Andrew West (CC BY-NC-SA 2.0)
Participants join this program with a project that they either are already working on or want to develop during this program.
By: Angelo Varlotta
Mentored by: Sara Villa
Keywords: Planetary Sciences, Biology, Chemistry, Global Changes
The idea is to facilitate the creation of an environment (a working group or a community, eventually) where researchers, students, citizen scientists can collaborate on projects, research projects, articles or just share their work based on open science principles. There are examples of open research environments in the scientific community, in particular in the machine learning field. Examples are mlcollective, Machine Learning Tokyo and Neuromatch Academy. Those communities run by volunteers created a friendly environment and study groups for machine learning practitioners and also curricula to introduce students to data science. In e.g., the mlcollective effort led to the publication of many projects. Eventually, these examples could be used to create or simply design (white paper/report) a similar project in other research areas.
By: Richard Dushime
Mentored by: Yo Yehudi
Keywords: Attendance Tracking, Facial Recognition, Biometric Technology, Educational Settings, Corporate Settings, Data Management, Data Privacy, Ethics, Machine Learning, Artificial Intelligence, Python, Django, Web Development, Cloud Computing, Data Visualization, Project Management
This project aims to design and implement a system for tracking attendance using facial recognition or biometric technology in educational and corporate settings. The project will begin by reviewing current attendance tracking systems and analyzing various facial recognition and biometric technologies. Based on this analysis, a suitable technology will be chosen and a prototype system will be developed. The project will also consider the ethical and privacy implications of using such technology and develop strategies to mitigate any potential risks. The end result will be a functional system for tracking attendance and a report detailing the technical, ethical, and privacy considerations involved. This system will provide a reliable and efficient solution for tracking attendance in educational and corporate settings while addressing ethical and privacy concerns.
Mentored by: Julien Colomb
Keywords: Apparent Age, Children, Process, Determinants, Machine Learning, Birth Certificate
Ages fraud scandals have tarnished African sport at the international level. In 2009, FIFA adopted MRI as an age determination tool for its youth level competitions but recent studies show that bone age assessment has a very large margin of error and cannot be a standard for determining apparent age when we know that environmental factors greatly influence the development of the child. There are populations in which the disappearance of growth cartilage is 4 to 5 years earlier than in another. The ugly face of the problem is that many children are born out of the healthcare system. In Cameroon, approximately 1.7 million children, or 66 %, do not have a birth certificate. These children are said to be “invisible” In other words, they live without being recognised by the country whose citizenship they claim. According to a study carried out by Unicef, 40,000 children, in the Far North region alone, will find it difficult to present their end of year First School Leaving Certificate (FSLC) for lack of a birth certificate. To establish these birth certificates, it will be necessary to make an estimate of their apparent age in a complex process which discourages parents. It is evident that the determination of apparent age should not only be seen from a clinical standpoint. Instead, socio-cultural and environment factors must also be taken into account. To remedy this situation which has reached the alert level, it is urgent to propose a simplified and open system for determining Apparent Age to turn invisible kids to visible ones based on available Data and Machine Learning techniques.
Mentored by: Gladys Rotich
Keywords: Open Science, Agriculture, Cameroon
The main aim of the project is to contribute to the quality and adaptable research work through the practice of open science in Cameroon. Specifically, it will be to: - Develop a platform that will connect researchers, students, potential funders and research institutions; - Empower students with skills like research methodology, proposal writing (in the context of Cameroon), and grant writing and management; - Provide job placement opportunities for fresher
Mentored by: Diego Onna
Keywords: Soil Dataset, Soil Data Reproducibility, Soil Physics
The core idea of this project is to create an online repository that hosts as well as examples, datasets and demos for soil science data management. Stakeholders will include early soil scientists who are not familiar with programming, task automatization and open science principles. Overall, we plan to develop online materials that help students to understand how open science + use of scripts + soil science can be merge and create a skillset that is essential in research.
By: Nahuel Escobedo
Mentored by: Yo Yehudi
Keywords: Socialecology, Sovereignty, Ecology, Enviromental
We seek to bring knowledge to the general public and provide tools for change in order to generate a natural-human environment that is beneficial to both parties. The dissemination of socio-environmental and biodiversity conservation projects, actions and problems is a key point to achieve this objective. Today, with so much information available, but at the same time dispersed in different platforms, there is more than ever a need to concentrate and centralize it, so that it is easily accessible. In this text the fundamental concepts that define us will be explained and we will present the first version of a web tool, which manages to provide information on different socio-environmental projects and detail them in an Interactive Map idealy managed by contributing users.
