Masters of Beautiful Achievements MBA Academy, for sustainable Entrepreneurship,
supporting organisations and their employees becoming Masters of Beautiful Achievements.
The program offers a pragmatic learning program, no other Sustainable MBA Academy offers
Listen to The Masters
Alexander Prinsen interviews Masters to learn about innovations, technologies, mindset and the business models. In each episode a special Master is being interviewed by Alexander to learn on how to design a Sustainable Future based on Physics, Biology and Chemistry principles.
The goal of this Masters of Beautiful Achievements program is to acquire a global understanding on the development & implementation of sustainable & zero wasting business models to reinforce their correct scaling in different environments. The Masters of Beautiful Achievements is both a tool and a process for the daring entrepreneurs.
The Masters of Beautiful Achievements is a great source of insights and learnings from different experiences around the globe in various disciplines such as Physics, Biology, Green Chemistry, Ecology, Sustainability, Technology, Sustainable Finance, Sociology, Entrepreneurship, Education and Philosophy.
This Masters of Beautiful Achievements started in November 2013 as a learning program of Alexander Prinsen to understand what it takes to become really Sustainable.
Since 2015 the Masters program is now a research project to share and deepen the learning of the different subjects which are all required for the sustainable wave that are underway. Alexander is now sharing his insights of this Program with individuals, startups, school/universities and companies.
The program is open for all interested to learn about our tomorrows challenges and how to custom made it to your needs.
Soil the engine of all life on the spaceship exists in water, dirt and air. Restoring the regenerative capacity of soil will solve many of our environmental, societal and economic challenges we face today.
Biobased is the source of the nutrients cycles that creates food (agriculture), packaging, fuel, pharmaceuticals, fabrics and much more. Life exists due to biodiversity and it has many innovative lessons to share.
So restoring our soil brings back the abundance of biobased biodiversity and therefore the economic drivers
Mineral extraction is impacting our soil, forests, environment and communities. Entropy ensures minerals are dispersed once used and recovering requires effective methods.
Nature found many solutions how to extract valuable minerals resources, as they are the building blocks to design and manufacturing everything. Together with the biobased resources life cannot work without them.
So the economic driver is to reduce our environmental footprint at the source and during its recovering, by reducing costs and generating new value streams.
Energy is combination of physics, thermodynamics and Biological chemistry.
Energy is abundant in nature and exists in every corner of our Spaceship. Estimation are within 10 years human have abundant Energy resources at our disposable and readily be available. Nature’s Direct Current system is distributed in a Smart Grid System available to all.
So integrating abundant energy capture and storage systems in our manufacturing, build environment and transport is the economic driver to be energy effective and self-supportive.
The fourth manufacturing industrial revolution is underway. Decentralised local production units at a fraction of the cost.
Circular business economics driver is closing the fabrication- and supply chains cycles. Smarter production processes are integrating nature principles and are eliminating polluting environmental costs.
So cost effective business models are integrating existing and future output streams with new input supply chain opportunities.
Biomimicry. Biophilic Design, Cradle to Cradle, Eco-Design, PermaCulture
Manufacturing & Business Economics:
Zero Waste & Zero Emissions, Eco-Technology,
Industrial Ecology, Systems Dynamics, Blue Economy, ZERO Waste, Value Engineering, Performance Economy, re-Manufacturing & Sustainable Manufacturing
Open Source / Peer to Peer, Regenerative Economy, Bottom Up, Decentrilised / Swarm, Big Data