RedMars Portal
One place to connect your learning, simulations, missions, and progress.
The Portal brings RedMars Learning, systems simulation, mission operations practice, account status, and STAR-aligned evidence into one connected experience.
TRAINING FOR THE NEXT ERA OF SPACEFLIGHT
Learn the systems. Run the mission. Prove what
you can do.
RedMars connects guided learning, spacecraft systems simulation, mission operations practice, and STAR-aligned evidence in one platform.
Build your understanding step by step through structured lessons, interactive engineering exercises, realistic scenarios, and competency-based progression. Apply what you learn, evaluate your performance, and use the results to understand where to go next.
Capability Overview
Learn, design, simulate, operate, and prove in one connected path.
Learn
Begin Spaceflight Fundamentals through guided courses built around systems, constraints, vocabulary, and mission context.
Begin Spaceflight FundamentalsDesign
Explore spacecraft components, subsystem interfaces, mission constraints, and engineering decisions.
Explore the PlatformSimulate
Open realistic simulation exercises for spacecraft systems, subsystem behavior, and scenario experimentation.
View the ExperienceOperate
Enter mission operations practice for telemetry review, procedures, anomaly recognition, and console discipline.
View the ExperienceProve
Connect learning and practice artifacts into STAR-aligned evidence that can be reviewed over time.
Read the STAR FrameworkIntroductory Mission
Start with a mission that brings the RedMars platform to life.
Your first RedMars mission takes you through the fundamentals of spaceflight, places you in the seat of a flight controller, and brings you behind the scenes of spacecraft systems engineering and mission design.
The experience connects guided learning, engineering exercises, mission operations practice, and STAR-aligned evaluation so that each step builds toward a clearer understanding of your strengths, gaps, and next training objective.
Connected Workflow
A connected path from learning to demonstrated readiness.
RedMars connects education, engineering practice, simulation, mission operations, and evaluation so that progress in one experience informs what comes next.
Platform Snapshot
Learn - Design - Simulate - Operate - Prove
Learning
Guided
Structured fundamentals and applied knowledge checks
Engineering
Interactive
Systems exercises and component-level reasoning
Simulation
Beta
Scenario practice and off-nominal experimentation
Operations
Preview
Telemetry, procedures, and mission decision practice
Evidence
STAR-aligned
Progress records designed for reviewable readiness
Product Previews
See how each RedMars experience connects into the platform.
Screenshots show beta and development views across Portal, systems simulation, mission operations, and learning. Images expand in place for closer review.
MCC-RedMars
Practice mission operations through telemetry, procedures, and spacecraft decision-making.
Use realistic, operationally inspired consoles to monitor spacecraft systems, review telemetry, follow procedures, investigate anomalies, and work through mission scenarios. The interfaces are designed for training and practice. They are representative environments and are not copies of proprietary flight-control software.
Systems Simulation
Build connected spacecraft systems and explore how engineering decisions affect the mission.
Create spacecraft models, connect components and subsystems, inspect live state, experiment with configurations, and observe how system behavior changes under nominal and off-nominal conditions.
RedMars Learning
Learn the concepts, then apply them through connected exercises and scenarios.
Work through guided spaceflight lessons, complete knowledge checks, launch related engineering exercises, and apply your understanding in mission operations scenarios.
Built for the Spaceflight Community
Different starting points. One connected path forward.
Students
Build practical spaceflight knowledge and apply classroom concepts through connected exercises and scenarios.
Engineers
Explore spacecraft systems, interfaces, mission constraints, and systems-level decision-making.
Mission Operators
Practice telemetry interpretation, procedures, anomaly investigation, and operational reasoning.
Educators
Connect instruction with interactive exercises, simulations, assessments, and competency evidence.
Space Enthusiasts
Move beyond passive content and begin developing a structured understanding of modern space missions.
Platform Snapshot
Learn - Design - Simulate - Operate - Prove
Learning
Guided
Structured fundamentals and applied knowledge checks
Engineering
Interactive
Systems exercises and component-level reasoning
Simulation
Beta
Scenario practice and off-nominal experimentation
Operations
Preview
Telemetry, procedures, and mission decision practice
Evidence
STAR-aligned
Progress records designed for reviewable readiness
STAR
An emerging competency framework designed for the spaceflight workforce.
A proposed competency-based certification framework for spaceflight training, operational readiness, and workforce preparedness.
STAR defines a structured progression across foundational spaceflight knowledge, spacecraft mission operations, vehicle operations, and human astronaut readiness, giving learners and organizations a clearer way to connect training, operational skills, mission readiness, and reviewable evidence.
Level 1
Foundations
Core concepts, safety, space environments, systems literacy, and the baseline required for applied work.
STAR-FNDSTAR-SAFESTAR-ENV
Level 2
Applied Disciplines
Discipline-specific practice across mission operations, ground systems, space systems, and technical electives.
STAR-MOSSTAR-GSOSTAR-SSOTechnical electives
Level 3
Systems and Crew Operations
Integrated systems judgment, crew coordination, procedures, anomaly response, and mission execution.
STAR-SCO
Level 4
Advanced Specialization
Focused advanced tracks for specialized operational, engineering, and crew-ready capability areas.
STAR-ASCSTAR-AFSSTAR-EVASTAR-ROBSTAR-MSASTAR-SCC
Academic
For programs that want learning objectives connected to applied readiness evidence.
Engineering
For builders turning systems knowledge into design judgment and technical practice.
Mission Operations
For operators training procedure, telemetry, communication, and decision discipline.
Astronaut
For future crew candidates building evidence across knowledge, systems, operations, and human factors.
Beta Contribution
Help build the future of connected spaceflight training.
Become one of the early RedMars users helping refine the learning paths, interfaces, simulations, scenarios, and evidence workflows that connect study with demonstrated readiness.
Guided spaceflight learning
Interactive engineering exercises
Mission operations practice
STAR-aligned progress and evidence
Opportunities to influence future development