Mentored by: Johanssen Obanda
Keywords: Open Science, Os, Open Access, Low Middle-Income Countries, Ghana, Unesco, Open Science Knowledge, Open Science Challenges
Open Science in Africa: The Ghanaian narrative. UNESCO and its stakeholders perceive the Open Science concept as an essential component to advancement of human development through increasing accessibility of the scientific process. To that end, UNESCO has adopted the Open Science recommendations in 2021 to define shared values and principles for OS, identify concrete measures towards OS and provide an international framework for OS policy and practice. However, uptake and adoption of open science in Africa and for that matter, Ghana, has been low, denying researchers and the country in general benefits that the practices accrue. The goal of this project is to assess the knowledge base, understanding and perception of open science in the Ghanaian research space while considering the challenges faced by researchers practising open science. Findings of this study will help establish gaps in practising open science by researchers and advise areas of intervention.
By: Saule Anafinova
Mentored by: Saranjeet Kaur Bhogal
Keywords: Open Science, Central Asia, Developing Countries
I would like to conduct a series of open science awareness training on Zoom in frames of which I would like to analyze the developing context of Central Asia and how open science responds OR does not respond to the regional science development needs. I would like to share my findings with Central Asian colleagues.
By: Aditi Dutta
Keywords: Open Research, Open Data, Accessibility, Reproducibility, Humanities, Social Science, Computational Social Science
Open Data (OD) plays a crucial role in openly sharing scientific knowledge with a worldwide audience (among both academic and non-academic audiences) and encouraging reproducibility. But OD is much less developed in Humanities and Social Science (HSS) research, primarily because of the levels of sensitivity of the data involved, and consent required from participants, which could be difficult for researchers, especially if they are new to data sharing. With the growing interest in computing, researchers working in Computational Social Science (CSS) face similar issues when working with social data in their research, while conforming to legal and ethical restrictions. As per OD guidelines, data must comply with the FAIR principles. But the metrics offered by various OD repositories and publication platforms could be different, which limits the affordances of social activity and the type of OD published. To embrace Open Science projects among HSS and CSS researchers who are working or looking to work with sensitive data, this project proposes a platform (or hub) to promote free, online resources for both professionals and students looking to learn about science and ethics. Here, they can also contribute to discussions related to the topic, post questions, and learn from others’ experiences.
Mentored by: Arielle Bennett
Neuroscience is a vast field of research, ranging from single – cell recordings in animals and primates to electrophysiological and behavioural research in humans and work with patients suffering of brain diseases. This big and diverse field has the unifying goal of studying the underlying structure and function of the brain and uncovering its secrets. Each of the areas in neuroscience use a variety of research practices and while the results they yield are qualitatively different, their ultimate integration towards answering the big ‘how the brain works’ question, is of paramount importance. Open science has a big role to play in this exchange and integration of information. Towards that end I would like to examine closely the degree that the practices of Open Science are used in each of the main areas of Neuroscience and write a scientific report. This report will include literature review, examples of specific cases that Open Science practices are already being used as well as challenges that researchers may be facing while applying these practices in a day to day basis. Finally, the report will conclude with final remarks and future directions.
Mentored by: Ailís O’Carroll
Keywords: Translation, Database, Academic Culture, Publishing, Governance, Global, Multilingual
Translate Science is an open volunteer group interested in improving the translation of scientific texts. The group has come together to advocate for and support work on tools, services, and policy for translating science. This encompasses a range of activities to help translations including: providing information, networking, designing and building tools, and advocating for seeing translations as valuable research output. A core activity has been the development of the Translation Switchboard, an open source web application to discover scientific translations. The members of Translate Science are from different backgrounds and motivations, but we are interested in collaborating. For our group, the term “scientific texts” has a wide spectrum of forms and can mean anything from articles, reports and books, to abstracts, titles, keywords, and indices. We also consider summaries of research for non-research audiences as scientific texts. The project we would like to undertake within the OLS program is to define the scope and mission of the organization and develop shared governance that will have sustainable legitimacy. This project has taken on new urgency with the passing of the organization’s founder, Victor Venema.
