Projects
Building a robotic Dog
The robotic dog project gave me the opportunity to practice some key engineering skills and knowledge I gathered along the semester. These included electrical circuits and simulation, Arduino programming, working with 3D software such as Solidworks and many more. I also had the chance to work with other industry machineries such as laser cutter, 3D printer, just to mention a few.
Applying design thinking to solve the problem of low patronage for African wear
In other to understand the problem at hand, we had to apply design thinking to carefully analysis the problem which is the low patronage of African wear. After months of ethnographic research and data analysis using various frameworks such as empathy map, we came up with a solution which is a mobile application that link African fashion enthusiasm to designers of African wear. There is also an online store that allows users to shop for variety of African wear and artifacts.
Built a truss bridge with spaghetti
Trusses are noted to be structures that can carry weights that are even more than their weight. After studying forces in truss, we moved a step further to experiment what was studied in class by building a truss bridge with spaghetti that would carry the maximum weight possible.
Using concepts of Calculus for Analysis
During this project, I had to apply concepts in Calculus such as Differentiation and Integration and also some other engineering concepts. These helped me collected data on the number of people that enter our school's cafeteria at given time intervals using sensors and had to analysis that data using a software called GeoGebra. As part of the project, We had to model frames from curved structures in our environment and analysis the areas under these frames using GeoGebra.
Building Gold Rubeburg Machine
This project was motivated by the action of forces and support systems in Mechanics. In other to make this project as success, several concepts were applied such as the effects of support reactions, tension in strings and many more. Aside the mechanical design, the forces acting at every stage of the machine had to be calculated in other to make it a success.
Developed a typing speed application with python
During this project, python programming language was used. The purpose of this application was to aid students to improve their typing speed and productivity. Concerns such as loop, writing and writing into and from files, working with time module, python kivy were applied to make this project a success.
Application of systems of linear equations to study traffic flow on a network of one-way streets on Ashesi University Campus
For this project we analyzed a network of walkways at Ashesi University by representing them as a linear system of equations and using linear combinations to inform us about the traffic flow in the area. This helped us draw useful conclusions about the area's traffic flow.
Research on Hydrogel Performance Analysis: Investigating Optimal Concentrations for Water Release, Absorption, and Compression in Agricultural Applications
This study aims to address this gap in knowledge by conducting a robust statistical analysis of hydrogel performance across a range of concentrations, focusing specifically on their water release, absorption, and compression properties. The primary objective is to determine the optimal concentrations that maximize these properties and consequently enhance their effectiveness in agricultural applications. The outcomes of this research are expected to contribute significantly to the growing body of knowledge surrounding sustainable agricultural practices and could potentially influence policy and practice on a global scale.
Temperature measuring device and incubator
This project is the design and implementation of a versatile temperature-measuring device combined with an incubator for diverse applications. The system utilizes a thermistor, operational amplifiers, Light Emitting Diodes
(LEDs), resistors, a relay module, and a lamp to monitor and regulate the temperature within a specified range (27oC to 43oC). Also, it measures 2oC interval. The temperature measuring device displays the temperature using a series of LEDs that light up sequentially as the temperature increases. The incubator functionality is achieved by controlling
a lamp through a relay module, maintaining a stable environment. The system was thoroughly tested and calibrated, demonstrating satisfactory performance within the designed temperature range. The report outlines the integrated system’s methodology, components, observations, limitations, and potential applications.
3D model of a forklift
In the recently completed project, our team successfully conceptualized and designed a comprehensive 3D model of a forklift using SolidWorks. Throughout the development process, we focused on individual part modeling, meticulously ensuring each component was accurately represented in terms of dimension, material, and mechanical functionality. The next step involved the assembly of these parts, aligning them carefully to recreate the complete structure and functionality of the forklift. Lastly, we utilized SolidWorks' advanced drawing tools to generate detailed and accurate technical drawings for each part and the overall assembly, offering a complete package of information for production or further analysis. This project, combining our expertise in design and attention to detail, reflects our commitment to precision and quality in 3D modeling.
Infrared Sensor-Based Object Counting System with LED Display
We created an automated attendance tracking system using infrared sensors and LED display technology to accurately count individuals entering or leaving a classroom.
