Nate S. Osikowicz
NSF Graduate Research Fellow at Penn State College of Engineering- Claim this Profile
Click to upgrade to our gold package
for the full feature experience.
Topline Score
Bio
Experience
-
Penn State College of Engineering
-
United States
-
Higher Education
-
100 - 200 Employee
-
NSF Graduate Research Fellow
-
Sep 2021 - Present
Control and Analysis of Stochastic Systems (CASS) LabFocus: Robotic Systems
-
-
Research Assistant
-
Jan 2020 - Present
- Investigate the biological principle of tensegrity and its applications to robotic manipulation- Implemented a model-based shape control law to maneuver tensegrity robots by controlling the tensions in supporting tendons- Realize optimal dexterity manipulator configurations through bio-inspired fractal-based design- Investigate a robust, data-driven, tensegrity shape control framework to dampen structural vibrations based on the Observer Kalman-Filter Identification (OKID) - Construct a hardware-in-the-loop testbed for implementing tensegrity shape control algorithms
-
-
-
AIAA
-
Non-profit Organizations
-
100 - 200 Employee
-
President | Penn State Student Chapter
-
Apr 2018 - May 2020
- Launched the control system design series for undergraduates interested in microcontrollers- Managed an executive board through strategic event planning and budgeting efforts- Implemented a framework for professional development among Aerospace Engineering students - Launched the control system design series for undergraduates interested in microcontrollers- Managed an executive board through strategic event planning and budgeting efforts- Implemented a framework for professional development among Aerospace Engineering students
-
-
-
Lockheed Martin
-
United States
-
Defense and Space Manufacturing
-
700 & Above Employee
-
Systems Engineer
-
May 2019 - Aug 2019
- Recognized for 'Best 2019 Intern Presentation' on state estimation and the mental model- Co-developed the curriculum for the Spring 2020 Motor Controls Course- Architected software to predict and prevent iron nitrate accumulation on MILSTAR satellite thrusters - Recognized for 'Best 2019 Intern Presentation' on state estimation and the mental model- Co-developed the curriculum for the Spring 2020 Motor Controls Course- Architected software to predict and prevent iron nitrate accumulation on MILSTAR satellite thrusters
-
-
-
UNIFLIGHT GLOBAL - MRO
-
United States
-
Aviation and Aerospace Component Manufacturing
-
1 - 100 Employee
-
Helicopter Technician
-
Jun 2018 - Aug 2018
- Developed sheet metal provisions for the Bell 429 GlobalRanger rotorcraft- Conducted weight & balance evaluations for a variety of rotorcraft- Devised shipping methods for the Agusta A109E transmission assembly - Developed sheet metal provisions for the Bell 429 GlobalRanger rotorcraft- Conducted weight & balance evaluations for a variety of rotorcraft- Devised shipping methods for the Agusta A109E transmission assembly
-
-
-
Carbone's Pasta Engineering Competition
-
United States
-
Team Lead
-
Jan 2017 - Apr 2017
- Designed an arch bridge from pasta & hot glue to support structural loads ranging from 50-100lbs- Prototyped and tested a new arch bridge concept to yield a tenfold increase in structural stiffness- Awarded First Place among 40 teams across Pennsylvania with a record breaking strength of 84.8lbs (using less than 1 kg of structural mass) - Designed an arch bridge from pasta & hot glue to support structural loads ranging from 50-100lbs- Prototyped and tested a new arch bridge concept to yield a tenfold increase in structural stiffness- Awarded First Place among 40 teams across Pennsylvania with a record breaking strength of 84.8lbs (using less than 1 kg of structural mass)
-
-
Education
-
Penn State University
Doctor of Philosophy - PhD, Aerospace Engineering -
Penn State University
M.S., Aerospace Engineering -
Penn State University
B.S., Aerospace Engineering