ETL Developer_Director_Software Engineering @ Morgan Stanley
Your Application Journey
Email Hiring Manager
Job Details
About Morgan Stanley
Morgan Stanley is a leading global financial services firm offering investment banking, securities, investment management, and wealth management services. Its success is driven by a passionate, diverse team committed to integrity and excellence.
Position Overview
The ETL Developer role is part of the Wealth Management Technology team focusing on both maintaining current BAU platforms and building a new platform. The role supports multi-year platform transformation initiatives while expanding core mobile and CRM capabilities.
Role & Responsibilities
Key responsibilities include designing, developing, testing, and deploying ETL pipelines. You will work with technologies like Hadoop, Snowflake, and Informatica, collaborate with global teams, and provide technical troubleshooting support.
- Develop ETL pipelines using industry-standard tools.
- Implement big data technologies and SQL programming.
- Collaborate with architecture and development leads.
- Ensure high quality code and timely delivery.
Required Experience
The ideal candidate has 5-8 years in ETL development, strong SQL and UNIX scripting skills, and extensive experience with Hadoop, Hive, Snowflake, Informatica, and integration with Salesforce. Experience in a financial or wealth management environment is a plus.
Employee Benefits & Culture
Morgan Stanley offers a professional career foundation with a focus on inclusion, innovation, and career development. With offices in Mumbai and Bengaluru, the firm boasts a global, collaborative culture and comprehensive employee benefits.
How to Get Hired at Morgan Stanley
🎯 Tips for Getting Hired
- Research Morgan Stanley's culture: Study mission, values, and global impact.
- Customize your resume: Emphasize ETL, Hadoop, and SQL expertise.
- Showcase technical skills: Highlight Informatica, Snowflake, and Unix scripting experience.
- Prepare for behavioral interviews: Use STAR method for situational responses.