Research Support Team
The Stephen Adei Studio works in collaboration with Ashesi faculty, students, and administrators to identify and raise funding to support institutional research priorities and programs.
Services provided by the Studio include identification of potential funding sources, guidance in the development of project proposals, and post-award stewardship of grant funds. The Office also assists and advises faculty in the preparation of applications to private foundations for fellowships and research funding. Moreover, it works with the faculty to coordinate the submission of such applications and ensures compliance with post-award reporting requirements.
Research Support Team
Ako Eyo Oku
Abibatu Gariba
Aishetu Abdul-Razak
Inuusah Mahama (PhD)
Ernestine Sogah
Etornam Attipoe
Freda Agyeman
Gordon Duku
Kobena Badu Enyam
Joel Kodji
Haruna N. Trumah
Hortense B. Umubyeyi
Dominic Ayiquaye
Joshua Nti
Emmanuel Awunkori
Nadia K. Afriyie
Desmond Kuuchi
Latif Kadir
Cynthia A. Anaba
Sylvie L. Havuginoti
Emmanuel N. F. Agyemang
Martha Chaitezvi
Pascal Okoli Mathias
Patience Amadu
Simathe Laura Hounnankan
Nana Aba S. V. Akwa
Victor Iko-ojo Apeh
Victor Kow Quagraine
Scholarship of Teaching and Learning
Researchers: Dr. Esther Laryea and Dr. Josephine Djan
Grant Category: SOTL Formal Inquiry Grant
Project Summary:
Problem-solving and critical thinking skills of students largely remain an untapped gold mine even after senior high school education. Typically, the teaching style in Ghanaian secondary schools encourages rote learning and rewards memorization over analytical skills. However, the case method has been heralded as an effective student-centered approach to teaching that encourages students to own their learning and become lifelong learners. The case method also serves as an experiential tool which better prepares students for the complex problems of the working world and also aids in the development of student problem solving and critical reasoning skills. Observations over our teaching years on the effectiveness of cases in achieving students’ learning outcomes have not been empirically tested and integrated into teaching modes. Such knowledge currently mainly remains conjecture and observations. Channels by which students’ appreciation of case studies as learning performance and outcomes are maximized are yet to be properly understood and fully integrated into case teaching.
Agenda 2063, a set of initiatives proposed in 2015 and currently under implementation by the African Union, envisages a prosperous, innovation-driven Africa supported by well-educated citizens and strong corruption-resistant institutions. To achieve this goal, it is paramount that Africa develops a human resource pool that possesses strong critical thinking, problem-solving, communication, and teamwork skills. Therefore, there must be a critical examination of current teaching styles, pedagogy, and an evaluation of how effective they are in moulding students capable of transforming Africa into a global powerhouse.
The objectives of this study are threefold:
- To assess the effectiveness of case teaching in improving learning performance.
- To evaluate the effectiveness of case teaching in achieving learning outcomes.
- To explore the mediating channels through which case teaching affects learning performance and learning outcomes.
Dissemination Activities
- Poster Presentation at EuroSoTL 2022 in Manchester Metropolitan University, Manchester UK June 2022
- Laryea, E. A., & Djan J. (2023) The Effects of Case-Based Learning on Students’ Learning Performance, SoTL Africa (Currently submitted to SoTL Africa)
Researchers: Dr. Esther Laryea and Dr. Josephine Djan
Grant Category: SOTL Formal Inquiry Grant
Project Summary:
For this paper, these universal skills/outcomes: critical thinking, problem-solving and communication, and interpersonal skills, will be referred to as the SLOs (Deller et al., 2015) (Danaher & Schoepp, 2020). While the impact of academic overload on student learning has been empirically proven, little to no research has been carried out on academic overload and its effect on accepted pervasiveness on the achievement of the SLOs. This study defines an overloaded course primarily in terms of the number of assessments and seeks to address the following research question:
- What is the relationship between the number of assessments and student achievement of SLOs?
