LSAS has partnered with a number of prestige training companies to provide an extensive offering of classes, ranging from intro to advanced operators.
Experienced instructors: The instructors that we have partnered with are subject matter experts with extensive experience in the space industry and military applications.
Flexible scheduling: Course schedules can be tailored to meet your needs and accommodate different time zones.
Customized training: Course content can be customized to address your specific requirements and learning objectives.
As a part of each course listed below, instructors will introduce how to use the space domains most recognized and capable analysis and simulation tool, Systems Tool Kit (STK).
English Training
Japanese Training
Certification Classes
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Intro to Space Systems
(Certified Space Professional - Level 1)
Bootcamp:
In-person (10 days)
Virtual (8hrs/day for 10 days)
Semester:
In-Person (1day/wk. for 8 weeks)
Virtual (1 day/wk. for 8 weeks)
This course considers basic orbital mechanics, space and associated terrestrial architecture, and develops a deeper understanding of the military and commercial space environment. At the end of this course, students will be able to describe space system requirements; best employment options for available space assets; and weave in ongoing and future commercial and/or military operations and their impact on national objectives
Intro to Space Systems (On-demand)
(Certified Space Professional - Level 1)
Asynchronous
This is an asynchronous, self-paced 8-hour course designed to raise students’ awareness of space by examining the evolution of human understanding and use of space, space as warfighting domain, and current trends in the emerging space industry. Graduates of this course will be able to describe the characteristics of space and identify the various orbital regimes employed by the various spacecraft in operation today. Expanding on this knowledge, the students will be given an opportunity to learn about the various space-based missions such as satellite communications (SATCOM), intelligence, surveillance, and reconnaissance (ISR), position navigation and timing (PNT), missile warning (MW), and environmental monitoring. Lastly, the students will gain a deeper appreciation for the capabilities these missions provide to fielded commanders and how their denial can severely impact the operational environment.
Advanced - Space System Design
(Certified Space Professional - Level 2)
Bootcamp:
In-person (10 days)
Virtual (8hrs/day for 10 days)
Semester:
In-Person (1day/wk. for 8 weeks)
Virtual (1 day/wk. for 8 weeks)
This course builds upon the principles of orbital mechanics and spacecraft design from Intro to Space Systems. Graduates of this course will clearly articulate how satellites, payloads, and constellations are designed to provide specific capabilities. Students thoroughly explore scientific concepts behind various space- based asset design, including the use of the Electromagnetic Spectrum in remote sensing, frequency allocation and budgets for satellite communications, and the intricacies of precision navigation and timing. Students will design a payload, spacecraft and its associated systems and sub-systems, and constellation for a specific purpose as well as describe the launch and orbital transfer parameters required to ultimately achieve their design.
Recommended pre-requisite: Intro to Space Systems
Advanced to Internation Space Capabilities
(Certified Space Professional Level 3)
Bootcamp:
In-person (10 days)
Virtual (8hrs/day for 10 days)
Semester:
In-Person (1day/wk. for 8 weeks)
Virtual (1 day/wk. for 8 weeks)
China and Russia are developing a wide array of counter-space weapons to hinder international access to essential space services and purposefully interfere with the electromagnetic spectrum. Private industry is developing orbital maintenance and orbital debris removal capabilities which will represent future counterspace threats. This course flows through the Threat Continuum providing required insight to ensure freedom of action in space and, when necessary, defend against threats and deny adversary freedom of action in space.
Executive Seminar - Space Domain and National Security
(Certified Space Professional Executive)
In-person (3 days)
Provides a foundation in space grand strategy to introduce students to space policy and published guidance that shapes strategic initiatives as nation states, allies and partners in space. This seminar provides an overview of the space environment across all orbital regimes and introduces space capabilities to familiarize students with current examples across military, commercial, allied and civil space. This course provides a stark reality-check on our space vulnerabilities through a review of current adversary counter space capabilities and threat systems that provide a variety of critical services to all nations
Situational Classes
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Space Race 2.0 (On-demand)
This course is an 8 hour asynchronous course designed to expand upon the lessons learned in Intro to Space System or Intro to Space System Design and expose the student to space-based capabilities available to policymakers and militaries around the globe. Students will be introduced to current and emerging kinetic and non-kinetic space threats, the rapid growth in commercialization of the space industry, and the driving forces behind this phenomenon.