By: Gift Kenneth
Mentored by: Isil Poyraz Bilgin
Keywords: Ethics, Open Source Ai, Transparency, Accountability, Bias, Machine Learning, Governance, Data Privacy, Algorithmic Fairness, Open Data, Responsible Ai, Explainability
Exploring the ethical implications of open-source AI is a topic that deals with understanding the potential consequences of making AI systems and their underlying data and algorithms available to the public. One of the main ethical implications of using AI is that it can potentially lead to bias and discrimination, as the data and algorithms used to train these systems may reflect societal biases. Additionally, open data could also raise concerns about data privacy, as the release of sensitive data could lead to negative consequences for individuals and organizations. However, open source AI can also be used to promote transparency and accountability in AI systems. Making the data and algorithms used to train AI systems publicly available, allows for greater oversight and monitoring of these systems to ensure that they are not being used in unethical or harmful ways. Additionally, open source AI can also foster community development and collaboration, allowing for transparency, a wider range of perspectives and expertise to be brought to bear on the development and use of AI. In summary, open source AI has both potential benefits and drawbacks and it is important to consider the ethical implications before implementing it. Therefore, responsible AI governance and social responsibility are crucial.
By: Amir Jafari
Mentored by: Nina Trubanová
Here are the general steps to developing an open-source object recognition software for mice in Alzheimer’s disease studies: 1-Gather a diverse dataset of images of mice commonly used in Alzheimer’s research. 2-Preprocess the dataset by cropping, resizing, and converting images to a consistent format. 3-Train a CNN model using the preprocessed dataset with libraries like TensorFlow or PyTorch. 4-Evaluate the model’s performance on a test set of images to determine its ability to recognize mice in different scenarios. 5-Integrate the model into a software application for analyzing images of mice in Alzheimer’s disease studies, including object detection, tracking, and annotation. 6-Test the software on a diverse set of images and make necessary adjustments. 7-Share the code and dataset on an open-source platform such as GitHub for other researchers to use and improve. To the best of our knowledge, this is a almost exact overview of the process and the actual development that may require more steps and resources depending on the specific requirements.
Keywords: Training, Educational, Hands-On Tutorial, Machine Learning, Fairness, Bias Analysis, Classification
The main objective of this project is to develop a hands-on tutorial for evaluating machine learning models fairness in different contexts. Specifically, to generate open-source class material (pipeline, slides, code) and a trainer user guide to develop and reproduce the tutorial. It is expected to be a ~3 hours class where the tutor presents different datasets and different approaches of fairness. The analysis will focus on understanding which definition of fairness is appropriate in each context; to understand the relations between the selected evaluation method and the implications they could have to disadvantage groups when deployed. On one hand, the focus will be on alerting and understanding how to evaluate fairness and, on the other hand, how to do it using open-source libraries. The code part will be developed on Python using mainly Scikit-Learn and Fairlearn open-source libraries.
By: Sandrine Kengne
Mentored by: Elisee Jafsia
Keywords: Preterm Infants, Growth Curves, Evaluation, Extra-Uterin Growth Failure, Associated Factors
Extra-uterin growth retardation (EUGR) is defined as weight or height below the 10th percentile relative to the mean for the child’s age and sex at 40 weeks post-conceptional age. The objective of this work is to analyze the applicability of growth curves (Intergrowth -21, Fenton and WHO) for the assessment of extra-uterin growth at 40 weeks post-conceptional age and the factors associated with extra-uterin growth retardation in preterm infant in Cameroon. This will be an analytical study of all low birth weight preterm mother-infant pairs present in referral hospitals in the city of Yaoundé whose mothers have given their consent to participate in the study between June 2022 and March 2023. For the diagnosis of EUGR and its associated factors, we will first take the anthropometric parameters of the children at birth at 36 and at 40 PCA as well as information on the parents or their environment. At the end of this analysis, we will be able to choose the appropriate curve for the evaluation of the extra-uterin growth of preterm infants with low birth weight in Yaoundé and to determine the factors associated with the EUGR.
Mentored by: Joyce Kao
Keywords: Imaging, Microscopy, Community, Ambassadors, Champions, Community Building
Euro-BioImaging (https://www.eurobioimaging.eu/) is a research infrastructure that offers open access to imaging technologies, training, and data services in biological and biomedical imaging. Euro-BioImaging consists of imaging facilities, called ‘Nodes’, that have opened their doors to all life science researchers. There are informal community leads within the nodes’ staff and users that often raise awareness about Euro-BioImaging and the provided services. However, there is no official program at the moment that acknowledges them as formal ambassadors. This project aims at launching a Scientific Ambassadors Program for Euro-BioImaging, which will officially reward such contributions and encourage new leads to emerge in the community.
