Mendoza Adrian Ralph
a 1st-year Computer Engineering student passionate about software development, creative design, and emerging technologies. My work explores the intersection of engineering principles, problem-solving, and digital innovation, bringing ideas to life through technology and design.
Creative Problem-Solving
Finding smart solutions through logical thinking and innovation.
taong dalawang libo at bente doos
hanggang sa kasalukuyan
gawang
mendoza!
para sa edukasyon at Pilipinas!
FARMIN: A QUANTITATIVE STUDY ON THE EFFECTIVENESS OF A
MOBILE-BASED INVENTORY MANAGEMENT SYSTEM FOR FARMER
This study explores the effectiveness of "FarmIn," a mobile-based inventory management system designed to address common inventory and financial management challenges faced by farmers in the Philippines, particularly in Santa Maria, Bulacan. Utilizing a mixed-method quantitative research design, the study engaged fifty farmers and two IT experts to evaluate the system's functionality, reliability, usability, efficiency, and maintainability. Results revealed that FarmIn received overall "Very Satisfactory" ratings, demonstrating its potential to improve inventory tracking, expense monitoring, yield calculation, and weather forecasting for agricultural productivity. The study concludes that mobile-based tools like FarmIn can significantly enhance farm management practices, supporting modernization efforts in the Philippine agricultural sector.
Impacts of Playing Mobile Legends on the Social Awareness of BSIT Students
This study investigates the impact of playing Mobile Legends: Bang Bang (MLBB) on the social awareness of Bachelor of Science in Information Technology (BSIT) students at STI College Santa Maria. Employing a qualitative research design, the study explores how online mobile gaming affects students' social interactions, communication, and awareness within their community. Through semi-structured interviews with selected BSIT students, the researchers identified both positive and negative effects of MLBB on social awareness. While the game fosters teamwork and online socialization, it also leads to issues like social isolation and reduced face-to-face interactions when excessively played. The findings aim to inform students, educators, and developers about the importance of responsible gaming and its influence on students' social behavior and awareness.
Ang Pag Lihis ng Landas: isang radyo drama
"Ang Pag Lihis ng Landas" is a radio drama that follows the story of twin brothers Ethan and Paulo as they navigate the challenges of college life, friendship, and family. Ethan, an optimistic and outgoing student, contrasts sharply with Paulo, who is introverted and cautious. Their bond is tested when Ethan becomes involved with a fraternity that leads him to drug use and violence. As Paulo tries to save his brother from the dark path he has chosen, he is dragged into the dangerous world of fraternity initiation. The story unfolds into a tragic tale of betrayal, regret, and loss, shedding light on the harsh realities of fraternity-related violence and peer pressure among the youth. The drama serves as a powerful reminder of the consequences of poor choices and the importance of family and moral courage.
Adobe After Effect CC 2021
Codechum C++
Programming for Everybody (Getting Started with
Python)
Introduction to Computer Programming
Mendoza Adrian Ralph
a 1st-year Computer Engineering student passionate about software development, creative design, and emerging technologies. My work explores the intersection of engineering principles, problem-solving, and digital innovation, bringing ideas to life through technology and design.
Where am I?
Studying Computer Engineering at Mapúa University has been a challenging yet rewarding experience. Before this, I was a Computer Science student, but I realized I wanted to go beyond programming and understand how computers truly work from an engineering perspective. This shift allowed me to explore both software and hardware, although my passion remains in software development, creative design, and database management. Along the way, I’ve balanced tough academic work with personal projects — diving into Android Studio, SQL databases, and UI/UX design. These experiences helped me grow not just technically but also creatively, shaping my foundation in technology.
What am I doing?
Right now, I’m focused on improving both my technical and creative abilities. Through my studies, I’ve gained knowledge in software development, but I’ve also explored projects on my own, like building Android apps, managing databases, and working on user interface designs. I’ve been developing strong problem-solving and collaboration skills by working closely with classmates on challenging projects. Although I haven’t led a class, I believe I have the potential to take on leadership roles, as I often help peers and contribute ideas during group work. I’ve also participated in coding competitions, tech clubs, and design challenges to apply what I learn in real-world settings.
What I hope to do?
