AI Engineer, Ontologies & Knowledge Graphs

Posted 6 Days Ago
2 Locations
In-Office
Entry level
Artificial Intelligence • Cloud • Hardware • Software • Semiconductor
The Role
Build pipelines that extract product knowledge from source code, APIs, file formats, and documentation into structured knowledge stores. Design ontologies, schemas, and knowledge graphs; develop parsers, typed interfaces, retrieval systems, and RAG layers; and decompose complex engineering workflows into callable operations. The role collaborates with domain engineers across multiple products and evaluates data quality, coverage, and schema completeness.
Summary Generated by Built In
At Cadence, we hire and develop leaders and innovators who want to make an impact on the world of technology.

We are looking for an engineer who builds the data and interface layer that makes complex software products programmatically understandable. Many powerful products expose rich but heterogeneous surfaces — source code, scripting APIs, file formats, data structures, and workflow logic. This role builds pipelines that extract and transform those surfaces into structured, queryable knowledge — designing the schemas, constructing the knowledge graphs, and exposing them through clean, typed programmatic interfaces for downstream consumption.

Job Responsibilities

  • Build ETL/ELT pipelines that extract data from source code, APIs, file formats, and documentation and load it into a structured knowledge store.
  • Design and maintain schemas and semantic data models capturing entities, relationships, and capabilities.
  • Construct and maintain knowledge graphs over heterogeneous product data.
  • Develop source and metadata parsers (including source-code/AST parsing) to extract structure automatically.
  • Build typed programmatic interfaces and data-access layers over the knowledge layer.
  • Implement retrieval and indexing layers (e.g., embeddings, RAG) over product knowledge.
  • Work with domain engineers to decompose complex product workflows into discrete, callable operations.
  • Assess data sources for coverage, quality, and schema completeness across multiple products.

Job Qualifications

  • BS/MS in Computer Science, Mechanical Engineering, or similar.
  • Strong Python; experience building and consuming REST APIs.
  • Experience building data pipelines (ETL/ELT) over structured and unstructured data.
  • Familiarity with graph databases and/or semantic/ontology modeling (RDF, OWL, property graphs, or equivalent).
  • Experience with at least one agent framework (LangChain, LangGraph, AutoGen, CrewAI, or similar).
  • Understanding of how LLMs consume context and call tools (retrieval, RAG, embeddings).
  • Exposure to CAE/FEA/CFD or a related physical-simulation or engineering domain.
  • Comfortable working within unfamiliar or undocumented codebases.
  • Systems thinker — able to decompose a complex legacy workflow into discrete, callable steps.

Additional Skills/Preferences

Nice to have:

  • Vector databases.
  • Data-access and API interface development.
  • Parsing structured file formats.
  • Surrogate modeling or related numerical methods.

Deliberately not required:

  • Deep or specialist domain expertise beyond working familiarity — domain engineers provide that.
  • No PhD or ML research background required.

Additional Information

  • Works across multiple products, building structured knowledge and interfaces over their capabilities.
  • Collaborates closely with domain engineers who provide subject-matter expertise.
  • Works with data pipelines, graph databases, and product API surfaces.
  • Travel is not an expectation for this role. Occasional travel may occur for broad team alignment workshops, but these are infrequent.
We’re doing work that matters. Help us solve what others can’t.

Skills Required

  • BS or MS degree in Computer Science, Mechanical Engineering, or a similar field
  • Strong Python skills
  • Experience building and consuming REST APIs
  • Experience building ETL or ELT data pipelines over structured and unstructured data
  • Familiarity with graph databases or semantic and ontology modeling, including RDF, OWL, property graphs, or equivalent
  • Experience with at least one agent framework, such as LangChain, LangGraph, AutoGen, or CrewAI
  • Understanding of LLM context consumption and tool calling, including retrieval, RAG, and embeddings
  • Exposure to CAE, FEA, CFD, or a related physical-simulation or engineering domain
  • Ability to work within unfamiliar or undocumented codebases
  • Ability to decompose complex legacy workflows into discrete, callable steps
  • Experience with vector databases
  • Experience developing data-access layers and API interfaces
  • Experience parsing structured file formats
  • Experience with surrogate modeling or related numerical methods

Cadence Design Systems Compensation & Benefits Highlights

The following summarizes recurring compensation and benefits themes identified from responses generated by popular LLMs to common candidate questions about Cadence Design Systems and has not been reviewed or approved by Cadence Design Systems.

  • Equity Value & Accessibility A discounted ESPP with a lookback feature and equity included in total compensation make ownership broadly accessible and potentially meaningful. Structured compensation at an industry leader adds predictability to equity participation.
  • Healthcare Strength Medical, dental, and vision coverage are described as solid, with mental‑health/EAP and fertility support enhancing the offering. The breadth across core care and family‑building needs strengthens the healthcare package.
  • Leave & Time Off Breadth Global Recharge Days, volunteer time off, and companywide breaks indicate a comprehensive time‑off framework. In addition, many salaried roles are described as having flexible or generous PTO policies.

Cadence Design Systems Insights

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The Company
HQ: San Jose, CA
8,216 Employees
Year Founded: 1988

What We Do

Cadence enables electronic systems and semiconductor companies to create the innovative end products that are transforming the way people live, work and play. Cadence® software, hardware and IP are used by customers to deliver products to market faster. The company's Intelligent System Design strategy helps customers develop differentiated products—from chips to boards to intelligent systems—in mobile, consumer, cloud, data center, automotive, aerospace, IoT, industrial and other market segments. Cadence is listed as one of Fortune Magazine's 100 Best Companies to Work For.

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