Mentored by: Rowland Mosbergen
Keywords: Digital Health, Open Source, Smartphone App, Reproducibility, Experience Sampling, Field Studies, Psychology
Over the past year, we built the new research platform momenTUM, which consists of an iOS/Android app for delivering interventions and questionnaires to participants in research studies and server software to configure trials, accept data and register them into a REDCap server. Based on the previously developed schema-app, the app uses reproducible JSON files to specify the timing, order and properties of interventions and questionnaires sent to the end-user device. We are beginning to use momenTUM in our research studies examining human sleep and circadian physiology and believe it will be valuable to the scientific community. Currently, while there are various commercial and sometimes pricy solutions to design smartphone-based interventions, we believe that developing an open-source solution is the right thing to do. Our diverse team – consisting of two software developers and two researchers – shares this ethos. Through our participation in OLS-7, we will advance our project, grow our network and learn how to build a community around the project.
Mentored by: Malvika Sharan
Keywords: Inclusion, Awareness, Access, Intersectionality, Equal Opportunity
We are a group of researchers from the University of Oxford looking to establish a discussion about pushing the boundaries of what it means to host an inclusive academic event. This discussion cannot happen in a vacuum and we are mindful of our limited experience and expertise in this space. As such, we intend to take a proactive stance and give voice to thoughts, opinions and lived experiences of conference organisers and attendees with inclusivity concerns. We intend to work towards a publication which is a compilation of our investigation into multiple mediums for collecting viewpoints, debate and strategic implementations. As a first step in achieving this aim and an effective pilot of the discussion points, we have recently hosted our first round of focus groups where we addressed the following topics: * Who are we not seeing at conferences, and what would it actually take to get them there? * Implementation of considerations for constantly changing and sensitive geopolitical issues? * Support for visas and other regulatory considerations * Enforcement of harassment policies and embedding of harassment prevention methods at the earliest planning stages Through this endeavour, we connected with interesting and passionate people. We set up a mailing list where we share regular updates on the ongoing work, and excitingly, we have a list of people potentially interested in collaborating on this project. We hope to draw on their perspectives and experiences in developing a publication and any other potential outputs that will help incite real, tangible change in the space of academic events.
Mentored by: Milagros Miceli
Keywords: Gender, Queer, Theory, Majority World, Frameword, Ai
For an AI framework with a queer perspective from the Majority World that is going to be used by technologists, final users, policymakers, sociologists, activists, and everyone involved with Artificial Intelligence, we must consider using a common language in all stages of the foundation of any AI: design, development, deployment, and detection of biases. Furthermore, this common language should go around the concepts of fairness, accountability, transparency, and ethics because of actions those could bring in setting the AI foundation and making them less harmful for queer people from the Majority World. This is going to demand that all of us involved in this process think outside the box and bring queer, Majority World theories, methods, and methodologies, also the use of MLP, NLP, neurosciences, and trans theories from the majority world, body theories, cultural studies as a methodology, interviews, focus groups, participatory design, documentary, or case analysis, field research, law-making, regulatory processes, and others, altogether creating this framework. It is understandable, needs to include the language that can transform this specific harmful stereotype into regulations, formal definitions, and actions that can benefit not only queer people but all of us.
By: Diana Pilvar
Mentored by: Patricia Herterich
Keywords: Data Management, Data Life Cycle, Dmp, Fair, Open Science
Online data management materials for researchers should include the following: * Introduction on FAIR principles * Walkthrough of data life cycle * Expanding different life cycle stages with relevant info * Plan - Requirements for data management in Estonia and Europe * Process, Analyse – links to local HPC capabilities * Preserve, Share – links to local and generic repositories * Reuse – Information on how to write good metadata, READMEs, licensing * Open Science * DMP * Current requirements * Programs available for writing DMPs * Tips for writing a good DMP
By: Doaa Abdelkader
Mentored by: Michael Landi
Keywords: Open Science, Research Data Amangement, Research Service
Open science community in Egypt I intend to build up Open science community in Egypt to raise awareness among researchers of the importance of Open Science and how we will guide them to make their research more organized and manageable, increase their visibility, and meet the FAIR principles ( Findable, Accessible, Interoperable, Reusable). also it will be in the line with Egypt Vision 2030. we will have support from FAIR points to meet the researcher’s needs by providing workshops, webinars, and conferences to guide them to the right path further Open Science (OS) is an umbrella term that is used to describe movements and practices aimed at increasing the accessibility of scientific knowledge and fostering innovations. To demystify these principles, we briefly describe six of its core components.
