GhanaSat-1 to be deployed into orbit in July

ANUSSTL Engineers

 

After a successful launch of Ghana’s first satellite, GhanaSat -1, on June 1, 2017, from Florida in the United States of America, the country’s first space technology is set to be deployed into orbit tentatively on July 6 or 7, this year  from the International Space Station (ISS) into orbit at an estimated altitude of 400 km above the earth’s atmosphere via the Japan/Kibo Deployment System.

 

On the deployment day, the management of All Nations University College  (ANUC), led by Dr Samuel Donkor, which has its hands deep in the milestone, will join Ghana’s Ambassador to Japan, Mr Parker Allotey, at the Japan Aerospace Exploration Agency (JAXA) Tsukuba Space Centre to participate in the event. The duo will join others in monitoring the countdown to the deployment of the satellite from the ISS, offer interviews and a press conference.

As part of the event, President Nana Addo Dankwa Akufo-Addo is expected to send a congratulatory message via video conference to the Ghana team who built the satellite.

GhanaSat—1 operation

The satellite will be controlled from the ground using the All Nations‘s Amateur Ground Station located on the University’s Main Campus in Koforidua.

The Ground Station will establish communication with GhanaSat-1 using UHF/VHF amateur frequency bands. It will also be supported by Birds Ground Station Network, which is managed by the Infostellar Company, and all Ham radio operators across the world.

Amateur Radio (Ham radio) is a popular hobby and service that brings people, electronics and communication together. People use ham radio to talk across town, around the world, or even into space, all without the Internet or cell phones.

The Ground Station at ANUC  will be used to track the satellites passing over Ghana, receive health telemetry data status and send commands to the satellite during its pass above the country.

While traversing the country’s space, the satellite will accomplish several missions, including taking pictures of the country to monitor the coastal regions and demonstrate space to ground communication by broadcasting songs from space to stimulate Science, Technology, Engineering and Mathematics (STEM) education in Ghana.

It will also embark on a scientific mission to investigate the radiation effects on commercial-off-the-shelf microprocessors. This means it will measure the single event latch-up occurrence that degrades electronic system on board satellites due to the harsh space environment and analyse this data to contribute to scientific research.

The GhanaSat-1 mission data will be made available to the government and non-governmental institutions to inspire and aid in building capacity in space science and technology applications.

Background

The satellite was handed over to JAXA early this year after it had gone through a rigorous safety review and flight fit test in February this year. JAXA took delivery of the Cubesat, dubbed Ghanasat-1, on February 9, 2017 and handed it over to the National Aeronautics and Space Administration (NASA) in Florida, USA on February 13.

The deployment of GhanaSat-1 was watched live at JAXA Tsukuba Space Centre in Japan by top government officials and ministers. The successful launch of the Cubesat, which weighs 1,000 grams, is expected to make the dream of Ghana becoming a space-faring nation a reality and also boost the country’s capacity to take advantage of space science and technology in the future.

GhanaSat-1 mission

The Cubesat, described as the first University satellite in sub-Saharan Africa, has low and high resolution cameras on board to take pictures of the country  and provide data that can be used to monitor the coastal areas of Ghana.

It also has a Digi-Singer SNG mission from which the national anthem and other independence songs can be broadcast from space, as well as collect requested songs from the ground and send to the satellite to broadcast in space.

It is an initiative aimed at stimulating interest in Science, Technology, Engineering and Mathematics (STEM) education in high schools and tertiary institutions.

 

Brains behind project

The two-year project, was made possible through a collaboration between the ANUC and the Kyutech Institute of Technology (Kyutech) in Japan, began in October 2015, was completed in December 2016.

It was carried out entirely by three young engineering graduates of the ANUC who designed, assembled and tested the satellite when they joined the Birds project implemented by Kyutech for other four nations aspiring to be space-faring.

