I am on a mission to improve cowpea breeding in Africa

The Republic of Benin in West Africa is his home country and Frejus SODEDJI, is a young male scientist and proud beneficiary of the RSIF Cohort one scholarships that were awarded in 2018 to 15 students from across Africa.  He is currently pursuing a Ph.D. degree in Genetics and plant breeding under the PASET-RSIF funded Scholarship hosted by the Africa Center of Excellence in Climate Change, Biodiversity, and Sustainable Agriculture of the University Félix Houphouët-Boigny, in Ivory Coast.

RSIF Sholar Sodedji Frejus Ariel Kpedetin during a poster presenation at the PASET Forum in Kigali in 2019
What it meant to recieve a PhD Scholarship

Receiving the PhD scholarship was an absolute privileged which he says is helping him to achieve his career goals and to contribute effectively to the transformation of Africa. The scheme of the scholarship has given him the unique opportunity to work closely with renowned scientists on specific questions in the field of his expertise. Besides exposure, the scholarship has enabled Frejus to grow his network and visibility in ways unimaginable through his participation to several forums and debates around research and development in Africa, both at continental and international levels.

With this unique opportunity, he has set as a core mission to improve cowpea, a legume grain crop that plays a significant role in food and nutrition security in Africa. His research has established the genetic diversity of cowpea germplasm from different origins and the variation of micronutrient content in their sprouts as well as strategies to increase them, which adds value to the crop and will be instrumental in strengthening the food system in Africa. Some of the outputs from this work have been accepted for publication in high-impact factor Journal while others are under review.

The Sandwich programme

As the world is faced with the pandemic, COVID-19, Frejus has been fortunate enough to be in South Korea, thanks to the PASET-RSIF sandwich programme, where the regulations in terms of protective measures against the spread of the virus are being well implemented. However, he, like many other scholars has experienced lockdowns, quarantine periods, and some shifts in the working calendar, which restrained access to laboratory facilities, delayed communication and timely achievements of goals, and not to mention the perpetual anxiety of a new outbreak of infected cases in the institution which automatically collapse all activities and communications.

Frejus is thankful to all the stakeholders of the PASET-RSIF programme for their engagement in higher education in Africa and their pledge that there will be constant support from all stakeholders to this life-changing initiative.  He calls upon the various stakeholders to monitor the indicators of success over time while addressing the shortcomings so that the scholars build to contribute to ‘ a prosperous Africa that we all want and are committed to.

Contact Frejus SODEDJI via frejusariel@gmail.com



The RSIF Scholarship salvaged my career dreams

Emmanuel Effah is Ghanaian by birth, male and a Ph.D. student in the Department of Computer Science at University Gaston Berger, Senegal. He has received a scholarship from PASET’s RSIF program, managed by icipe. Emmanuel’s Ph.D. research aims to build a robust and affordable Smart Agri-IoT (Agricultural-Internet-of-Things) technology from theoretical modelling to real-world implementation to address the challenges climate change and the skyrocketing global population have meted on food security in Sub-Saharan Africa (SSA). Currently, he is advancing this research at the Wireless Innovation Laboratory (WiLab) at Worcester Polytechnic Institute (WPI), USA. Mr. Effah obtained his MSc. Information Technology in 2013 from the Open University of Malaysia and BSc. In Electrical and Electronic Engineering in 2009 from the University of Mines and Technology (UMaT), Ghana. He is faculty at UMaT, Ghana with over 20 publications in reputable peer-reviewed journals and conferences, of which five emerged from his current ongoing Ph.D. research.