Mentored by: Aswathi Surendran
Keywords: Sleep Deprivation, Mental Health, Illness
Millennials and Gen Zs recently have become obsessed with being online and informed 24/7 so much that it has encroached on sleep time. We tend to attach more importance to skin care, beauty products, exercise and many others ways to live healthy but fail to acknowledge the importance of a good night rest. The need for sleep tends to be underestimated. With the evidence garnered from cumulative research works, one can boldly assert that sleep deprivation has a profound effect on one’s health. This project pays particular attention to the negative impacts of lack of sleep on mental health. Thus, the work will include various sleep disorders, and other causes of sleep loss. It will touch on the normal sleep cycle and factors that distort this cycle. The aim is to provide adequate evidence to enable people make an informed decision about getting better sleep.
By: Agien Petra Ukeh
Mentored by: Caleb Kibet
Keywords: Artificial Intelligence, Machine Learning, Data Set, Skills, Degrees, Career Path, Internships, Scholarships, Programmes, Schools, Qualifications, Requirements.
This project is to help every user, be it parents, children or other adults wishing to follow a particular career path find the right pattern towards achieving their life goals. The platform uses the top-down or bottom-up approach to achieve this goal. Using the top-down approach, a user can be interested in a particular field, say Artificial intelligence. The user then keys in the word artificial intelligence and the system gives a detailed guide of all that is required of the field such as academic qualifications needed/natural skills needed too. The program also includes various study programs, schools, scholarships etc, differentiating if it is remote, onsite and hybrid taking note of the locations of the available programs. Each program will also have fees allocation and other details provided by the dataset fed into the system. Statistics such as average salary, working hours etc will also be provided, and related fields as well, which if a user clicks, it will redirect to the clicked field. The bottom up approach uses qualifications be it academic or natural to direct an individual towards available careers for that qualification. Say a student just had the Advanced level passing Biology, chemistry, computer science and maths. The system will also prompt the student to give in natural qualifications such as great organizational skills, working alone or in team, interpersonal skills etc, from which a roadmap to the various available careers based on those qualifications will be given as a guide for the student to follow. Other information such as scholarship opportuinities, internships, schools, programmes etc will be given in the system as well. This system is to take data from contributors all over the world, and updates will be made every now and then to ensure arcuracy of the data.
By: Angelica Maineri
Mentored by: Lena Karvovskaya
Keywords: Project Database
Funders, consortia and RIs dealing with a large array of different smaller projects often find it difficult to clearly communicate to the outside what kind of projects they support. While there are efforts to build repositories that focus on data, software or research outputs as primary units, there is less attention to projects as focal points that lead to further outcomes (e.g. data, software, journal articles). I want to build an open, searchable database which connects project descriptions to project members, keywords, and related outcomes. As a use case, I want to build a searchable database of past OLS projects.
Mentored by: Gracielle Higino
Keywords: Astronomy, Space Science, Public Engagement Of Science, Community Building, Science-Art
“Closer to the sky” is an astronomy public engagement project in Rio de Janeiro, Brazil that builds upon workshops for children based on the practice of non-violence developed by the astronomy club, initiated by A. Cortesi and C. Araujo. It entails two parts: 1) The collective exploration of astronomical images and space-based images of Earth (available from open access databases) with children, artists and people in a favela (slum) in Rio. Children will use space imagery to create poems, music, performances and street art together with local artists, to promote a positive and healthy vision of their environment. By exploring images with computers at the local cultural centre, they will practice digital skills while handling data containing information to observe the environment. 2) The creation of a digital map of cultural projects in Rio favelas, including the new artwork and educational material, along with locations linked to the history and practice of astronomy in the city. The project is informed by different aspects of the Open Science framework, from opening a dialogue with the community to creating science and educational material together. The interactive map, all content, lessons learnt and documentation on how to run similar initiatives will be released as open source projects.
