It's a pleasure to meet you. My name is
Jonathan Siskind
Mechanical Engineering
Student at Stanford University
- jsiskind@stanford.edu
-
765-412-9156
Deep down, I'm a Maker.
I’ve always thought that engineers have a unique superpower – the ability to make anything. A driven engineer with the right skillset and just enough patience can create anything their mind can dream of.
Over the past five years, I have pursued a multitude of projects to hone my engineering skillset. In my basement workshop in my home state of Indiana, I’ve built creations ranging from a wrist-mounted flamethrower out of spare pipe fittings to a meter-long remote-controlled submarine. At Stanford Space Initiative, I am leading a team to construct a solar-powered, GPS-navigated rover to autonomously make an ambitious trek across the continent of Antarctica. As the only undergraduate student in the Stanford Robotics lab, I’ve been developing an underwater handheld camera to be used by the humanoid exploration robot Ocean One K. This project-based experience is what sets me apart. First and foremost, I seek to apply my creative abilities to each and every one of these projects – and all this expertise has crafted me into an adept problem solver along the way.
Technical Skills
Mechanical
Computer-Aided Design (NX. Fusion, Onshape)
3D Printing (including Enders, Bambus, Prusas, Formlabs)
Machining (Mill, Lathe, Sheet Metal Forming, Sandcasting, etc)
electrical
Microcontrollers: Arduino, Raspberry Pi, Mango Pi, dozens of different programmable peripherals (sensors, actuators, etc)
Precise Soldering
Analog/Digital Circuit Analysis
software
Python, C, C++, C#
MATLAB
Unity Game Dev
theoretical
Robot Control Theory, Robotic Kinematics/Dyanmics
Multivariate Calculus, ODEs, PDEs
Computational/Numerical Methods
Statics/Dyanmics
Materials Analysis
My Experience
June 2025 -
Sep 2025
Zipline Drone Delivery and Logistics
BATTERY MANUFACTURING
I helped bring up Zipline's in-house battery manufacturing line for their second generation drones. Specifically, I designed and built a series of machines and fixtures including a heavy-duty mechatronic compression tower, an end-of-line battery connector tester, and more.
June 2024 -
Aug 2024
Monterey Bay Aquarium Research Institute
oceaNIC sensorS
I designed and built a floating ocean current sensor to be used on a network of coastal profiling floats that are deployed across the world's oceans.
Oct 2022 -
March 2025
Stanford Student Space Initiative
rover Team co-lead
I led the Mars division of the highest-funded engineering student organization/club at Stanford; I managed my subteam's 40 students and $20,000 annual budget. I am leading the development of a solar-powered, GPS-navigated rover that will autonomously drive through Antarctica to the South Pole.
Jan 2023 -
Sep 2023
Stanford Robotics Lab
Underwater Robotics RESEARCH
I conducted robotics research to integrate timed controls, an OLED screen, lens distortion correction, buoyancy leveling, and a live feed system to the Raspberry Pi-controlled handheld camera operated by Ocean One K, an underwater exploration robot.