Quick update- there will be 2 technical round with us and then client will take 3 rounds of interview. So please talk to the candidates carefully before submitting the profiles.
Role:- Core Java Developer
Client:- Amazon
Type: Only fulltime
Location: Toronto, Canada/Boston, MA/Tampa,FL
Salary- 120k/yr + benefits
USC/GC/H1B/PR/OWP/Canadian Citizen
Need 10+ Years Profile
RESPONSIBILITIES
- Leads teams in the development of products, solutions, and processes.
- Collaborate with other engaged, friendly, principles-first-thinking oriented engineers to understand customer use cases and implement core engineering capabilities.
- Strives to improve efficiency and sustainability of processes and product designs, and to improve quality.
- Mentor Engineers to help them learn and apply best practices in software development.
- Work with the Engineering Manager to prioritize the product backlog and to help assign stories to other engineers.
- Operate across multiple layers of the stack to design and build fault-tolerant distributed systems that optimize a fleet of fulfillment infrastructure and robots.
- Inventing new features, designing, developing and deploying reliable applications
- Participate in software architecture and design.
- Translating business and functional requirements into deliverable software and customer experience
- Develop tools to test and analyze complex systems, including those deployed in production, and dig into critical pieces of distributed systems like logging, tracing, metrics.
BASIC QUALIFICATIONS
- 7+ years of non-internship professional software development experience
- Programming experience in Java (Core Java and Frameworks like Spring / SpringBoot) including object-oriented design
- 2+ years of experience in leading and mentoring teams
- 1+ years of experience contributing to the architecture and design (architecture, design patterns, reliability and scaling) of new and current systems
- 1+ years of cloud experience (AWS / Azure / GCP)
- 1+ years of DevOps - CI/CD
- Strong in Data Structures and Algorithms
- Understand the problem and choose the right Data Structures and Algorithms to use
- Handle Time Space complexity
- Strong understanding of System Design.
- Ability to explain the trade-offs in certain design decisions
- Explain complex technical concepts in an easy-to-understand way