Software Engineering Intern
Node JS
JavaScript
Python
Kotlin
SQL
TypeScript
Experimentation & Evaluation: 4/10
Active 14 days ago
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Overview
Technical skills
Timeline
Roles
Overview
LLM engineer (senior-level) specializing in retrieval-augmented meal-planning systems with safety-focused evaluation. The strongest proven skill is building evaluation and RAG pipelines as shown by src/evaluator.py and the retrieval + filtering logic in src/retrieval.py. There is little to no public evidence of custom model training, advanced MLOps (deployment/monitoring), or efficiency optimization work.
Technical skills
Node JS
JavaScript
Python• Middle
Kotlin• Junior
SQL• Junior
TypeScript
Node JS
Nest.JS
Python
Requests
Kotlin
Exposed
Ktor
Java
HikariCP
Databases
MySQL
AI/ML
LangChain
LLM
Ollama
RAG
Transformers
Embeddings
Streamlit
DevOps
Azure
Docker
Docker Compose
Git
Rest API
Mobile
JUnit
QA
Pytest
Sentry
Swagger
Timeline
University of California (Davis Campus)
Bachelor's Degree •
Computer Science
Software Engineering Intern
•
Junior
Flip-ers
•
Internship
Debugged TypeScript issues in a NestJS backend and validated REST API behavior using Swagger. Integrated Sentry for real-time production error tracking to speed up incident response. Troubleshot Azure App Service configuration problems, including database connectivity checks, to restore reliable application behavior. Wrote onboarding documentation and bug reports in GitHub Issues to improve team ramp-up.
TypeScript
Swagger
Rest API
Azure
Sentry
Git
Middle AI/ML Engineer
Confidence: Medium LLM Engineer
LLM engineer (senior-level) specializing in retrieval-augmented meal-planning systems with safety-focused evaluation. The strongest proven skill is building evaluation and RAG pipelines as shown by src/evaluator.py and the retrieval + filtering logic in src/retrieval.py. There is little to no public evidence of custom model training, advanced MLOps (deployment/monitoring), or efficiency optimization work.
Model Architecture & Training
1/10
How well models are designed and trained
Minimal model-building or training work; system relies on hosted/packaged models and embedding functions rather than custom architectures or training loops.
Data Pipeline & Feature Engineering
3/10
How data is prepared for models
Clear, purposeful data retrieval and filtering pipeline with query construction, over-fetch + allergen filtering and tests ensuring metadata fields; not a large-scale ETL system but solid feature engineering for RAG.
Experimentation & Evaluation
4/10
How results are measured and tested
A structured evaluation pipeline with multiple scoring functions, per-category summaries, and automated result saving; good test coverage around desired behaviours and safety checks.
MLOps & Deployment
2/10
How models are shipped to production
Basic serving and UX via Streamlit and local feedback logging; persistent ChromaDB usage but limited MLOps concerns such as deployment automation, monitoring, CI/CD or model/version management.
Computational Efficiency
1/10
How efficiently computing resources are used
No evidence of GPU/memory optimizations, quantization, batching strategies or profiling; standard library and packaged embeddings are used without efficiency engineering artifacts.
Research Depth & Innovation
1/10
Depth of research and new ideas
Limited research depth or novel algorithmic work; the project applies standard RAG patterns, safety checks and evaluation heuristics but contains no custom layers, paper implementations or ablation studies.
Verified artifacts
Expertise
RAG• Middle
Industries
Artificial Intelligence• Middle
Food & Beverages• Middle
Technologies
Python• Middle
LangChain
Embeddings
Ollama
Transformers
LLM
RAG
Streamlit
Requests
Flask• mentioned only
TensorFlow• mentioned only
Recommendations
- Develop retrieval-augmented generation (RAG) systems and safety-aware prompt/eval pipelines for consumer-facing assistants.
- Implement and extend evaluation dashboards and automated scoring systems (using the existing evaluator.py as the base).
- Build Streamlit prototypes and user-feedback loops for rapidly validating LLM-driven product features in the food/nutrition domain.
- Hardening allergen and safety filters and integrating vector store versioning or simple model/versioning for controlled deployments.
Repositories
The developer's experience in this domain has been verified based on AI analysis of the following repositories:
