JACOB ANDRÉS / HOME

JacobAndrÉs

I like solving really hard problems.

Systems

Unlayered Slicer↗ S5 Slicer↗ Fastwatch↗ Cellular automata↗ Cartside↗
A robotic fabrication head working over a circular build plate
Jacob demonstrating an electronics project to a classroom
A colorful custom motion system assembled on a laboratory bench
Jacob working through multivariable calculus at a whiteboard
A handheld radio telemetry prototype being tested outdoors
Jacob standing beside a large fabricated robot at an engineering event
A small articulated character freshly produced on a 3D printer
Jacob approaching Cloud Gate in Chicago wearing a 3D-printer design
A fabrication mechanism processing a small material sample
Jacob meeting another maker at an engineering event
A mechanical slat display moving through a pattern
Jacob walking through the engineering campus in Atlanta

Experience

Unlayered3D Algorithms Engineer

Contributed to Unlayered Slicer and optimization pipelines for additive manufacturing, including constraint-based scheduling, geometric feasibility, and machine-ready workflows.

University of North Georgia · NASA Undergraduate Researcher

Nonplanar toolpath planning, calibration-data pipelines, and repeatable research workflows for multi-axis printing.

Amazon Quality Assurance Associate

Hardware diagnostics, defect triage, and process standardization for high-volume consumer electronics.

Humanitarian Aid Spanish–English Interpreter

Interpretation for engineering, medical, and community teams working in Cuba and Colombia.

Field notes

Optimizing Nonplanar — Core R Theta Part 2

Core R Theta — Part 1

Gauntlet HID — Part 2

Gauntlet HID — Part 1

Benjamin Franklin & Electromagnetism
Jacob Andrés
Building human systems.

I'm Jacob Andrés Navarrete. I study applied mathematics at the University of North Georgia. I research nonplanar additive manufacturing, but I'm also interested in operations research, RF, and modeling the chaotic complexity at the heart of the human experience. I find the most fulfillment in designing systems that impact the people in them.

[email protected]