Dissemination Activities
- Conference Presentation: 2022 SoTL Commons Conference February 2022 in Savannah-Georgia, USA
- Accepted for Conference Presentation: ISSOTL 2022 in Kelowna, British Columbia. November 2022
Researcher: Stephen Emmanuel Armah
Grant Category: SOTL Seed Grant
Project Summary: For over a decade, I have provided opportunities for development economics students to engage in cross-cultural interaction on foreign aid with Michigan State University students. However, I am not sure I understand fully the extent to which students are benefiting from my efforts. How are Ashesi students learning from MSU students and what specifically are they learning from them? Is the initiative as beneficial to my students as I think, or is it rather disproportionately beneficial to the MSU students? I want to investigate this to evaluate whether to target better, improve, expand, or discontinue the project. Apart from the fact that the cross-cultural interaction enriches the college experience for students in a manner unique in the Ghanaian context, what I learn from the students may help me modify and enrich my teaching. This is possible by incorporating teaching strategies, information, websites, data sources, software, etc. that students find useful through engagement with their MSU peers. I will publish the result of my research to help others considering cross-cultural interaction.
Researchers: Miriam Abade-Abugre and Alhassan Sullaiman
Grant Category: SOTL Seed Grant
Project Summary:
We seek to understand whether our teaching/classroom engagement strategies have any significant impact on the flow state (joy in learning) of students. In previous classes, we have observed that students tend to be grade-focused and are totally detached from a flow state. To mitigate these issues, we have recently and intentionally incorporated teaching/classroom engagement strategies, such as the use of analogies, the use of stories, speaking in a friendly manner and small group discussions. These are to create a joyful space during teaching and learning. However, the impact of these strategies on students’ flow state has not been measured.
Researchers: Sena Agbodjah and Esther Afoley Laryea
Grant Category: SOTL Formal Inquiry
Project Summary:
Traditional teaching methods have played their role in imparting knowledge and skills that have led to the incredible transformations in education today. However, the world is constantly changing, and if it can address present needs, education must also change in response. According to the World Bank (2022), global megatrends, such as the rising role of technology, climate change, demographic shifts, urbanisation, and the globalisation of value chains, are changing work and skill demands. To tackle these challenges, quality and relevant education that provides comprehensive cognitive, technical, socio-emotional, and digital skills is required (World Bank, 2022). The skill sets needed to remedy these complex problems are beyond what traditional education offers. The didactic lecture method encourages rote learning, reduces student confidence, and discourages participation and reflection (Banning, 2005). Live projects, a type of project-based learning, provide opportunities for students to engage with a real-world problem through which they develop their problem-solving skills (Culpin & Scott, 2001; Simkins, 2011). According to these authors, live projects are more effective in preparing learners to tackle realworld issues. Despite its effectiveness, live projects have not gained much popularity in Africa. Additionally, though a few studies have investigated the efficacy of live project learning, none has been based within the African context. It is essential to understand how live projects as pedagogical tools fare and are used within the unique African context. This study fills the gap by providing evidence for the African context and creating awareness of live projects in Africa. The evidence provided will help design live projects in classes, while improving the design of existing live projects. The objectives of the study are as follows:
- To investigate the impact of live projects on student competencies.
- To investigate factors that impact student learning outcomes
Researchers: David Ebo Adjepon-Yamoah and Stephane Nwolley
Grant Category: SOTL Formal Inquiry
Project Summary:
Specific desired outcomes of this project are:
- To gain insights on effective teaching methods for project-based courses (i.e., Software Engineering, Project Management, Cloud Computing, Web Technologies, Mobile Application Development, E-commerce, System Analysis & Design, Internet of Things, Networking, Human Computer Interaction, Information & Systems Security, Data Science, Machine Learning, Robotics, etc.) that are transferable across discipline courses.
- To publish research paper(s) at the end of this project.