Mr. Emmanuel Effah presenting at the FICC2020 Conference in San Francisco, USA

What PASET-RSIF Scholarship meant to me

In line with Ghana’s declared national digitization agenda in 2016 which hinges on strengthening technical expertise in IoT-based or smart systems technology, UMaT opted to become a center of leadership in this area in the region. This called for a thorough IoT-based Ph.D. program that bridges the current technical gaps between the theoretical philosophies and practice of IoT-based smart technology in the context of SSA with relevant trained human power to support the running of the program. I was also looking to do a PhD in this area. Secondly, the PASET-RSIF scholarship came when all faculty members without Ph.Ds. had been given an ultimatum to obtain one or else lose their jobs. Consequently, this noble scholarship did not only salvage my career dreams but also contributes to Ghana’s vision of building world class IoT-based capacities to drive her smart/digitization agenda.

As a faculty member of UMaT, Ghana on study leave, my vision post-PhD is to return home and contribute my honest part in terms of teaching, research and services to my country, Africa and the global community in the area of building Smart Systems Technology for Africa’s digital transformation.

My Ph.D. experiences at UGB-Senegal and WPI-USA amidst COVID-19 Impacts

On 15th May 2018, I left Ghana (i.e., purely Anglophone country) to Senegal (i.e., purely Francophone country) to commence my doctoral studies without any knowledge of the French language. Upon arrival and the great reception at UGB, I was informed that my Ph.D. would be in English and purely by research under the supervision of Professor Ousmane Thiare, the newly appointed Vice Chancellor, who also did not speak English. By then, all the university students in Senegal had declared an indefinite nationwide strike for the entire semester, and so, considering my time limitations, I decided to teach myself both spoken and written French within the first six months since most of my colleagues could only understand written English.

Despite these initial challenges, my experienced Advisor, Prof. Thiare, helped me to develop a very concise plan with clear specific research objectives and timelines. Each of these objectives was expected to yield a publishable paper at the end, which helped me to work more independently. By implication, I am expected to publish seven papers in total from my doctoral studies which is very possible to achieve before the end of this year, since the remaining two papers are under review now. Also, I was assigned another experienced IPI advisor, Professor Alexander Wyglinski, at the Worcester Polytechnic Institute (WPI) in the USA. Thus, per my scholarship’s structure, I was scheduled to conduct my experiments at the Wireless Innovation Laboratory (WiLab), WPI in the USA from 17th November 2019 to 17th October 2021.

COVID-19 Impact on my Studies

Although I had a smooth take-off at WPI, my research plans and activities beyond 15th March 2020 were negatively impacted by the novel COVID-19 in the following ways: Firstly, WPI imposed a very strict lockdown and suspended my core research activities for over seven months! Besides, it was a time of fear, loneliness and anxiety because I had to stay indoors for several months without seeing my apartment mates.

However, since every misfortune can be a golden opportunity in disguise, I decided to use this time to conduct my simulation experiments remotely and write papers. Amazingly, two conference papers were produced, presented at IEEE-VTC2020 Fall, IEEE’s highest impact factor conference, in Canada and published in IEEE Access. Additionally, an in-depth tutorial paper on Agri-IoT was written and submitted to IEEE Communications Surveys & Tutorials which is still pending reviewers’ decisions.

Secondly, the Lab access protocols allowed me to use the Lab once in every month. From the turn of events afterwards, I decided to convert my bedroom and my dining into a Lab and cultivate an artificial/indoor cowpea farm to test my custom-built Agri-IoT testbed at home. I used my dining table as my Lab working bench.  Since my apartment mates have two active children who often tamper with the numerous micro-IoT components of my experimental setup illustrated in Figure 1 below, I have gone through myriad of challenging experiences to come this far.

Thrirdly, the imposed travel ban at WPI till now has affected vital research-related and personal travels. For instance, I attend the VTC2020 Fall conference virtually; my trip to Senegal for the field implementation and performance assessment of my custom-built robust and affordable Agri-IoT technology remains in limbo even though I am running out of internship time and funding. Consequently, I have decided to implement this testbed here during this summer and repeat same in Senegal when I am able to return in order to give an international significance to my Ph.D. research.

The disruption caused by the Covid-19 pandemic has revealed that indeed “necessity is the mother of inventions” and there are embedded opportunities to every chaotic problem which can be exploited using wisdom and determination.