The trio, led by Benjamin Bonsu, a PhD student in Applied Science for System Engineering, Joseph Quansah and Ernest Teye Matey, executed the project under the supervision of Professor Mengu Cho, the Director of Laboratory of Spacecraft Environment Interaction Engineering (LaSEINE), and other faculty members of Kyutech.

Previous accomplishments

The young engineers and their team in Ghana were the founder members of ANUC’s Space Science and Technology Laboratory (SSTL) which designed, developed and launched successfully the University’s miniaturised Cansat on May 15, 2013, an initiative that attracted the attention of both local and international media.

The trio completed their Bachelor of Science degree in Electronics and Communications Engineering at ANUC in 2013 and constructed the university’s amateur Ground Station that currently allows the station to receive information from passing satellites.

It is an achievement that has made ANUC the first University in Ghana and sub-Saharan Africa to accomplish such a feat in space science technology applications. The effort contributed to make the University the only local institution to be given the licence as amateur licence operators by the National Communication Authority (NCA) in 2014.

 

Original post on:

http://www.graphic.com.gh/news/general-news/ghansat-1-to-be-deployed-into-orbit-in-july-in-japan.html

GhanaSat-1 – The Journey

The quest of the All Nations University College (ANUC) from Koforidua, Ghana to make the country a space-faring nation took a giant leap forward when the first-ever successfully designed and developed satellite by Ghanaian students took place in Japan. It was then handed over to the Japan Aerospace Exploration Agency (JAXA) after going through a rigorous safety review and flight fit test in February this year.

JAXA took delivery of the Cubesat, dubbed GhanaSat-1, on February 9, 2017 and handed it over to the National Aeronautics and Space Administration (NASA) in Florida, USA on February 13.

Ghana’s first satellite will be launched to the International Space Station (ISS) by Space X, Flight 11 from Kennedy Space Center in Florida, USA. Consequently, GhanaSat-1 will be deployed from the International Space Station into orbit at an altitude of 420km on June 2, 2017 at 21:50 UTC. The deployment of GhanaSat-1 will be streamed live at JAXA Tsukuba Space Center in Japan by top Government officials and ministers.

GhanaSat-1 before being delivered to JAXA

GhanaSat-1 Mission

The successful launch of the cubesat, which weighs 1,000 grams is expected to make the dream of Ghana becoming a space-faring nation a reality and also to boost the country’s capacity to take advantage of Space Science Technology in the future. The Cubesat, described as the first private University Satellite in Sub-Saharan Africa, has low and high resolution cameras on-board to take pictures of Ghana. and provide data that can be used to monitor its coastal areas.

One of the key features is the Digi-Singer SNG module which will enable the National Anthem and other Independence songs to be played from space as well as collect requested songs from the Ground Station and upload it to the satellite to broadcast in space. This is an initiative aimed at stimulating interest in Science, Technology, Engineering and Mathematics (STEM) education in high schools and tertiary institutions.

It will also embark on a scientific mission to investigate the radiation effects on commercial-off-the-shelf microprocessors. This will measure the single event latch-up occurrence that degrades electronic systems on board satellites due to the harsh space environment. A thorough analysis of this data will greatly contribute to scientific research in the field. The two-year project, made possible through a collaboration between the ANUC and the Kyushu Institute of Technology (Kyutech) in Japan, began in October 2015 was completed in December 2016.

A product of All Nations University

It was carried out entirely by three young engineering graduates of the All Nations University College, who designed, assembled and tested the satellite when they joined the Birds Project implemented by Kyutech for other four nations aspiring to be space-faring.

The trio, led by Benjamin Bonsu, a PhD student in Applied Science for Systems Engineering,  Joseph Quansah and Ernest Teye Matey, executed the project under the supervision of Professor Mengu Cho, Director of Laboratory of Spacecraft Environment Interaction Engineering (LaSEINE), as well as other faculty members of Kyutech. The young engineers, along with their team in Ghana, were the founding members of ANUC’s Space Systems and Technology Laboratory ( ANU SSTL) which designed, developed and launched successfully the University’s miniaturized Cansat on May 15, 2013, an initiative that attracted the attention of both local and international media.