This Project aims to streamline the attendance process, minimize errors, and provide real-time monitoring capabilities for improved efficiency. We also wrote a paper for this project. Using this link to access the paper.
Design and Implementation of a Tachometer
Worked in a team of 2 to design and implement a tachometer using basic electronics components. The tachometer is capable of measuring the rotational speed of the motor and displaying that on the i2c lcd. The lcd also displays, the sentivity of the instrument, it's response time, input and the output.
Remote controlled and automated fishpond and water irrigation system prototype
Our concept of an Automated Integrated Fishpond and Irrigation System with Simultaneous Bidirectional Pumping and Ultrasonic Water Level Control addresses the limitations of existing products by providing a comprehensive and technologically advanced solution.
Design of a portable Maize dryer
In other to solve the issue of post-harvest losses, my team designed a maize dryer that will help small holder farmers dry their maize and reduce losses. The maize dryer has a cylindrical -shaped structure consisting of six distinct parts. The parts are the conveyor tray, the drying unit, the drying tank, the grain dryer base, the grain tank and the wheel.
Review On Gasification of Various Biomass Feedstock As A Fuel For Power Production In Ghana
This review paper presents a comprehensive analysis of the potential of biomass gasification as a renewable energy source in Ghana. The study focuses on the exploration of differ-
ent biomass feedstocks, including agricultural residues, forestry waste, and energy crops, in order to evaluate their suitability for gasification. A detailed overview of the gasification process and the various types of gasifiers, such as fixed bed, fluidized bed, and entrained flow gasifiers, is provided. The paper also highlights the importance of feedstock pre-treatment and handling to ensure efficient gasification. The gasification performance of various feedstocks is compared, considering factors like energy,
ash, and moisture content. The environmental implications of biomass gasification are assessed, including its potential to reduce
greenhouse gas emissions, mitigate deforestation, and promote sustainable waste management practices. The socio-economic im-
plications of biomass gasification are also explored, emphasizing its potential to create job opportunities, enhance energy security,
and support local agriculture and forestry industries
Using Different Model for Effective birth control
Our project employs a sophisticated Differential Model to conduct Parameter Sensitivity Analysis, focusing on the impact of birth control measures in Tanzania. Utilizing this mathematical model allows us to dynamically simulate and analyze the effectiveness of birth control interventions over time. With Tanzania as our specific case study, we aim to identify key parameters influencing outcomes and provide insights into the unique challenges and opportunities in the region. To communicate our findings effectively, we've developed a user-friendly Wix website, offering dynamic visualizations and detailed explanations. This multidisciplinary approach aims to inform policymakers, researchers, and the public about the intricacies of birth control initiatives and their potential implications for Tanzania. Use the link below to access the website
Investigating the Properties of Fiber Reinforced Composites
The project focuses on investigating the mechanical and physical properties of reinforced composites, specifically a ceramic matrix composite using laterite and cement as the matrix reinforced with plant fibers. Motivated by the high cost of construction materials and the environmental impact of cement production, the project aims to optimize these composites for potential structural applications. The specific objectives include characterizing fibers, assessing their impact on mechanical and physical properties, studying shrinkage rates, analyzing microstructures, and exploring implications for crack bridging. The methodology involves designing molds using SolidWorks, fabricating molds, preparing composites, and conducting various tests, including flexural, compressive, and hardness tests. The project addresses practical concerns in construction materials, sustainability, and local production, making it relevant to both industry and environmental considerations.
Investigating the effects of a Combined Pendulum Tuned Mass Damper System on Basic Vibrating System
Collaborated with a team of 6 students to investigate the effects of the addition of a Combined Pendulum Tuned Mass Damper of a basic vibrating system. During our analysis, we conducted a parameter sensitivity analysis to determine and optimum mass, spring damper and pendulum that will produces the smallest settling time for the vibration to die out because of the attachment of the Combined Pendulum Tuned Mass Damper.
Python Based GUI Image Processing Application
This project examines the application of various image processing techniques to enhance the quality of digital images. Drawing on the concepts of signals and systems, we explore methods including histogram equalisation, median filtering, edge detection, and adjustments to brightness, contrast, sharpness, and color. These techniques are key to improving image quality by addressing specific issues such as noise reduction, contrast enhancement, detail sharpening, and color correction.
