top of page

This site was designed with the

website builder. Create your website today.Start Now

Jaka Pandza | Mechanical Engineer

Projects

robot composite.png

Screenshot 2023-03-08 005744_edited.jpg

Machine design.jpg

IMG_7965.HEIC

Project MEGG

A robotics project from the ground up. Showcasing 3D product design skills, programming skills and physics engine aided machine learning.

UPSIDE Foods

A summer internship at a fast growing, high-tech startup aiming to grow sustainable cultured meat. Involves both process automation and R&D automation engineering.

Imitate

A passion project that led to a startup company. Imitate generates physical-based rendering maps and is being utilized by 3D scanning companies in the New York City area.

Lab Automation Module

A fully automated module for lab research. This robotic mechanism can be integrated into any lab environment and fully automates one of the most tedious procedures in most cell-based research.

AwayTogether app

A project to design a social platform that would aid immigrant workers in their transition to working life in New York city and establish local communities.

Automated robotic linkage mechanism

A project to design, build, and control a complex linkage mechanism to press arcade buttons in sequence as quickly as possible. Demonstrates kinematic planning, sensor programming, and transmission design.

Solar Tracking Array

A challenge project to design, manufacture and program a solar tracking array in 6 hours of lab time. Completed as the leader of a 7 person team of mechanical engineers.

4-Point Collinear Probe

A summer research project with the goal of designing, manufacturing, and programming a four-point collinear probe to be used for high resistivity semiconductor experimentation. Involved electrical engineering, product design, and LabVIEW programming.

NATO Landmine Robot Project

A humanitarian project funded by NATO with the goal to engineer an effective and inexpensive system to locate and defuse landmines in former warzones.

Ruby crystals 2.jpg

Multicopter Drone

Project Ruby

An independent study with the end goal of using the Monte Carlo method to simulate both the doping of, and the growth of ruby crystals.

The research was investigating the distribution of the doped cation impurities.

Additional Projects

Self repairing cities, Robotics for Rehabilitation, Prosthetic design etc

bottom of page