The team earned their Bachelor of Engineering  in Electronics and Communications Engineering at ANUC in 2013 and constructed the University’s amateur Ground Station that currently allows the station to receive information from passing satellites. This is an achievement that has made ANUC the first University in Ghana and Sub-Saharan Africa to accomplish such success in space science technology applications. The effort contributed to making the University the only local institution to be given the license as amateur license operators by the National Communication Authority (NCA) in 2014. The GhanaSat-1 project was funded by the President of the All Nations University College, Dr Samuel H. Donkor.

All Nations University’s quest into space technology takes giant leap

JAXA safety team inspecting the flight model of GHANASAT. Looking on is Dr Donkor (3rd left), President of All Nations University College.

 

The desire of All Nations University College (ANUC) in Koforidua to make Ghana a space-faring nation took a giant leap when the first-ever successfully developed satellite by Ghanaian students in Japan was handed over to the Japan Aerospace Exploration Agency (JAXA).

This was after the satellite had gone through a rigorous safety review and flight fit test in February this year.

 

JAXA took delivery of the Cubesat, dubbed Ghanasat-1, on February 9, 2017 and handed it over to the National Aeronautics and Space Administration (NASA) in Florida, USA on February 13.

Ghana's first satellite will be launched on the International Space Station (ISS) by Space X, Flight 11 from Kennedy Space Centre in Florida, USA. NASA's rocket launch will come off next month. Consequently, GhanaSat1 will be deployed from the International Space Station into orbit at an altitude of 420km on May 25, 2017.  The deployment of GhanaSat1 will be watched live at JAXA Tsukuba Space Centre in Japan by top government officials and ministers.

The successful launch of the Cubesat, which weighs 1,000 grams is expected to make the dream of Ghana becoming a space-faring nation a reality and also boost the country’s capacity to take advantage of space science technology in the future.

Ghanasat1 mission

The Cubesat, described as the first university satellite in sub-Saharan Africa, has low and high resolution cameras on board to take pictures of our homeland and provide data that can be used to monitor the coastal areas of Ghana.

It also has Digi-Singer SNG mission from which the national anthem and other independence songs can be broadcast from space, as well as collect requested songs from the ground and send to the satellite to broadcast in space.

It is an initiative aimed at stimulating interest in Science, Technology, Engineering and Mathematics (STEM) education in high schools and tertiary institutions.

It will also embark on a scientific mission to investigate the radiation effects on commercial-off-the-shelf microprocessors. This means it will measure the single event latch-up occurrence that degrades electronic system on board satellites due to the harsh space environment and analyse this data to contribute to scientific research.

Brains behind project

The two-year project, made possible through a collaboration between the ANUC and the Kyutech Institute of Technology (Kyutech) in Japan, began in October 2015, was completed in December 2016.

It was carried out entirely by three young engineering graduates of the ANUC who designed, assembled and tested the satellite when they joined the Birds project implemented by Kyutech for other four nations aspiring to be space-faring.

The trio, led by Benjamin Bonsu, a PhD student in Applied Science for System Engineering, Joseph Quansah and Ernest Teye Matey, executed the project under the supervision of Professor Mengu Cho, Director of Laboratory of Spacecraft Environment Interaction Engineering (LaSEINE) and other faculty members of Kyutech.

Previous accomplishments

The young engineers and their team in Ghana were the founder members of ANUC’s Space Science and Technology Laboratory (SSTL) which designed, developed and launched successfully the university’s miniaturised Cansat on May 15, 2013, an initiative that attracted the attention of both local and international media.

The trio completed their Bachelor of Science degree in Electronics and Communications Engineering at ANUC in 2013 and constructed the university’s amateur Ground Station that currently allows the station to receive information from passing satellites. An achievement that has made ANUC the first University in Ghana and sub-Saharan Africa to accomplish such a feat in space science technology applications.

