NASA Nebraska Space Grant

Please see the Fall 2025 full-time internship opportunities below. 

 

Note:

• Only students at Nebraska universities are eligible.   

• Must be a U.S. Citizen

• There is no deadline; they will remain open until filled so apply as soon as possible if interested. 

• NASA Nebraska Space Grant will provide the internship stipend of approximately $20 per hour. 

• Application Notes

  • Apply here and include a resume 

  • Clearly indicate which Cislune* internship opportunity you are applying to and if you are able to work in California, Nebraska, or either. 

  • For the internship mentor, enter Michaela Lucas with email address of Nasa.Nebraska@unomaha.edu at this time.  Leave the internship mentor phone number blank.   

  • Questions may be addressed to Nasa.Nebraska@unomaha.edu

  •  

*Cislune develops lunar mining, ISRU, and construction tech through NASA SBIR/STTR awards. Space Grant interns join in real R&D that advances the Lunar Ecosystem. 

 

Computer Science Intern 

 

Overview

Support software development for autonomy, simulation, and data analytics related to lunar missions. Collaborate with the software team to refine algorithms and tools.

 

Key Responsibilities

 

·      Refine autonomy modules (path planning, obstacle avoidance) in C++/Python; integrate into ROS ecosystems.

 

·      Maintain and expand simulation environments in Gazebo for rover and manipulator testing.

 

·      Develop data‐analysis pipelines for sensor streams (LiDAR, stereo cameras) using Python (NumPy, Pandas).

 

·      Implement unit and integration tests; assist with CI/CD management (GitHub Actions).

 

·      Contribute to SimMoon VR platform enhancements (C# in Unity) for mission simulations.

 

Required Qualifications

 

·      Enrolled in Computer Science, Robotics, or related degree program.

 

·      Proficient in C++, Python, and Linux; experience with ROS (Melodic or Noetic).

 

·      Familiar with machine learning frameworks (TensorFlow or PyTorch) and Git version control.

 

·      Strong communication skills; able to document code clearly.

 

Preferred Qualifications

 

·      Experience with VR/AR development in Unity; familiarity with Git submodule workflows.

 

·      Exposure to cloud‐based simulation or data‐processing platforms (AWS, Google Cloud).

 

Duration & Compensation

 

• Full time (35-40hr/week) for 10 weeks in Fall 2025. NASA Nebraska Space Grant will provide the internship stipend of approximately $20 per hour. 

 

 

Electrical Engineering Intern 

 

Overview

Contribute to electrical system design, PCB layout, and test verification for lunar rover and ISRU electronics. Work closely with the EE team to iterate flight-like hardware.

 

Key Responsibilities

 

·      Assist in schematic creation and PCB layout (Altium Designer) for sensor interfaces, power‐distribution units, and control boards.

 

·      Prototype PCBs in lab: component placement, soldering, and functional evaluation.

 

·      Develop test scripts for power‐electronics evaluation (DC/DC converters, motor drivers) using LabVIEW or Python.

 

·      Support embedded firmware tasks: help with microcontroller programming (ARM Cortex‐M) for sensor readout and actuator control.

 

·      Archive electrical documentation: maintain version control, update schematics, and record test procedures.

 

Required Qualifications

 

·      Enrolled in Electrical, Aerospace, or Computer Engineering program.

 

·      Hands‐on experience with circuit simulation (SPICE) and PCB tools (Altium or Eagle).

 

·      Familiarity with LabVIEW or Python for automated testing.

 

·      Comfortable using oscilloscopes, multimeters, and power supplies.

 

Preferred Qualifications

 

·      Exposure to FPGA/HDL development (Verilog/VHDL) or radiation‐hardened electronics.

 

·      Knowledge of EMI/EMC best practices and space‐qualification testing.

 

Duration & Compensation

 

• Full time (35-40hr/week) for 10 weeks in Fall 2025. NASA Nebraska Space Grant will provide the internship stipend of approximately $20 per hour. 

