Abdulaziz Houtari

Software Engineer & AI Researcher

I don’t just build applications—I engineer intelligent systems that scale, perform, and impress. With deep expertise across full-stack development and artificial intelligence, I deliver high-impact solutions that blend beautiful interfaces with state-of-the-art algorithms. Whether leading research, writing production-grade code, or optimizing complex pipelines, I bring precision, innovation, and vision to every project.

About me

Welcome to my world of creative problem-solving. I build solutions that merge innovation with technology, where every line of code contributes to something meaningful and impactful.


My passion lies at the intersection of full-stack development and artificial intelligence. I’m driven by real-world challenges and enjoy turning them into scalable, intuitive, and intelligent applications—from sleek interfaces to complex AI pipelines.


Outside of building and shipping software, I’m often exploring new tech, diving into research problems, or collaborating with others to bring bold ideas to life.

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Education

Master of Science in Computer Science

Michigan State University - East Lansing, MI

Jan 2024 - May 2025

Bachelor of Science in Computer Science (High Distinction)

University of Michigan - Dearborn, MI

Sep 2019 - Aug 2023

Projects

Detecting Stealthy Backdoor Attacks using Neural Cleanse📄

Michigan State University - East Lansing, MI

Jan 2025 – May 2025

I led the implementation of a Hidden Trigger Backdoor Attack and evaluated its stealthiness using Neural Cleanse on TinyImageNet. I demonstrated initiative by modifying the original protocol and introducing novel anomaly detection metrics. Through close collaboration with my partner, I analyzed Neural Cleanse’s generalizability across attack types and empirically validated detection thresholds, showcasing strong analytical thinking, attention to detail, and teamwork.

Adversarial Machine Learning
Backdoor Attacks
Neural Cleanse
Clean-Label Attacks
ResNet-18
AlexNet
Unveiling Bias in Political Discourse Using NLP📄

Michigan State University - East Lansing, MI

Aug 2024 - Dec 2024

I co-authored a research study investigating political bias detection in media using NLP and deep learning models. We implemented a CNN-GRU model with pre-trained GloVe embeddings on the MBIC and NewB datasets, achieving significant performance gains over prior models. I contributed to model training, data preprocessing, and comparative analysis with transformer-based architectures like BERT, focusing on nuanced bias classification across liberal, neutral, and conservative labels.

CNN-GRU
GloVe Embeddings
BERT
BrainSegNet📄

Michigan State University - East Lansing, MI

Aug 2024 - Dec 2024

I initiated and managed a medical image segmentation project, coordinating team responsibilities and timelines while fostering clear communication. I implemented U-Net and DeepLabV3 using the BraTS 2020 dataset and helped build an interactive visualization platform using NextJS and FastAPI. My leadership and problem-solving skills were key in navigating technical challenges and ensuring a well-rounded comparison using metrics such as Dice score and IoU.

BrainSegNet demo
U-Net
DeepLabV3
CLIP
DCGAN
NextJS
FastAPI
Delivery Route Optimization using Genetic Algorithms📄

Michigan State University - East Lansing, MI

Aug 2024 – Dec 2024

I proposed and led the development of a Genetic Algorithm-based approach to the Vehicle Routing Problem, balancing technical depth with project coordination. I applied strategic thinking and adaptability to explore both single- and multi-objective fitness functions, local search strategies, and constraint-aware heuristics. The project emphasized my ability to think critically, analyze results rigorously, and communicate findings clearly.

Genetic Algorithms
Multi-objective Search
2-opt
NSGA-II
IntelliAntSearch📄

Michigan State University - East Lansing, MI

Jan 2024 - May 2024

I contributed to the conceptual development and technical implementation of a novel AI-integrated peer-to-peer search protocol using Ant Colony Optimization. I worked effectively in a distributed team, demonstrating time management, adaptability, and fast learning by quickly mastering unfamiliar tools such as PeerSIM. My communication and leadership skills were critical in iterating on feedback and refining our research proposal collaboratively.

Java (PeerSIM)
Ant Colony Optimization (ACO)
Tensorflow
Capstone Project in Full-Stack Development

University of Michigan - Dearborn, MI

Jan 2023 - Aug 2023

I collaborated with cross-functional team members and directly interfaced with clients to translate business requirements into a robust full-stack application. I contributed to system analysis and backend development using Django with NGINX, led mobile development in React Native, and coordinated the App Store deployment. My organizational and interpersonal skills helped align the team, ensure timely delivery, and maintain client satisfaction.

NextJS
React-Native
Django
PostgreSQL
Advanced Topics in Deep Learning

University of Michigan - Dearborn, MI

Jan 2023 - May 2023

I partnered with a graduate student to replicate and evaluate a cutting-edge deep learning paper focused on anomaly detection in computer vision. I applied strong analytical and technical writing skills to reimplement the paper’s models using both TensorFlow and PyTorch, while also navigating ambiguous documentation through collaborative troubleshooting and critical thinking.

Tensorflow
PyTorch

Volunteer Experience

Fair Volunteer

MSU Career Services - East Lansing, MI

Sep 2024

I assisted in coordinating event logistics by guiding attendees and supporting employers during booth setup and teardown. I played a key role in organizing various components of the fair, ensuring smooth operations and an efficient workflow. Additionally, I provided assistance to attendees and exhibitors by answering questions and resolving any issues that arose.

Honorable Mention Award

I, and my team, have been fortunate to receive the honorable mention award for our Capstone project at the Senior Design Day competition held by the College of Engineering and Computer Science at the University of Michigan-Dearborn in April 2023. Competing against numerous innovative projects, our work stood out for its creativity, technical execution, and real-world applicability. The recognition highlighted our team's dedication, collaborative efforts, and ability to tackle complex engineering challenges, earning praise from faculty judges and industry professionals alike.

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