- To build research capacity among faculty and especially faculty interns.
- To identify the impact of this experiential learning approach on how students undertake capstone projects (An auxiliary desired outcome, which may be out of the immediate scope of this project).
Researchers: Danyuo Yiporo, Miriam Abade-Abugre and Alhassan Sullaiman
Grant Category: SOTL Formal Inquiry
Project Summary:
The most significant thing missing in African education, especially Ghanaian education, is insufficient practical and hands-on training, typically in engineering education. Computer simulations have been reported to activate multiple skills in science learners (Mhamed et al., 2021), such as observing, measuring, predicting, controlling variables, formulating hypotheses, and interpreting results (Droui and Hajjami, 2014; Mahdi et al., 2018). These simulations give learners the opportunity to explicitly develop understanding, help them reflect on their learning (Droui and Hajjami, 2014), improve motivation, and increase their interest in the class (Martinez-Jimenez et. al., 2003). Moreover, the simulation presents itself as an effective prediction tool (Lavoie and Good, 1988). It has been reported that learners with low prior knowledge learned better when supported by examples (Olga et al., 2020). Project-based simulations on engineering concepts will be introduced to offer students the opportunity to practise in manufacturing processes labs. This plays a key role in developing equitable teaching practices. Continuous evaluation will seek to ask students if they’re learning more than they would have in a traditional class setting that lacks lab activities. With weekly continuous evaluations, one can expect the evaluations to have a direct impact on the course, and recommendations from students will be incorporated to facilitate effective learning. It is also expected that students’ suggestions will help faculties and faculty interns taking engineering courses to rediscover their unknown dark areas for improvement. We are hopeful that the outcomes from this research shall be presented at SoTL/educational conferences. The data obtained shall also be analysed, and the results will be discussed for scholarly teaching and learning. The scientific paper shall be submitted to a peer review journal for reviews and publication. Publishing the data shall contribute to knowledge on scholarly teaching and learning of engineering subjects.
Researchers: Elena Rosca, Judith Ainsworth, Anthony E. Spio
Grant Category: SOTL Formal Inquiry
Project Summary:
Research Question
What are the effects on student learning of using TBL and PBL in courses in Business, Engineering, and Humanities and the Social Sciences?
Additional questions to investigate:
- Is PBL or TBL better suited to one discipline than another?
- Do students have the same performance outcomes using PBL or TBL?
- Do teaching style and personality have an impact on student learning, engagement, satisfaction, etc.?
The study will evaluate the pedagogical methods in terms of the following constructs:
- engagement
- accountability (preparedness)
- Satisfaction
- teamwork skills (communication, conflict resolution, etc.)
- student achievement of learning goals (grades and student reflection paper)
Researchers: Elena Rosca, Judith Ainsworth, Anthony E. Spio
Grant Category: SOTL Formal Inquiry
Project Summary:
Research Question
What are the effects on student learning of using TBL and PBL in courses in Business, Engineering, and Humanities and the Social Sciences?
Additional questions to investigate:
- Is PBL or TBL better suited to one discipline than another?
- Do students have the same performance outcomes using PBL or TBL?
- Do teaching style and personality have an impact on student learning, engagement, satisfaction, etc.?
The study will evaluate the pedagogical methods in terms of the following constructs:
- engagement
- accountability (preparedness)
- Satisfaction
- teamwork skills (communication, conflict resolution, etc.)
- student achievement of learning goals (grades and student reflection paper)
Researchers: Heather Beem
Grant Category: SOTL Formal Inquiry
Project Summary:
Many educational institutions on the continent shied away from the unknown territory of transitioning their courses online, opting to wait for the pandemic to die down. Even within educational institutions that did step boldly into online teaching, not all educators pursued means of offering hands-on/lab components of their courses online. By detailing EC/PEN’s experience in offering hands-on STEM content online, two outcomes will be achieved. First, by understanding the key dynamics in online offering and the differences in learning outcomes between the in-person and online modalities, better hands–on online programs can be designed. Second, by documenting the transition process, other institutions can learn how to do the same for their own hands-on experiential content. This example will support Ashesi faculty (Dr. Beem included) and African institutions, broadly, to strategically implement online/blended approaches of facilitating hands-on learning events in their classes.