Recommended pre-requisites: Intro to Space Systems or Advanced - Space System Design
Asynchronous
Introduction to Internation Space Capabilities
Bootcamp:
In-person (10 days)
Virtual (8hrs/day for 10 days)
Semester:
In-Person (1day/wk. for 8 weeks)
Virtual (1 day/wk. for 8 weeks)
This course introduces the student to the who, what, and why regarding China, Russia, and commercial space programs. By examining the national objectives of both countries, their current and developing space- based capabilities, and commercial space endeavors, graduates of this course will have a firm understanding of the challenges and opportunities these doctrinally based capabilities pose to US and allied interests
Tool - Focused Classes
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STK Fundamentals
In-person (1 day)
Virtual (6hrs/day for 1 day)
The beginner program is meticulously crafted to introduce newcomers to the STK, ensuring they grasp the fundamental concepts and capabilities of the software. Its primary aim is to empower students to confidently model their own systems and integrate them into missions as they progress through the course. Through structured lessons and hands-on exercises, attendees gain the essential skills needed to navigate STK effectively and tailor it to their specific needs and objectives.
STK Fundamentals (On-demand)
Asynchronous
The beginner program is meticulously crafted to introduce newcomers to the STK, ensuring they grasp the fundamental concepts and capabilities of the software. Its primary aim is to empower students to confidently model their own systems and integrate them into missions as they progress through the course. Through structured lessons and hands-on exercises, attendees gain the essential skills needed to navigate STK effectively and tailor it to their specific needs and objectives.
STK Comprehensive
In-person (3 days)
Virtual (6hrs/day for 3 days)
STK Comprehensive training serves as a natural progression from STK Fundamentals, elevating your simulation skills to new heights. Building upon the fundamentals established in the beginner level, this advanced training delves deeper into sophisticated analysis capabilities and tools within the Systems Tool Kit (STK). Here, you will not only refine your understanding of basic simulations but also gain proficiency in quantifying and measuring mission effectiveness with precision. Through comprehensive instruction and hands-on practice, you'll unlock the full potential of STK, empowering yourself to tackle complex scenarios and optimize mission outcomes with confidence.
Recommended pre-requisites: STK Fundamentals
STK Comprehensive (on-demand)
In-person (2 days)
Virtual (6hrs/day for 2 days)
STK Comprehensive training serves as a natural progression from STK Fundamentals, elevating your simulation skills to new heights. Building upon the fundamentals established in the beginner level, this advanced training delves deeper into sophisticated analysis capabilities and tools within the Systems Tool Kit (STK). Here, you will not only refine your understanding of basic simulations but also gain proficiency in quantifying and measuring mission effectiveness with precision. Through self-paced lessons and hands-on practice, you'll unlock the full potential of STK, empowering yourself to tackle complex scenarios and optimize mission outcomes with confidence.
Recommended pre-requisites: STK Fundamentals
Intro to ODTK
In-person (3 days)
Virtual (6hrs/day for 3 days)
Orbital Determination Tool Kit (ODTK) training offers participants a comprehensive understanding of utilizing ODTK for precise orbit determination and analysis tasks. Through a structured curriculum, attendees learn to navigate the software's interface, process tracking data from diverse sources, and apply advanced algorithms for orbit propagation, prediction, and parameter estimation. Practical exercises and case studies immerse participants in real-world scenarios, enabling them to master techniques for filtering, smoothing, and covariance analysis to enhance orbit accuracy and reliability. This training equips individuals with the expertise needed to confidently employ ODTK in various space missions, supported by best practices and ongoing assistance for continued proficiency and success.
Recommended pre-requisites: Intro to Space Systems and Advanced - Space System Design
STK Scheduler Essentials
In-person (1 days)
Virtual (6hrs/day for 1 days)
STK Scheduler training offers a comprehensive and hands-on learning experience designed to equip participants with the skills and knowledge needed to effectively utilize the STK Scheduler software for satellite mission planning and scheduling. The training covers various aspects, including understanding the fundamentals of scheduling theory, navigating the STK Scheduler interface, creating and managing mission scenarios, optimizing resource allocation, and analyzing mission performance. Participants engage in practical exercises and real-world case studies to reinforce their understanding and gain proficiency in using the software.
After a course completion, students can be given access to the tools on a month-to-month basis for an additional cost
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