 

 

Mechanical R&D Intern 

 

Overview

Support ongoing mechanical design, prototyping, and testing of lunar ISRU and surface‐construction hardware. Collaborate with engineering staff on subsystem iterations and documentation.

 

Key Responsibilities

 

·      Maintain and update CAD models (SolidWorks) of mechanical assemblies; implement design changes from test feedback.

 

·      Fabricate components using lab shop tools (CNC, 3D printer); assemble and troubleshoot prototypes.

 

·      Execute mechanical validation tests (static loads, fatigue, thermal) and record quantitative performance data.

 

·      Generate mechanical drawings, track configuration changes, and assist in preparing technical reports for SBIR/STTR deliverables.

 

·      Participate in weekly project reviews, present design progress, and recommend improvements to senior engineers.

 

 

Required Qualifications

 

·      Enrolled in Mechanical, Aerospace, or Materials Engineering (undergraduate or graduate).

 

·      Proficiency in SolidWorks: part/assembly modeling, drawing creation.

 

·      Familiar with machining processes and mechanical test equipment (load frames, LVDTs).

 

·      Strong communication skills; capable of writing concise technical documentation.

 

 

Preferred Qualifications

 

·      Experience with vacuum‐compatible mechanical systems or geotechnical rig design.

 

·      Familiarity with GD&T and materials selection for extreme environment

 

Duration & Compensation

 

• Full time (35-40hr/week) for 10 weeks in Fall 2025. NASA Nebraska Space Grant will provide the internship stipend of approximately $20 per hour. 

 

 

Agricultural Sensor Development Intern 

 

Overview

Contribute to development and validation of terrestrial sensor systems for resource utilization demonstrations. Work closely with sensor and software teams to refine prototypes.

 

Key Responsibilities

 

·      Prototype agricultural sensor modules: design PCBs for environmental sensing (soil moisture, temperature, spectral reflectance).

 

·      Write firmware for microcontrollers (Arduino, STM32) to log and transmit environmental data; integrate with cloud platforms.

 

·      Conduct greenhouse or lab tests: evaluate sensor accuracy and repeatability using regolith simulants or soil analogs.

 

·      Develop data‐analysis scripts (Python) to visualize trends, generate calibration curves, and produce performance summaries.

 

·      Participate in iterative hardware‐in‐the‐loop tests: collaborate on field tests, collect real-time telemetry, and suggest design improvements.

 

 

Required Qualifications

 

·      Enrolled in Electrical Engineering, Agricultural Engineering, Mechatronics, or similar.

 

·      Hands-on experience with sensor interfacing and embedded programming (C/C++ or Python).

 

·      Familiarity with data‐logging hardware and basic electronics prototyping (breadboarding, PCB design).

 

·      Strong analytical skills; able to communicate test results clearly.

 

 

Preferred Qualifications

 

·      Knowledge of precision agriculture metrics and remote‐sensing fundamentals.

 

·      Experience with IoT data platforms (AWS IoT Core, Azure IoT) or edge computing frameworks.

 

Duration & Compensation

 

• Full time (35-40hr/week) for 10 weeks in Fall 2025. NASA Nebraska Space Grant will provide the internship stipend of approximately $20 per hour. 

 

 

Marketing Intern 

 

Overview

Assist in refining and executing Cislune’s marketing initiatives: proposal support, digital outreach, and event coordination. Collaborate with communications staff to enhance brand awareness.

 

Key Responsibilities

 

·      Produce technical marketing collateral: update website content, draft blog posts, and create investor pitch decks.

 

·      Manage social media: curate space-industry content, schedule posts, track engagement metrics, and analyze performance.

 

·      Support proposal development: compile competitive analyses, summarize market research, and format deliverables per solicitation guidelines.

 

·      Coordinate virtual/in-person events: develop agendas, prepare presentation materials, and handle logistics.

 

·      Collect and analyze marketing KPIs: compile reports on website traffic (Google Analytics) and social engagement.

 

 

Required Qualifications

 

·      Enrolled in Marketing, Communications, or Business Administration program.

 

·      Excellent writing/editing skills; ability to present technical content for diverse audiences.