Researchers: Jewel Thompson and Freda Addu
Grant Category: SOTL Formal Inquiry
Project Summary:
This study seeks to identify the key strategies or tools that facilitate or hamper effective collaboration among student teams to enhance their project outputs. A deeper understanding of such facilitators and barriers will increase project outcomes and serve as the foundation for effective collaboration among teams and the development of leadership skills. Classroom engagement with students will also be greatly enhanced. Emotional intelligence (EI), one of the key skills needed to thrive in the corporate environment, will be developed. Furthermore, we hope to develop a unique module on enhancing team dynamics among students, for replication in other universities across the world. These learnings can help influence the creation of a team building module that students can take to help them manage team dynamics. This module can be integrated into either a Leadership or Organizational Behaviour Course at Ashesi. There can be online/blended approaches of facilitating hands-on learning events in their classes.
Discipline-Specific Research Projects
Researcher: Dr. Anthony Essel-Anderson
Researchers: Dr. Anthony Essel-Anderson, Dr. Naa Adjeley Doamekpor, Surv. Prof. Martin Morgan Tuuli (Loughorough University), Dr. Amos Darko (University of Washington), & Dr. Emmanuel Selorm Adukpor (UCL)
Researchers: Sampson Asare, Dr. Ayorkor Korsah, Dr. Govindha Ramaiah Yeluripati, and Dr. Heather Beem
Researchers: Dr. Disraeli Asante-Darko and Dr. Theodora Aryee, Esther Laryea
Researchers: Dr. Ebo Adjepon Yamoah, Dr. Tatenda Kavu, Dr. Joseph Adjei, Sampson Dankyi Asare, Dr. Elena Rosca, Fredericka Serwaa Otoo (Greater Accra Regional Hospital), and Dr. Peter Daitey (Maamobi General Hospital)
Researcher: Dr. Elena Rosca
Researcher: Dr. Elena Rosca
Researchers: Prof. Gordon Adomdza, David Hutchful
Researchers: Jewel Thompson
Researchers: Dr. Joseph Adjei, Dr. Stephane Nwolley
Researchers: Kwabena Bamfo, Dr. Elena Rosca
Researchers: Prof. Ebenezer Obiri Addo, Sampson Dankyi Asare
Researchers: Dr. Stephen E. Armah and Alfred Berkoh
Researchers: Dr. Stephen E. Armah and Dr. Millicent Awuku
Researchers: Dr. Stephen E. Armah andYayra Azaglo
Researchers: Dr. Theodora Aryee, Dr. Josephine Djan, Dr. Disraeli Asante-Darko, and Dr. Naa Adjeley Doamekpor
Ashesi Resourceful Engineering Lab (AREL)
The Ashesi Resourceful Engineering Lab (AREL)
Research Team
- Dr. Heather Beem – Principal Investigator
- Mr. Francis Gatsi – Co-Principal Investigator
- Dr. Gordon Adomdza – Co-Principal Investigator
- Dr. Myron William – Co-Principal Investigator, Clark Atlanta University
- Stewart Isaacs – Co-Principal Investigator, MIT
- Jeremiah Takyi – Laboratory Manager
- Francis Aweenagua – Research Assistant
- Justice Wirkuu – Graduate Researcher
- Reginald Sai-Obodai – Graduate Researcher
- Oluwamurewa Precious Odekunle – Graduate Researcher
- Anold Nsubuga – Graduate Researcher
- Gislaine Kengne – Undergraduate Researcher
- Daryll Dufu – Undergraduate Researcher
- Yohance Lewis – Undergraduate Researcher, MIT
- Frederick Acquah – Research Assistant (Former)
- Charity Ampomah – Research Assistant (Former)
Project Overview
A rich set of transformations occurs in students’ transition between senior high school and Ashesi’s experiential learning environment. This research seeks to identify and describe the fundamental mechanisms underlying these changes.
