BRANDENRIVERA.
Software Engineering Co-op
@ FedEx
At FedEx.
FedEx
Software Engineer Co-opMay 2026 — Present
devices captured
vs. 96,785 before
Engineering behind
the everyday delivery.
Projects.
Systems, applied AI, data engineering,
and application
development.
Open an entry for scope and status.
01
C17 / POSIX
Mini Database
Engine
Mini Database
Engine
A single-file database engine in C17 that stores rows in 4 KB pages behind a page cache, indexed by a B+ tree that grows to any height for O(log n) inserts, lookups, updates, and deletes.
Made every write crash-safe with a redo write-ahead log, ordered fsync commits, and replay on restart. Added CRC-32 page checksums, request-ID idempotency, a single-writer file lock, and begin/commit/rollback transactions; verified with 170+ tests, kill -9 crash cases, reference-model randomized testing, and AddressSanitizer/UBSan fuzzing.
02
PYTHON / FASTAPI / SQLITE / OPENROUTER
Model-Routing
Code Agent
Model-Routing
Code Agent
An LLM coding agent that executes multi-step software tasks through structured Read, Write, Delete, and Bash tools using an iterative tool-calling loop with runtime and execution limits.
Created an 18-task evaluation harness comparing three models across six task categories. The FastAPI and SQLite application persists conversations, handles provider fallback, explains routing decisions, and includes 62 automated tests.
03
PYTHON / DUCKDB / AWS / TERRAFORM / REACT
Deadlock Analytics
Platform
Deadlock Analytics
Platform
A serverless AWS pipeline that ingests new Parquet files from a public Deadlock match data lake each hour and publishes per-hero win rate, pick rate, and match-length statistics.
Added DuckDB deduplication, late-data coverage rules, and pre-publish validation; delivered a React/TypeScript dashboard with Wilson-confidence hero tiers and trend charts through private S3 and CloudFront, with infrastructure defined in Terraform.
04
PYTHON / PYTORCH / FLYWIRE
Fly Plays
Pokémon
In progress
Fly Plays
Pokémon
A Pokémon Showdown project centered on a FlyWire-derived fruit-fly connectome. The model will encode battle states, propagate sparse neural activity through a biologically constrained network, and decode legal moves and switches.
The initial milestone is behavior cloning recorded Gen 1 OU decisions, comparing the connectome-constrained policy with control topologies, and visualizing battle and neural telemetry in a web interface.
Technical
skills.
University of Central Florida
B.S. Computer ScienceExpected May 2027
Languages
C, C++, Python, Java,
JavaScript, TypeScript, SQL
Frameworks
React, Django, FastAPI, Flask
Cloud & DevOps
AWS Lambda, S3, CloudFront,
Athena, EventBridge, IAM,
CloudWatch,
Terraform
Tools & databases
Git, GitHub, GitHub Actions,
DuckDB, SQLite, Bash,
ArcGIS
Pro, ArcGIS Online
Data & machine learning
Pandas, NumPy, Matplotlib,
Scikit-learn
Certification
AWS Academy
Cloud Security Foundations