Work with us in the world's leading firm of AI and in the professional domain.
Job Responsibilities:
Being able to understand from the big picture to detailed system implementation of big data and AI retrieval architecture, supporting and innovating as a global platform.
Be able to manoeuvre in a very dynamic environment, requires effective communication and social skills.
Being able to bridge and communicate across functional teams, locally and globally.
Documentation drafting, including architecture, solution comparisons, etc.
Have to be dynamically and highly skilled at conducting Proof of Concept systems design in a wide variety of functional domains.
To conduct various testing for selection of proper libraries, frameworks
To design and implement testing frameworks as guardrails for code delivery quality and behavioral tests.
Attending meetings with global teams to liaise and to provide support or systems diagnosis.
Rapid learner
Other duties assigned
Mandatory: English language (read and write, communications and documentation)
Skills Required:
Comprehensive knowledge in the systems domain
Hands on Linux/Unix skills
Hands on skills on cloud architecture (AWS, Azure, GCP)
Systems and code security (Hashing, deprecation and vulnerabilities, FIPS compliance, etc.)
Hands on coding skills with strong fundamentals of computer science, data structures, software and computer architecture (at least 3 languages in previous projects)
Preferably: C, Java, Go, Rust, Python
Knowledge in performance web frameworks for microservices architecture (e.g. Fiber, Gin, Spring Boot, FastAPI, Enterprise J2EE)
Knowledge in web serving technologies (e.g. Jetty, Tomcat, Uvicorn, Guvicorn, nginx, Apache HTTPD)
Knowledge and exposure in ETL architectures and implementations (Flink, Spark streaming)
Robust fundamentals in data architecture (Not only RDBMS, but columnar databases, search engines, ElasticSearch, Solr, ELK, Cassandra, HBase, Cloud-based Spanner, Aurora, DynamoDB, etc.)
Strong fundamentals in maintaining clean code, styling, best practices, algorithmic performance, performance and crash-free robust software architectures.