Hands-on, experiential learning, is known to provide benefits in terms of learning outcomes. Students tend to become more engaged, gain interest, and build deeper understanding of the concepts. Within the African context, other factors add richness to the picture. Our students tend to possess a high level of readiness to engage in this mode of learning. Dominant narratives about innovation in Africa hang in the air. This research aims to uncover ways in which experiential learning may hold power to break down negative societal narratives as students engage in hands-on learning and their self-perceptions evolve. Ultimately, this work seeks to inform educators how best to empower African students with the skills and attitudes to address the continent’s real-world engineering challenges.
Project Activities
- Employing mixed-method approaches to identify transformational changes in first-year engineering students (leveraging approaches such as emergent coding, thematic analysis, survey design, factor analysis, etc.)
- Presenting emergent findings at conferences to dialogue with engineering education researchers internationally
Research Publications
- Ampomah, C., Beem, H.R., “Continued exploration of the relevance of self-efficacy, self-determination and agency in describing the first-year African engineering student’s experience, 15th Annual First-Year Engineering Experience Conference (FYEE), Boston, MA, July 28-30, 2024. https://doi.org/10.18260/1-2–48592
- Beem, H.R., Ampomah, C., Takyi, J., Adomdza, G.K. “Development of an online project-based learning design course for African first year students and its impact on self-efficacy levels,” IEEE Transactions on Education: Transforming Engineering Education, 66(5), 410-420, 2023. https://doi.org/10.1109/TE.2023.3312968
- Beem, H.R., Ampomah, C., Takyi, J., Adomdza, G. “A preliminary exploration of the relevance of self-efficacy, self-determination, and agency in describing the first-year African engineering students’ experience,” American Society of Engineering Education (ASEE) 2023, Baltimore, MD, USA, June 25-28, 2023. https://peer.asee.org/42268
- Beem, H.R. “Exploring the role of the physical environment in building self-efficacy in first year African engineering students,” American Society of Engineering Education (ASEE) 2022, Minneapolis, Minnesota, USA, June 26-29, 2022. https://peer.asee.org/41799
- Beem, H.R. “Exploring the role of project-based learning in building self-efficacy in first year African engineering students,” American Society of Engineering Education (ASEE) 2021, Virtual, July 26-29, 2021. https://peer.asee.org/37161
- Beem, H. “The role of machine shop sessions in building confidence amongst freshmen engineering students in Ghana,” IEEE Global Engineering Education Conference (EDUCON2021), Virtual, Apr 21-23, 2021. https://doi.org/10.1109/educon46332.2021.9454012

Ashesi Solar Panel Monitoring Network (ASMONET)
Project Overview
Dust soiling of solar PV panels affects their performance. Understanding the impact of this is particularly important in West Africa, where the Harmattan season comes with high levels of dust in the atmosphere.
This work aims to improve solar panel data availability in West Africa by designing a network of ground-based, IoT-enabled PV sensor systems to be installed throughout the region. Each system will provide data on solar panel performance, key environmental parameters affecting dust soiling, soiling mass accumulation, and relative loss in power output. Once in place, the envisioned network will give researchers insight into regional solar panel performance and the reduction effects of environmental conditions such as air pollution and Harmattan. The collected data can be used to advance energy access goals by improving solar PV performance and models for soiling loss and, ultimately, aid in the design of reliable PV systems.
Project Activities
- Designing and building IoT system architecture, including electronic circuits, PCB, integrating sensors, and continuous data collection.
- Implementing system functionalities through hardware and software programming.
