Engineering Manager II- Web/ SEO

Engineering Manager II- Web/ SEO Department: Engineering Team: Manager Location: Bangalore, India Type: Full-Time **About the Role** Uber Web and SEO teams focus on the ecosystem of products that help in driving growth of Uber’s multiple lines of businesses (LoBs) by building, measuring and optimizing traffic across Web surfaces that are built to help Uber’s marketing and acquisition efforts. Web and SEO teams are deeply invested in building sophisticated engineering to enable authoring of millions of web pages that drive traffic towards use cases such as driver onboarding (Earners focus) or restaurant discovery (Eats focus) etc. Platforms to build and experiment at scale with hundreds of Web Pages is also a core part of capabilities created. Additionally - SEO wing of this charter focuses on creating near real time reporting capabilities to measure impacts of tuning Web pages to constantly rank higher than its competition that enables businesses to take informed decisions using deep insights of the Web traffic & performance. **What the Candidate Will Need / Bonus Points** \-\-\-\- What the Candidate Will Do ---- The role is strategic to Uber’s Growth and Marketing team as this would enable it to position the web as a safe channel for driving Web traffic to Uber Eats which in-turn would enable product discovery, funnel conversion & marketplace expansion. The role would entail strong partnership with product and business teams in the United States to drive deeply collaborated initiatives, build frameworks and solutions that would apply to engineering teams in multiple LoBs, DS/AS and marketeers in distributed markets. \-\-\-\- Basic Qualifications ---- 1. **Experience :** Minimum 6+ years of experience as a manager and overall 12+ years of industry experience in a variety of contexts. Prior experience building scalable, robust, and fault-tolerant systems. 2. Ability to contribute, **influence** and drive Web/SEO/Measurement platform Initiatives that can serve multiple product lines using multi-tenant architectures and microservices principles. 3. Sound understanding of