finance and want to work for a leading financial services firm, this role offers an excellent opportunity for career growth and impact.
The position offers competitive compensation, comprehensive benefits, and the chance to work on meaningful projects that directly impact Fidelity's investment management capabilities. Join us in building next-generation financial technology solutions while working alongside talented professionals in a supportive and dynamic environment.