- Conducting systematic calibration and testing of sensors.
- Remotely accessing data through a web platform for further analysis
See a link to the ASMONET dashboard here.
Publications
- F. Aweenagua, S. Isaacs, J. Takyi, and H. R. Beem, “Ashesi Solar Monitoring Network (ASMONET): An IoT-Enabled Network for Ground-Based Soiling Measurements in West Africa,” 52nd IEEE Photovoltaic Specialists Conference (PVSC 52), Seattle, Washington, July 2024
- F. Aweenagua, S. Isaacs, J. Takyi, A. Antwi Afari, and H. R. Beem, “Experimental Approaches to Estimating the Mass of Dust Soiling on PV Modules Using Coupons,” submitted to the IEEE International Conference On Artificial Intelligence & Green Energy (ICAIGE24), Yasmine Hammamet, Tunisia, 2024 (Under Review)

Smart Household Biogas Digester
Project Overview
This project aims to develop a household-scale smart biogas digester that leverages IoT tools to provide status and performance insights to facilitate the early detection and mitigation of digester upset. The solution is also intended to be used as a research platform for biogas systems researchers to collect data on an otherwise “black-box” system to characterize internal dynamics. In addition, this system does not assume homogeneity of temperature and pH in the digester; therefore, it attempts to measure these parameters at different spatial locations within the setup.
Project Activities
- Designing and building IoT system architecture, including electronic circuits, PCB, integrating sensors, and continuous data collection.
- Implementing system functionalities through hardware and software programming.
- Conducting systematic calibration and testing of sensors.
- Remotely accessing data through a web platform for further analysis
Research Publications
- F. Aweenagua, J. Takyi, M. N. V. Williams, F. A. Gatsi and H. R. Beem, “Design and Implementation of an IoT-based Smart Household Biogas Digester,” 2024 IST-Africa Conference (IST-Africa), Dublin, Ireland, 2024, pp. 1-9, doi: 10.23919/IST-Africa63983.2024.10569515. https://ieeexplore.ieee.org/document/10569515
See a link to the Smart Household Biogas Digester dashboard here.

Impacts of Duty Cycling Sleep/Wake schemes in Low-Cost Air Quality PM Sensing Devices
Project Overview
Many low-cost outdoor air quality monitoring devices (LCAQMs) designed for low- and middle-income communities face power challenges, leading developers to implement sleep cycles to extend battery life and uptime. This study aims to investigate the long-term impacts of sleep cycles on battery performance, including charge storage capacity and charge/discharge rates, and assess the reliability of data collected in reflecting air quality. The research will evaluate battery performance metrics, analyze data quality using metrics such as averages (minute, hourly, and daily), variance, and correlation. It will compare the storage capacities and charging behaviors of two batteries—one continuously active and the other using sleep cycles. This comprehensive analysis will provide critical insights into optimizing LCAQM design for better environmental monitoring in resource-constrained environments.
Project Activities
- Research into pollution of data (active vs sleep-wake )
- Research into battery performances ( active vs sleep-wake)
PCB design for Data Acquisition:

Low-cost flow Visualization – Particle Image Velocimetry
Project Overview
This project involves the development of a low-cost Particle Image Velocimetry (PIV) setup, which includes a camera, laser module, laser optics, and synchronizer to capture and analyse the flow of particles within a specified area of study. The system is designed to help characterize fluid flow properties (such as velocity and vorticity) as well as observe flow patterns and features around various specimens.
The PIV setup has been utilized in applications such as the testing and validating customized face shields and visualizing flow properties in water stirred by a magnetic stirrer. This system provides an affordable means for institutions to conduct flow visualization experiments and analysis.
