Principal/ Senior Solution Engineer

• Collaborate with core engineering, customers, and solution engineering teams for functional and technical discovery sessions to understand requirements and architect TigerGraph-based solutions.

• Prepare and deliver compelling product demonstrations, live software prototypes, and proof-of-concepts showcasing a leading Graph Database Product's multi-modal Graph + Vector capabilities, including hybrid search for AI applications.

• Create and maintain public documentation, internal knowledge base articles, FAQs, and best practices for a leading Graph Database product's implementations.

• Design efficient graph schemas, develop GSQL queries and algorithms, and build prototypes that address customer requirements (e.g., Fraud Detection, Recommendation Engines, Knowledge Graphs, Entity Resolution, Anti-Money Laundering, and Cybersecurity).

• Optimize indexing strategies, partitioning, and query performance in a leading Graph Database Product's distributed environment, leveraging GSQL for parallel processing and real-time analytics.

• Lead large-scale production implementations of a leading Graph Database Product's solutions for enterprise clients, ensuring seamless integration with existing systems like Kafka for streaming, K8s for orchestration, and cloud platforms.

• Provide expert guidance on Graph Neural Networks (GNNs), Retrieval-Augmented Generation (RAG), semantic search, and AI-driven optimizations to enhance customer outcomes.

• Troubleshoot complex issues in distributed systems, including networking, load balancing, and performance monitoring.

• Foster cross-functional collaboration, including data modeling sessions, whiteboarding architectures, and stakeholder management to validate solutions.

• Drive customer success through exceptional service, project management, and communication of leading Graph Database Product's value in AI/enterprise use cases.

• Graph and Vector Data Science: Experience in applying graph algorithms, vector embeddings, and data science techniques for enterprise analytics.

• SQL Expertise: Experience in SQL for querying, performance tuning, and debugging in relational and graph contexts.

• Graph Databases and Platforms: Experience with Graph Database Products like Tigergraph, Neo4J, Janusgraph or similar systems, focusing on multi-modal graph + vector integrations.

• Programming & Scripting: Experience in Python, C++, and automation tools for task management, issue resolution, and GSQL development.

• HTTP/REST and APIs: Expertise in building and integrating RESTful services for database interactions.

• Linux and Systems: Strong background in Linux administration, scripting (bash/Python), and distributed environments.

• Kafka and Streaming: Experience with Kafka for real-time data ingestion and event-driven architectures.

• Cloud Computing: Experience with AWS, Azure, or GCP for virtualization, deployments, and hybrid setups.

• Graph Neural Networks (GNNs) and Graph Machine Learning**: Hands-on with frameworks like PyTorch Geometric for predictive analytics on graphs.

• Retrieval-Augmented Generation (RAG) and Semantic Search: Building pipelines with vector embeddings and LLMs for AI applications.

• Multimodal Data Handling: Managing text, images, video in graph + vector setups.

• Agile Methodologies and Tools: 3+ years with Scrum/Agile, JIRA, or Confluence.

• Presentation and Technical Communication: Advanced whiteboarding, architecture reviews, and demos.

• Cross-Functional Collaboration: Leading discovery, data modeling (UML, ER diagrams), and on-call incident management.

• Data Governance, Security, and Compliance: Knowledge of encryption, access controls, GDPR/HIPAA, and ethical AI practices.

• Big Data Processing Tools: Proficiency in Apache Spark, Hadoop, or Flink for distributed workloads.

• AI-Driven Database Management and Optimization: Skills in AI-enhanced query optimization and performance tuning.

• Monitoring & Observability Tools: 4+ years with Prometheus, Grafana, Datadog, or ELK Stack.

• Networking & Load Balancing: Proficient in TCP/IP, load balancers (NGINX, HAProxy), and troubleshooting.

• K8s (Kubernetes): Proficiency in container orchestration for scalable deployments.

• DevOps and CI/CD Pipelines: Advanced use of Git, Jenkins, or ArgoCD for automation.

• Real-Time Analytics and Streaming Integration: Beyond Kafka, experience with Flink or Pulsar.

Agivant