BUTCube
small satellite demonstrator
		small satellite demonstrator
		
	BUTCube is a doctoral student grant elaboreted on Brno University of Technology (BUT). The primary objective of the BUTCube is a development and manufacture of a 1U CubeSat Engineering Test Unit with a scientific mission onboard.
		
		The grant was supported within a project „Quality internal grants BUT“ an OP VVV program (reg. No.: CZ.02.2.69/0.0/0.0/19_073/0016948). 
	
		
		It is over! Or not? 10.02.2023   
			 
			 
		Impact article finally published 10.01.2023   
		73rd International Astronautical Congress 2022, we are coming! 05.08.2022   
		CDW 2022 successfully passed! 13.05.2022   
		CubeSat Developers Workshop 12.03.2022  Tomáš and Václav will be presenting the poster, reporting about our progress over the last year. The conference will be held from April 26–28, 2022 in San Luis Obispo, California.  
		Challenges 15.12.2021   
		EPS - Electrical Power System 27.10.2021   
			 
		Footage in TV 19.9.2021   
		The first 3D printed model! 26.8.2021   
			 
			
		Satellite´s preliminary design revealed 1.7.2021   
			
		Solar pannels design 1.5.2021   
			
		BUTCube mission brainstorming 11.3.2021    
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BUTCube is a doctoral student grant elaboreted on  Brno University of Technology  since 1.2.2021. The primary objective of the BUTCube is a development and manufacture of a 1U CubeSat Engineering Test Unit with a scientific mission onboard. A five member team is composed of Ph.D. students of the  Faculty of Mechanical Engineering  and Faculty of Information Technology . BUTCube represents a very first CubeSat´s development project on BUT. 
		
		Small satellites in a cubic shape known as CubeSats are the unique opportunity to design and execute a relatively low-cost experiments in orbit. BUTCube is an innovative project focused on research of the 3D printed CubeSats capabilities. The mission of a two-year project is to demonstrate the technology adaptation in our academia conditions, to develop a CubeSat´s prototype and to integrate the customized HW and scientific mission oboard. An additive manufacturing implementation for the structural parts, laboratory testing and preliminary flight design definition are goals within a project.  
		
		BUTCube: small satellite technology demonstrator development was supported in BUT Ingernal Grant Competition. The Internal Grant Competition is implemented under the Operational Programme Research, Development and Education, within the project Kvalitní interní granty VUT (KInG VUT); reg. number: CZ.02.2.69/0.0/0.0/19_073/0016948. 
				 Institute of Aerospace Engineering
				Faculty of Mechanical Engineering 
				
 Since my childhood, I was fascinated with space technologies. In 2018, I was honoured to attend an international ESA training course in Belgium. 
 Since than, I focus on space equipment testing and thermal analytics. As a team leader, I believe in BUTCube´s mission legacy - in both scientific and educational field.  
				
				Institute of Physical Engineering  
				Faculty of Mechanical Engineering 
				
As a member of the team, I participate in the design of the satellite structure, goals of the mission and physical simulation. In my dissertation I focus on microfluidic chips and cryo electron microscopy, I focus mainly on the design. In my free time I dedicate to design and construction of various machines, the cultivation of agricultural crops and fruit trees.
				 Institute of Aerospace Engineering 
				Faculty of Mechanical Engineering 
				
As a team member, he is responsible for design, load and structural analyses of the cubesat and calculation of the orbit. In his free time, he is a pilot of strange, but lovely flying machines, and a tourist, programmer and occasionally he builds airplane kits. He comes from Brno, Czech Republic.
				 Department of Intelligent Systems
				Faculty of Information Technology
				
As part of the development, I participate in CubeSat hardware and software. Specifically, I work on solar panels, battery / power management and control unit.My area of research is primarily the retina of the human eye, both from a medical and biometric point of view. I am working on a device that is able to automatically scan the retina and propose a diagnosis. In addition, I work on electronics associated with UAV (mainly data collection). In addition to work and research, I spend my time to 3D printing and home automation, I also fly FPV drones which I design and construct.
© 2021, BUTCube, irydlo@fit.vutbr.cz.