Project Activities
- Design and fabricate mechanical and electronic sub-systems
- Validate system properties through experiments with a magnetic stirrer
Research Publications
- Acquah, F., Takyi, J., Beem, H., “Design and Characterization of a Low-Cost Particle Image Velocimetry System”, HardwareX, 19, e00563. https://doi.org/10.1016/j.ohx.2024.e00563
Testing efficacy of face shield:

Studying fluid flow dynamics caused by a magnetic stirrer:
Towing Tank Project
Project Overview
A two-axis towing tank of size 3 x 1.4 x 1.5 meters was designed, fabricated, and validated at Ashesi University, Ghana. It allows for hydrodynamic and biomimetic experiments using a MATLAB-controlled system. This system comprises four subsystems: a MATLAB-based control application, electrical and electronic systems, mechanical system, and data acquisition system. The control application coordinates the entire operation, including speed, trajectory, and data capture. Extensive testing showed the system’s high reliability, with a maximum error margin of 2% for velocity and 1.82% for travel distance. This African pioneering platform will enhance teaching and technical research capabilities, bridging the gap between theoretical study and practical application in engineering education. It will support the development of skilled engineers who are ready to address industrial challenges across various sectors, including transportation and aerospace.
Project Activities
- Designed CAD models and carried out simulations.
- Designed and fabricated a CNC-style mechatronics system for automated experiment runs.
- Implementing system functionalities through hardware and software programming.
Research Publications
- Acquah, F., Takyi, J., Beem, H., “Design and Fabrication of a Tow Tank at Ashesi University for Hydrodynamic Experiments ”. (Submitted to UG conference)
Towing Tank:

MATLAB Application:

Wind Tunnel Project
Project Overview
The project focuses on developing a Data Acquisition System (DAQ) for a low-cost wind tunnel built on campus. This DAQ is essential for accurately recording, processing, and analyzing the aerodynamic data gathered during experiments in the wind tunnel. Wind tunnels play a critical role in aerodynamics research by providing a controlled setting for testing diverse objects such as aircraft, automobiles, buildings, and sports equipment. This system ensures precise measurement and analysis for optimizing design and performance across these applications.
Project Activities
- Design a robust and reliable DAQ system for handling various sensors.
- Develop software interfaces for real-time data acquisition and visualization using MATLAB.
- Implement data processing algorithms to extract essential parameters from raw sensor data.
- Ensure compatibility with the existing wind tunnel setup and instrumentation.
- Test and validate the DAQ system under different operating conditions.
- Provide documentation and support for future maintenance and upgrades.
MATLAB User Interface for Data Acquisition:

Automation, Robotics and Controls Research Lab (ARC Lab)
Current research projects by Ashesi University’s Automation, Robotics and Controls Research Lab (ARC Lab) include:
- Aquabot: An Engineering Solution to Plastic Waste in Water Bodies. Assigned Research Intern: Gabriel Owusu
- Exploring the Applicability of Robotic Manipulators in Unstructured Fabrication and Work Environments. Assigned Research Intern: Isaac Laryea
- Assessment of Noise and Vibration Levels of Locomotives in Urban Areas of Ghana: Impact on Future Cities. Assigned Research Intern: Alhassan Tawfiq
- Integrating Interdisciplinary Projects in Engineering Education to Enhance Collaboration and Project-based Learning. This is a SoTL research project in collaboration with Miriam Abade – Abugre, Alhassan Sullaiman
Other ARC Lab projects include:
- Electronic Tour Caddie with support from Gabriel Owusu, Daniel Amoshie
- Agricultural Drone with support from Jesse Agbenya, Gabriel Owusu, Eleazer Archer, Daniel Amoshie
- Two-wheeled Ground Robot with support from Francis Aweenagua
- Anti Baby-theft Device with support from Gabriel Owusu
- Quanser Servo Motor Unit with support from Aryee Aryetey, Kwadwo Annor, Robert Boateng-Duah
- Self-balancing Bicycle with support from Kwadwo Annor, Robert Boateng-Duah
- Teleoperation (Master-slave Control) with support from William Akuffo

