Civil Structure Strategy Supreme Grand Master Degree requires 360 credit hours. You’ve completed the full circle of civil structural mastery—your designs uplift future generations and shield your people from harmful systems.
Civil Structure Strategy Grand Master Degree requires 300 credit hours. You are a master strategist designing advanced civil systems—roads, defenses, water lines, public structures—optimized for safety, unity, and long-term growth.
Civil Structure Strategy PhD Equivalent requires 240 credit hours. You’ve published guides, created strategic maps, and contributed original research on people-first infrastructure and resilient community systems.
Civil Structure Strategy Master’s Degree requires 180 credit hours. You design full community layouts, optimize resource flow, and mentor others in building infrastructure that protects and empowers people—not oppressors.
Civil Structure Strategy Bachelor’s Degree requires 120 credit hours. You understand community infrastructure, defensive layout, road planning, load-bearing concepts, and sustainable construction strategies. Able to work independently.
Civil Structure Strategy Associate Degree requires 60 credit hours of study. You’ve learned the foundation of safe structures, land layout, basic surveying, and community-supportive design. Ready to assist in small civil projects.
Mechanical Engineering Supreme Grand Master Degree requires 360 credit hours. You’ve completed the full circle of mechanical mastery—your work moves communities, powers innovation, and becomes part of the Sutlangi legacy.
Mechanical Engineering Grand Master Degree requires 300 credit hours. You are a master of mechanical theory and hands-on application, leading engineering teams and developing systems that support community growth.
Mechanical Engineering PhD Equivalent requires 240 credit hours. You’ve published guides, designed new systems or machines, and contributed original innovations to sustainable engineering and motion-based technologies.
Mechanical Engineering Master’s Degree requires 180 credit hours. You can design full mechanical systems, optimize performance, mentor others, and solve complex problems across engines, structures, and moving systems.