The effort contributed to make the university the only local institution to be given the licence as amateur licence operators by the National Communication Authority (NCA) in 2014.

Investment worthwhile

Throwing light on the project, the President of the ANUC, Dr Samuel H. Donkor, said one of the most important technologies that could advance the development of any nation was space science exploration.

“When ANUC realised that space science was something that could help move Ghana’s development forward we decided to invest over $500,000 in research in this area, starting with the development and successful launch of our Cansat in May 2013 and building a ground station a year later.

“As part of our commitment, we sponsored three young graduates to further their studies in space science technology and satellite development when they joined the Birds project that offered them the opportunity to design and build the Ghanasat-1 in two years,” Dr Donkor said.

To sustain the accomplishments, Dr Donkor gave an assurance that the University would continue to invest heavily to set up a laboratory for testing satellites that would make Ghana the only country in the sub-region to have a satellite centre.

 

via ~ http://www.graphic.com.gh/news/general-news/all-nations-university-s-quest-into-space-technology-takes-giant-leap.html

NCA Meets Ghana’s CubeSat Developer from the All Nations University

On Tuesday 5th April, 2017, the National Communications Authority (NCA) hosted officials from the Intelligence Space Systems Laboratory of the All Nations University (ANU) in Koforidua. They gave a presentation to the 1U CubeSat technology development and upcoming launch of a Ghana satellite which was developed by Ghanaian students as well as other activities of the Intelligence Space laboratory.

Mrs. Florence Martey, Acting Head of the Engineering Division of the Authority in welcoming the team from ANU said the NCA is always open to learning more about the industry within which it operates.   She said that the Authority always takes the opportunity to learn new ideas and techniques that will help in developing the industry and country.

Mrs. Florence Martey, Acting Head of the Engineering Division of NCA

 

According to Mr. Benjamin Bonsu, a lecturer at the ANU and also one of the developers of the 1UCubesat, Ghana has become the first in Sub-Saharan Africa to obtain practical knowledge in building a CubeSat.  This CubeSat can contribute towards efforts in addressing utilitarian and inspirational challenges in the areas of communication, remote sensing application, agriculture and illegal mining.

 

Mr. Benjamin Bonsu delivering the presentation.

 

Giving a background, he said that the ANU established the Intelligence Space Systems Laboratory in February 2012 with the mission to promote and build human capacity in the area of Space Systems and Satellite Technology. The lab is first in Ghana and Sub Saharan Africa to successfully launch a CANSAT and build a University Amateur VHF/UHF ground station.

Messrs Joseph Quansah, Ernest Teye Matey and Benjamin Bonsu are the developers of CubeSat 1 also known as the GHANASAT1. Their objectives were to demonstrate that a 1U CubeSat can be built and operated successfully in a time frame shorter than 2 years, even for developing countries with limited (or zero) satellite experience with proper design and planning.

The success of their endeavours also demonstrated that a sustainable and robust space program can be started with minimum budget at universities in emerging or developing countries.

 

SSTL Team with GhanaSat-1

 

The satellite which has been scheduled to be launched by NASA mid-April, will orbit in space for four (4) months. Its mission in space are as follows:

  • Monitor the coastal areas of Ghana and other neighbouring countries
  • Play the national anthem, other independence songs and school anthems of some high schools and tertiary institutions from space.
  •  Investigate the radiation effects on commercial-off-the-shelf microprocessors.
  • Measure the single event latch-up occurrence that degrades electronic system on board satellites due to the harsh space environment and analyse this data to contribute to scientific research.

Mr. Bonsu said CubeSats are a class of artificial satellites that use a standard size and form factor.  The standard CubeSat size uses a one unit measurement (10x10x10 cms).  These small satellites offer opportunities to conduct scientific investigations and technology demonstrations in space in such a way that is cost-effective, timely and relatively easy to accomplish.

Issued by the National Communications Authority.