Mentored by: Alexander Martinez Mendez
Keywords: Open Access, Open Source, Open Science Communities, Spanish-Speaking Communities, Mapping, Visualization
This project aims to identify communities that actively participate in the implementation, training, and dissemination of open practices such as open access, open data, open science, and open educational resources in the Latin American region. We will create a repository that will collect information regarding main areas, topics of expertise, and geographical location, as well as the contact information of the identified organizations and communities. Then, we will create a website or web-based application that will feature a searchable list and an interactive map interface. Organizations interested in being added to the knowledge base will be able to do so through a pull request on GitHub. The project foresees an automatic update of the list and the map every time a pull request is approved after the new information is curated.
By: Carol O’Brien
Mentored by: Billy Broderick
Keywords: Online Platform, Open Research, Snakebite, Venom, Proteomics, Neglected Tropical Disease
Snake venoms are incredibly complex mixtures of many different proteins called toxins. Understanding which particular toxins are in the venoms of each snake is important information for researchers working with snakes, particularly for those developing new anti-venoms against snakebite. There have been many previous studies which have identified which toxins are in which snakes. This is incredibly valuable information for researchers, but the data is trapped in tables, scattered across many different scientific papers. These papers are themselves often trapped behind journal pay-walls. In this project, I propose to; firstly, create a database of snake venom proteomics studies and secondly, create an online platform which will allow easy access to, and visualisation of, the proteins that have been identified in each snake venom. I hope to create a tool which will be useful to anyone interested in understanding snake venoms.
By: Chukwuka Ogbonna
Mentored by: Stephane Fadanka
Keywords: Biodegradability, Drilling Fluid, Soil, Petroleum Hydrocarbons
Drilling fluid is a lubricant used in drilling oil and gas wells and in exploration rigs. It may vary with additives aimed at optimizing and improving the drilling process(Sadiq et al., 2003). They are mixture of natural and synthetic chemical compounds applied to cool and lubricate the drill bit; clean the borehole bottom; drive cuttings to the surface, control formation pressure and improve the function of the drill string and tools in the borehole (API, 1992). The decline of the environment is presently a common and overwhelming challenge globally (Gazali et al., 2017). Studies have shown that uncontrolled disposal of drilling fluid wastes, with accompanying toxic components contribute heavily to the diminishing biodiversity (Vincent-Akpu, 2015; Vincent-Akpu and Sikoki, 2013; Sil et al., 2012). Most drilling firms especially on-shore, prefer to use land spraying (or throwing) as a method of disposing the waste drilling muds. Such unsustainable methods could lead to some hostile environmental impacts (Gazali et al., 2017). Yet, if biodegradation is relied on as a natural and cost-effective option for pollutant breakdown and pollution control (Nrior et al., 2017). The aim of this study is to investigate the biodegradability of drilling fluid in the different soil types. This study, in addition to specifying the ecotoxicological effect of the drilling fluid pollutants in the soil, will chiefly show which soil type most efficiently promotes the drilling waste biodegradability and by implication provide reliable data for policy makers as regards to environmental reclamation
By: Mike Trizna
Mentored by: Pauline Karega
Keywords: Knowledge Management, Data Hubs, Awesome Lists, Quarto, Version Control, Schema Validation
The project I have in mind for this program has 2 major components. The first component is to build a resource listing system, likely based on Quarto (https://quarto.org/docs/websites/website-listings-custom.html), that will take data from YAML files, and convert to a listing on a static web page that allows for filter and sorting. The we-are-ols.org website actually does an incredible job of displaying structured lists that come from YAML, but uses Jekyll to do this. I also intend to build out a system in GitHub actions that will accept and validate new entries that come through a form or GitHub Issues. The second component would be to create training program that teaches how to use the system – while also teaching the concepts of version control, metadata schemas, and continuous integration to complete novices.
Mentored by: Melissa Black
Keywords: Citizen Science, Climate Change, Research Seedbed, Programming
The LA-CoNGA Physics Citizen Science project is a collaborative experience that aims to educate young people about climate change from an open science and data science framework. The project aims to expose secondary school students in Colombia, Ecuador, Peru and Venezuela to data science research environments and tools at an early age. Through the creation of research workshops and the data generated in a network of weather stations, students will be guided in understanding open science concepts, climate change, statistics and programming. Ultimately, it is hoped that by carrying out a project, the students will be able to take action to address the effects of climate change in their communities.
Mentored by: Harini Lakshminarayanan
Keywords: Research, Students, Supervisor, Machine Learning
Our project is to build a machine learning-based tool to match the research students with the most suitable supervisor for them and vice versa by receiving their requirements and expectations. Our ML model uses the responses received from users and classifies them on a high-to-low suitability scale.
