Data Engineer
工作环境:我们正在寻找一名高级数据工程师,设计,构建和运营可扩展的数据管道和策划的数据资产,使人工智能驱动的工作流程和关键业务自动化成为可能。该职位侧重于生产级交付,数据质量,治理和跨企业系统整合,支持周期时间缩短,生产力增长,成本降低以及改善操作决策等结果。数据工程师将与建筑,平台工程,人工智能工程师和商业利益相关者密切合作,确保数据是可访问的,可靠的,安全的,适合操作和人工智能启用案例。工作责任:· 设计和实施可扩展的数据管道 (批量及近实时)来支持人工智能和自动化使用案例。· 在结构,半结构和非结构来源中建立和维护强大的摄入流程。· 实现与企业标准一致的数据转换,清洁,验证和质量控制。· 为提供精确,可重复使用的数据集和接口来实现人工智能使用案例,包括用于检索基于 AI 模式 (RAG) 的摄入和索引流程。• 定义并执行数据契约,方案管理和版本以支持可靠下游消费。· 实施 RAG 数据准备逻辑,包括语义分量策略,元数据丰富和处理增进更新和重新索引的方法。· 与人工智能工程师合作定义索引方案和优化检索性能的元数据策略。·与人工智能技术工程师合作确保源数据和检索管道准备,可测量并符合交付目标。· 对管道进行观察性 (适用时新鲜度,完整性,精确性,线条信号). ·解决管道故障和绩效瓶,并确保稳定的生产运营。·确保与内部治理要求 (访问控制,数据隐私限制,审计能力)保持一致。教育要求:·计算机科学,软件工程,信息系统,数据工程或相关领域的学士学位或士学位。·与数据管道,SQL 和云平台的经验是关键。所需技能和经验:·在生产环境中建立和维护数据管道的强大经验。·专家级 SQL 技巧以及企业数据模型的坚实的理解。
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Job Context:
We are seeking a senior Data Engineer to design, build, and operate scalable data pipelines and curated data assets that enable AI-driven workflows and business-critical automation. This role is focused on production-grade delivery, data quality, governance, and integration across enterprise systems, supporting outcomes such as cycle time reduction, productivity gains, cost reduction, and improved operational decisioning. The Data Engineer will work closely with architecture, platform engineering, AI engineers, and business stakeholders to ensure data is accessible, reliable, secure, and fit for operational and AI-enabled use cases.
Job Responsibilities:
- Design and implement scalable data pipelines (batch and near real-time) to support AI and automation use cases.
- Build and maintain robust ingestion processes across structured, semi-structured, and unstructured sources.
- Implement data transformation, cleansing, validation, and quality controls aligned with enterprise standards.
- Provide curated, reusable datasets and interfaces to enable AI use cases, including ingestion and indexing flows used for retrieval-based AI patterns (RAG) where applicable.
- Define and enforce data contracts, schema management, and versioning to support reliable downstream consumption.
- Implement data preparation logic for RAG, including semantic chunking strategies, metadata enrichment, and approaches for handling incremental updates and re- indexing.
- Collaborate with AI Engineers to define indexing schemas and metadata strategies that optimize retrieval performance.
- Collaborate with AI Engineers to ensure source data and retrieval pipelines are production-ready, measurable, and aligned with delivery objectives.
- Implement observability for pipelines (freshness, completeness, accuracy, lineage signals where applicable).
- Troubleshoot pipeline failures and performance bottlenecks and ensure stable production operations.
- Ensure alignment with internal governance requirements (access control, data privacy constraints, auditability).
Educational Requirements:
- Bachelor’s or Master’s in Computer Science, Software Engineering, Information Systems, Data Engineering, or related field.
- Experience with data pipelines, SQL, cloud platforms is key.
Required Skills and Experience:
- Strong experience building and maintaining data pipelines in production environments.
- Expert-level SQL skills and solid understanding of enterprise data modeling concepts.
- Advanced Python experience for pipeline development and automation.
- Experience processing semi-structured and unstructured data (for example PDFs, JSON payloads, Markdown/text corpora), including preparing data for consumption by LLM- enabled applications and retrieval systems.
- Experience working with APIs, enterprise systems, and heterogeneous data sources.
- Strong understanding of data quality patterns (validation rules, anomaly detection, automated checks).
- Ability to operate with high ownership and accountability for data reliability in production.
- Strong troubleshooting skills for performance, failures, and operational constraints.
Nice to Have (Senior Differentiators)
- Understanding of retrieval and indexing workflows supporting AI applications, including vector-ready ingestion patterns and retrieval enablement.
- Experience supporting vectorization pipelines and embeddings-based retrieval workflows.
- Experience with distributed data processing and performance optimization (for example Spark/Delta Lake-style processing), particularly where high volume and concurrency are required.
- Familiarity with orchestration and workflow tooling (for example Airflow, Dagster, or Data Factory-style patterns).
- Experience with cloud-native implementations (Azure-first where applicable) and enterprise governance constraints.
- Familiarity with data governance practices (access policies, audit requirements, lineage approaches).
- Experience with production monitoring patterns, including service-level objectives (SLOs) for data freshness and pipeline stability.
Technology Stack (Indicative):
(Final stack and tooling will follow internal standards and may vary by domain.)
Languages
- Python (advanced)
- SQL (expert)
Data Platforms / Storage (examples)
- Azure SQL and enterprise databases
- Data lake / lakehouse patterns (Delta Lake-style where applicable)
- Document storage and indexing patterns supporting unstructured data
Orchestration / Processing (examples)
- Airflow, Dagster, or Azure Data Factory-style orchestration
- Distributed processing frameworks (Spark-style processing where applicable)
Integration & Messaging (examples, where applicable)
- API-based ingestion
- Event streaming / messaging patterns (Kafka/Event Hubs-style where applicable)
Operations
- CI/CD pipelines and release management
- Observability and monitoring for pipelines and services
Cross-Cutting Expectations
- Delivery mindset with focus on measurable outcomes and operational stability.
- High ownership for reliability, quality, and performance.
- Ability to collaborate across engineering, architecture, and business stakeholders.
- Clear documentation, structured communication, and predictable execution.
Success Measures (Examples)
- Data pipelines deliver reliable, validated data aligned to agreed freshness and quality expectations.
- Reduced manual effort and operational friction through stable automation and data availability.
- Production issues are detected early through monitoring and resolved with structured root cause analysis.
- AI and automation teams are enabled by consistent, reusable datasets and retrieval- ready ingestion flows.
- Implementation of automated data quality gates (“quality as code”) that prevent broken or incomplete data from reaching downstream AI workflows (including retrieval/vector indexing), reducing manual cleanup and operational rework.
Workplace:
- Remote
Working Hours
- 2:00 PM to 11:00 PM (BD Time)
Salary:
- Negotiable (Based on experience and skills)
Benefits:
- General Leave: 10 days
- Festival Bonus (2), basic 100%
- Weekly 2 holidays (Sat & Sun)
- Annual Salary Review
- PTO Benefits
- Resignation &/or Termination Benefits: 1 month
The Application Process:
- Telephone Round.
- Interview with the Client.
- Final Interview with the People & Culture.
- Job Offer.
NB: Only shortlisted candidates will be communicated in the recruitment process.
Originally posted on Himalayas