Computer Projects
Attached is a link to the computer programming projects I have worked on.
Agojie
I led the development of the AGojie robot for a team of five as part of a course project. I coordinated the design and implementation process. The Agojie robot, intended for exploration on Mars, required proper planning considering functionalities like obstacle avoidance, image capture, and wireless communication. Utilizing software such as SolidWorks for 3D modeling and Proteus for electronics simulations, we ensured meticulous design and testing. Additionally, we used Boss laser cutters and Prusa 3D printers for fabricating components, highlighting our adeptness with advanced manufacturing technologies. This project underscored my proficiency in integrating diverse software applications to realize complex engineering solutions.
Seriation in Archaeology and Multivariable Function Simulation
This project was on archaeological similarities and applying seriation, a relative dating method in archaeology, to a set of artifacts. We also applied the ideology of calculating limits of multivariable functions to simulate the behavior of functions with Matlab.
Junkyard Electromagnet
I created a prototype version of a junkyard electromagnet that can effectively separate and move structures like crushed cars. The prototype consisted of a manual pulley system to lift and position the electromagnet, along with a nail wrapped with a copper coil and a battery as a power supply to generate the necessary magnetic force. Knowledge on magnetism and current was applied, especially knowledge on how magnetic fields can be produced by current.
Statistics Project
Due to the effects of climate change on the environment, agriculture, and the economy, it is important to find ways to counter these effects and ensure sustainability. Polyvinyl alcohol (PVA) hydrogels can be a potential
solution for improving water retention in soil and reducing the impact of drought on agriculture. Polyvinyl alcohol (PVA) hydrogel's ability to release and absorb water makes it an attractive prospect for improving water irrigation practices that minimize water waste in agriculture and reduce the negative environmental impact of agrochemicals. This paper aims to find which PVA concentration between 5% and 7% with the same concentration of the crosslinker, 5% borax, would be more suitable for irrigation systems. This paper aims to investigate which PVA concentration has better water dynamics properties, namely water absorption and water release rates, and how the concentration of PVA affects the water absorption and release rates. Attached is the link:
Easy Farm
My team and I embarked on addressing an agricultural challenge in Ghana focused on the pricing of tomatoes, employing the design thinking process to innovate a solution. After rigorous research and ideation, we conceived a novel approach: a premixed soil enriched with rabbit droppings, effectively serving as a natural fertilizer. This innovative solution aimed to mitigate the high prices of tomatoes in Ghana exacerbated by importation, offering a sustainable and cost-effective alternative for local farmers. Through our collaborative efforts and commitment to problem-solving, we aimed to contribute to the enhancement of agricultural practices and food security in the region.
Exploring Continuity, Differentiability, and Solid Volumes in Calculus
We did a project that focused on the concept of continuity in calculus using tabular and graphical methods, derivatives of a function at a point, and the relationship between continuity and differentiability.
The project also entailed the use of Geogebra to explore the concept of finding volumes of solids formed by revolving functions around the x and y axes, as well as the area between curves, and finding the volume of the solid obtained by rotating each function around the x-axis
Truss bridge
Trusses are structures composed of slender members joined together at their endpoints. Trusses are built in such a way that no matter the materials they are built of, they can hold an amount of weight multiple times the weight of the truss. They can do this by transmitting the load evenly across the truss members. In this project, my team 6, built a truss bridge out of Balsa wood that can hold a weight fifty times the weight of the truss.
Ludo Game
I spearheaded the Computer Ludo Implementation project, where we successfully designed and implemented the mechanics of a digital version of the traditional Ludo board game using Python. Collaborating closely with team members, I ensured the seamless integration of individual components, resulting in a cohesive and fully functional game.
3D CNC router
My team and I undertook the task of designing a 3D model of a CNC router, comprising 46 parts organized into three main sub-assemblies. Through planning and collaboration, we embarked on a systematic approach, delineating each component's specifications and functionalities to ensure seamless integration and optimal performance. Leveraging our collective expertise in CAD software and engineering principles, we crafted detailed models, considering factors such as structural integrity, precision, and manufacturability.
100% Self-Sufficient Biomass Electrical Energy Adoption in Ghanaian Institutional Buildings: Feasibility and Sustainability
In the pursuit of sustainable energy solutions, institutions worldwide, including universities, hospitals, and corporations, are increasingly turning to renewable sources like wind and solar to reduce their carbon footprint in alignment with the goal of achieving carbon neutrality by 2050. While many institutional buildings already utilize solar energy for their needs, the possibility of relying solely on biomass for 100% of energy consumption is being explored. Biomass, derived from organic materials such as wood, agricultural residues, and organic waste, offers a renewable and potentially carbon-neutral energy source. However, despite its promise, current limitations including cost and infrastructure make it a less viable option compared to other renewables. This paper examines the feasibility and sustainability of employing biomass as the primary energy source for large institutions in Ghana, assessing biomass feedstock options and energy generation methods to provide insights into its viability.
ABC Method
Carried out thorough Mathematics research and came up with a formulae known as "The ABC Method" that aims to simplify the calculations of factorials and indices without use of a calculator.
Fedhaa Youth Group System
I developed a comprehensive system for the "Fedha Youth Group," aimed at facilitating savings and providing loans to its members. This system integrated various factors crucial to its operation, including interest rates on loans, repayment periods, and dividends payable to members. Leveraging Microsoft Suite tools such as databases, Excel, Publisher, and Word, I designed a cohesive framework that streamlined financial processes and enhanced organizational efficiency. From structuring loan terms to managing member accounts and disseminating information through professionally crafted documents, the system I created ensured transparency, accountability, and seamless communication within the organization.