Mentored by: Michael Landi
Keywords: Bioinformatics, Open Science, Outreach
Bioinformatics, an interdisciplinary field that combines computer science, statistics, and biology to analyze and interpret biological data. As the amount of biological data generated continues to grow rapidly, there is an increasing demand for professionals with expertise in bioinformatics. To help meet this demand, we propose a university outreach program focused on developing bioinformatics capacity among University students in Nigeria and this will create early interest in genomics data analysis among the students and equip them with the relevant skills set and knowledge in Bioinformatics. Also, we will be creating awareness of Open science among the university students. We would be working alongside other sister organizations to achieve this goal.
Advanced student of Library Science with work experience in academic libraries and technology. Certified instructor by The Carpentries.
I recently obtained a Ph.D. in Education from the Faculty Education and Psychology at ELTE University, Hungary. I am interested in open science, as well as international and comparative higher education.
Data manager in a national research infrastructure for the social sciences, PhDone in Sociology, mostly knitting in my free time
I’m a chronobiology and sleep reasearcher with a passion for outdoor light and sports. I mainly focus on applied field studies which includes interventions and evaluation studies. I encourage open and reproducible science practices and work towards more sustainability also in research.
Ayomide is a Medical Laboratory Scientist working in the department of Medical Laboratory Science of Lead City University, Ibadan, Nigeria. He holds a Bachelor of Medical Laboratory Science Degree from Ladoke Akintola University of Technology, Ogbomoso, Nigeria. With 5 years of experience working as a Laboratory Scientist and 2 years exploring bioinformatics, he has developed an interest in using bioinformatics to study the genetic basis of non-communicable diseases. Notable bioinformatics training he has participated in include Introduction to bioinformatics and African Genomic Medicine Training Initiative organized by H3ABionet. He looks forward to being a bioinformatics trainer in the nearest future.
Scientific Project Manager working in the project AI4Life (https://ai4life.eurobioimaging.eu/) with strong interest in outreach and community building.
I’m an omnivert who loves to have fun and adventure. I do anything that counts as fun to me be it books, movies or music; it comes in season. I love to learn from all the aforementioned as much as I can and do like giving back in the little way I can. Also, I’m a friendly person. I don’t really know how to keep up conversation though
Aditi is currently a PhD candidate at the University of Exeter, in the department of Politics (Q-Step). Her research interest includes studying the impacts of online misogyny, and its subjectivity, understanding the differences in perception of certain comments/posts on social platforms, and using all this knowledge to measure and detect hate speeches towards women with the help of natural language processing (NLP). Using her research and background, Aditi is passionate about contributing to creating a safer and equal digital space for women.
I am a Ph.D candidate in Engineering Sciences, focusing on Soil Sciences. I work at the Soil Biophysics Laboratory at the University, were we investigate soil processes with an applied point of view.
I’m excited to be in the program. I believe the experience here will expose me to greater knowledge and research collaboration opportunities.
I’m an astronomer, science writer and communicator. I care for humans, the arts, planet Earth, social justice, scientific literacy and random stuff in the Universe. Ah, and I’m from the south of Italy!
Daniel Chan received his MSc in microbiology during the course of his PhD candidacy in S. Aureus infectious disease models using skin organoids. He has been a research technician for many years in multiple fields including cellulostic ethanol production, protein crystallography, prefrontal cortex development and heat shock proteins. He also worked as a medical editor, fact checking pharmaceutical ads in an agency. The common set of skills underlying his practice are molecular biology, non-hierarchical community participation, and scientific inquiry which he is committed to employ in support of radical communities rooted in justice and scholarship.
I have a genetic engineer background and i work now as a data steward. Helping to write data management guidelines for researchers.
I am a senior assistant librarian for research services
Emmanuel Adamolekun is a Research fellow with Helix Biogen Institute, Ogbomosho, Nigeria ,a research organization focused on accelerating research in life through in-depth technical skills, training and capacity building in Bioinformatics and Genomics. Emmanuel graduated with a Bachelor’s degree in Medical Laboratory Science from the prestigious Ladoke Akintola University of Technology, Ogbomosho, Oyo State, Nigeria. He is currently a member of the Education and Internship committee of the International Society for Computational Biology-Student Council (ISCB-SB). He is a member of the International Society of Computational biology (ISCB) and African Society Bioinformatics and Computational Biology (ASBCB).