 

·      Proficiency in MS Office, familiarity with social‐media platforms (LinkedIn, Twitter).

 

·      Detail-oriented; ability to balance multiple deadlines.

 

 

Preferred Qualifications

 

·      Experience with SEO tools, Google Analytics, and email-marketing platforms (Mailchimp).

 

·      Prior exposure to STEM/technical marketing or familiarity with aerospace sector.

 

Duration & Compensation

 

• Full time (35-40hr/week) for 10 weeks in Fall 2025. NASA Nebraska Space Grant will provide the internship stipend of approximately $20 per hour. 

 

 

Space Sensor Development Intern 

 

Overview

Engage in sensor R&D for spaceborne payloads and lunar robotics. Work under sensor engineers to advance calibration techniques and data‐processing algorithms.

 

Key Responsibilities

 

·      Assist in designing and building optical/infrared sensor calibration fixtures; perform radiometric and spectral characterization.

 

·      Write and execute data‐acquisition scripts (Python/Matlab); preprocess raw sensor data and compute performance metrics (SNR, dynamic range).

 

·      Integrate sensors into test rigs: collaborate on mechanical mounts, thermal interface design, and vacuum‐chamber testing protocols.

 

·      Conduct trade‐studies: compare sensor candidates (mass, power, resolution) and document findings in technical memos.

 

·      Support preparation of quarterly deliverable reports for NASA SBIR/STTR milestones.

 

Required Qualifications

 

·      Enrolled in Electrical Engineering, Physics, Optical Engineering, or related program.

 

·      Basic experience with optical bench setups, photodiode/CCD characterization, or thermal‐vacuum testing.

 

·      Proficiency in Python or Matlab for data analysis.

 

·      Strong written communication; clear technical documentation skills.

 

Preferred Qualifications

 

·      Familiarity with hyperspectral imaging principles or radiometric calibration standards.

 

·      Prior experience with space‐qualified sensors or knowledge of radiation shielding techniques.

 

Duration & Compensation

 

• Full time (35-40hr/week) for 10 weeks in Fall 2025. NASA Nebraska Space Grant will provide the internship stipend of approximately $20 per hour. 

 

 

Robotic Mobility Development Intern 

 

Overview

Support design and testing of robotic locomotion and manipulation subsystems for lunar rovers and ISRU platforms. Collaborate with robotics engineers on algorithm development and hardware integration.

 

Key Responsibilities

 

·      Develop and refine kinematic/dynamic models for rover wheel modules and robotic arms using MATLAB/Simulink and ROS.

 

·      Implement and test mobility control algorithms (traction control, slip compensation) in simulation (Gazebo) and on lab hardware.

 

·      Assist in mechanical integration tasks: select actuators, design mounts, generate wiring diagrams, and support assembly.

 

·      Participate in field trials within Cislune’s regolith testbed: collect performance data, refine wheel–soil interaction models, and document findings.

 

·      Support instrumentation of robotic arms: integrate sensors (torque, force) and validate control loops for manipulation tasks.

 

 

Required Qualifications

 

·      Enrolled in Mechanical, Robotics, or Aerospace Engineering program.

 

·      Proficiency in ROS, Python/C++, and MATLAB for robotics modeling and control.

 

·      Hands-on experience with embedded controllers (Arduino, STM32, or similar) and motor driver integration.

 

·      Familiarity with CAD modeling of robotic components (SolidWorks, Fusion 360).

 

·      Exceptional problem‐solving skills and ability to summarize technical results.

 

 

Preferred Qualifications

 

·      Prior exposure to field robotics or analog‐environment testing (regolith bin or sandpit).

 

·      Knowledge of robotic arm kinematics, URDF modeling, and inverse kinematics solvers.

 

 

Duration & Compensation

 

• Full time (35-40hr/week) for 10 weeks in Fall 2025. NASA Nebraska Space Grant will provide the internship stipend of approximately $20 per hour. 

 

·      Access to Cislune’s lunar analog test facility; potential travel stipend for external field tests.