In the future, I aim to keep learning and creating meaningful solutions in technology. My goal is to be a versatile software engineer, combining strong technical skills with creative design and effective database management. I’m passionate about developing applications that are not only functional but also impactful and user-friendly. Although I focus on software, I’m inspired by computer engineering principles that help me think deeper about systems and efficiency. I hope to keep improving, both professionally and personally — learning, innovating, and adapting to the fast-paced tech industry. I believe growth is a continuous process, and I’m committed to it every day.
a goal without a plan is just a wish
Proyektong
mapúan
a passion for success
Course work 1
This infographic explores the transformative impact of Artificial Intelligence (AI) and Machine Learning (ML) in the field of Computer Engineering. It highlights key trends such as AI-powered automation, integration with IoT and cloud computing, and the rise of AI in quantum computing. Additionally, it addresses critical challenges, including high computational demands, ethical concerns, and the talent gap in AI expertise.Designed with a structured layout and visually engaging elements, this infographic effectively communicates the significance of AI/ML in shaping the future of technology. It also outlines career opportunities in AI-related fields, such as AI engineering, data science, and robotics development.This work demonstrates my ability to translate complex technical topics into an accessible and visually compelling format, reinforcing the importance of AI/ML in modern Computer Engineering.
Course work 2
This report explores the design and development of ChatGPT through the lens of the Engineering Design Process (EDP). By breaking down its core components—such as deep learning, natural language processing, and transformer architectures—the analysis provides insights into how ChatGPT was engineered to deliver intelligent, context-aware responses.The study examines each stage of the EDP, from identifying the need for advanced conversational AI to optimizing its performance through iterative refinements. Key considerations such as bias mitigation, scalability, and real-world applications are also discussed, highlighting the challenges and opportunities in AI development.This report reflects my ability to analyze complex technologies, apply engineering principles, and articulate findings in a structured, technical format. It showcases my understanding of AI-driven systems and the role of systematic design processes in shaping cutting-edge innovations.
Course work 3
This 2-minute video presentation explores an emerging technology in the field of Computer Engineering, breaking down its key features, real-world applications, and future impact. Designed to be engaging and informative, the video combines clear narration, visual elements, and structured storytelling to effectively communicate complex concepts in an accessible way.Throughout the presentation, I explain how the technology works, its significance in today’s world, and the challenges it faces, providing a well-rounded understanding of its potential. By using a dynamic delivery style, well-researched content, and high-quality visuals, this project showcases my ability to simplify technical topics, present confidently, and engage an audience.This work demonstrates my communication, research, and presentation skills, essential for professionals in Computer Engineering and technology-driven industries.
Project aligning the sustainable development goal
SDG 6 aims to ensure availability and sustainable management of water and sanitation for all by 2030. This goal recognizes that clean water, proper sanitation, and hygiene are fundamental to human health, economic growth, and environmental sustainability.
Video Project
This 10-minute recorded pitch presentation showcases my team's ability to communicate ideas effectively, collaborate, and present a compelling solution to a given challenge. Following a structured format—Introduction, Solution, Challenges, and Conclusion—we deliver a clear and engaging pitch, supported by professional visuals, well-researched content, and seamless teamwork.Each team member plays an active role, demonstrating strong presentation skills, confidence, and technical knowledge. The video features smooth editing, clear narration, and professional-quality visuals to enhance the overall impact. Captions and animations are used strategically to improve clarity and engagement.This project highlights our teamwork, problem-solving, and ability to present complex ideas in an accessible and persuasive manner, key skills in the field of Computer Engineering and technology-driven industries.
CONCEPT PAPER
This concept paper explores how Computer Engineering can contribute to Sustainable Development Goal 6 (Clean Water and Sanitation) by developing innovative water management solutions. It presents a structured approach to identifying global water challenges and designing a technology-driven system for efficient water conservation and distribution.The paper outlines the technical feasibility, potential impact, and challenges of the proposed solution, incorporating smart monitoring systems, AI-driven analytics, and IoT integration to optimize water usage. Through this project, I gained valuable insights into engineering applications in sustainability, problem-solving methodologies, and the importance of aligning technology with real-world needs.This work showcases my ability to research, design, and propose solutions to global challenges, emphasizing the role of Computer Engineering in sustainable development.
Project poster
This digital poster visually represents our Computer Engineering solution for Sustainable Development Goal 6 (Clean Water and Sanitation). Designed in a clear and engaging format, the poster highlights the problem, proposed solution, key features, and expected impact of our project.With a structured layout, concise text, high-quality visuals, and data-driven graphics, the poster effectively communicates the importance of technology-driven water management solutions. It also includes a call to action and contact information, ensuring accessibility for further engagement.This project showcases my ability to present complex engineering solutions in a visually compelling and professional manner, reinforcing the role of Computer Engineering in sustainable development.
Coursera
In this course, I will develop subject-matter expertise as part of the Leading the Modern Day Business Specialization. Through industry expert insights, I will gain a foundational understanding of essential business concepts and tools. The course will help me build job-relevant skills through hands-on projects, ensuring practical application of knowledge. By the end of the course, I will earn a shareable career certificate, demonstrating my ability to lead and adapt in modern business environments.