I’m a biotechnologist and SynBio Africa emerging leader in synthetic biology and biosecurity fellow working with Beneficial bio to locally produce reagents and equipment for molecular biology research and application. My passion for Open Science and research led me to meet and join amazing people and communities in their efforts to impact the global open science landscape including Open Bioeconomy Lab, AfricaOSH, Africa Makers Gathering, and Open Science Shop. I see a lot of potential in distributed manufacturing and over the past years, I’ve been working to democratize global access to affordable and impactful scientific instruments. Fervant advocate of Open Science in Africa I’ve been shar
Gift “Gigi” Kenneth is a machine learning engineer with a background in biochemistry, bringing a unique perspective to her work. Outside of her professional role, she volunteers as a program manager and enjoys writing about the latest developments in artificial intelligence.
I love coding for learning vocabulary of animal behavior & sharing it
Jafsia is a data scientist working on health and particulary neglected diseases
I am a researcher at CIIPME-CONICET and a teaching assistant at the University of Buenos Aires. I am also a member of RLadies Buenos Aires and MetaDocencia. Among other things, I study how children acquire and develop mathematical skills.
Independent scholar advancing open knowledge through a portfolio of projects in open education, open science, and open data. PhD in Public Policy with research interests at the intersection of science & technology policy and the future of work. Expertise in issues facing early career researchers.
LESSA is a highly motivated person. He applies his strong organizational skills to prioritize and handle multiple work assignments, and a detailed oriented person.
I am studying engineering sciences. Also I’m currently also working on the development of a mobile application. I also have an interest in design and creative work.
Hi, I’m Mariela, my background is in Applied Mathematics. I have a Ph.D. in Applied Science. Now I am a postdoc working in Fairness metrics in IA.
Mike Trizna has been a data scientist with the Smithsonian Data Science Lab since 2018, and has been working with data (specifically in bioinformatics) elsewhere at the Smithsonian since 2007. As part of the Data Science Lab, Mike works with staff from the many science and humanities units of the Smithsonian to incorporate machine learning, data visualization, and open data science best practices into existing research. Mike also leads the Smithsonian’s partnership with the Carpentries (formerly Software Carpentry and Data Carpentry), whose goal is to teach foundational computational and data science skills to researchers.
I am a Systems Engineer passionate about applying Computer Science to improve the way we live. Enthusiast and promoter of open science in the region.
I’m a PhD student of Argentina, speciallized on structural bioinformatics of proteins. But a part of me still want to work in ecology or enviromental sciences
Role in OLS:
I am a spirited human who specialises in breaking stereotypes and exceeding expectation. A student nurse by day, and techie by night. I enjoy podcasts, horror flicks and Jack Reacher novels.
|Software Developer with skills in C# and .NET||Data Analyst with R and SQL||Co-founder of RLadies Rcia-Ctes||Part of Metadocencia + LatinR|
I am a confident writer/graphic designer, and I am looking forward to machine learning abd artificial intelligence
Personne très attentive, travailleuse et ayant un esprit critique poussé.
Trying to disentangle the soil and water relationship
Seun, is a student of Biochemistry, Ladoke Akintola University of Technology, Ogbomoso, Nigeria, who is passionate about understanding the molecular pathogenesis of diseases progression and the development of therapeutic against it. Also, he is a Research and Teaching Assistant at Helix Biogen Institute, Ogbomoso where his major role includes conducting and co leading translational research, training interns, IT students and workshop participant in various areas of Bioinformatics, Research Writing and Molecular Biology. To his credit he had published over 3 articles in internationally highly indexed peer reviewed journals,With several others in-view. He had attended several seminars, workshops and trainings on Bioinformatics, Genomics and Research Writing. In 2021, he won a grant award for his poster presentation at the NAU international conference. However, he is a passionate advocate of Good health and wellbeing as a result he earned the millennium fellow class of 21 and a 2022 YLP fellow. Overall, Seun seeks to promote health via translational research and advocacy.
I am a doctoral student at the Oxford Neural Interfacing group, with a keen interest in neuroscience, machine learning and the ethics around technology
I’m a visual and circadian neuroscientist interested in how light affects our physiology and behaviour. I’m also passionate about improving science.
I’m a biologist, currently interested in climate change and neuroscience
Molecular Epidemiologist pasionated by public health relevant studies, open science and knowledge transfert