New York / Washington, D.C. / Global

Yassine Kraiem

Computer science student building ambitious AI systems, high-impact software, and robotics-oriented technology with research and founder upside.

I am interested in embodied AI, intelligent systems, and the kind of engineering that moves from prototype to real-world leverage. I care about building fast, thinking deeply, and working on systems that compound.

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Focus

AI systems + robotics

Approach

Engineer with founder energy

Strength

Technical depth + execution

Current trajectory

AI engineering, research credibility, and product-level execution.

Long-term direction

Embodied AI, robotics, and intelligent systems with real-world reach.

About

An international background with technical ambition.

Computer science student building intelligent systems with a long-term focus on embodied AI, robotics, and software that matters.

AI + intelligent systems

Designing systems that automate work, reason across steps, and convert models into useful products.

Robotics-driven ambition

Focused on embodied AI and the engineering required to move from software interfaces to real-world intelligent behavior.

Founder-style execution

Comfortable moving from concept to implementation, combining technical depth with product sense and high ownership.

I have built my path by combining academic discipline, international perspective, and a strong pull toward technology with leverage. The through-line is clear: learn fast, build systems that matter, and aim toward technical work with long-term consequence.

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Selected Work

Projects that show systems thinking, implementation depth, and product instinct.

A mix of technical builds, interface work, and ambitious experiments that point toward larger systems.

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Yassine Kraiem : comprehensive pathfinding visualizer project demonstrating various algorithms, graph search, and maze-solving functionalities.

2024

Map Pathfinding Visualizer

Featured

The Map Pathfinding Visualizer is an interactive tool that demystifies complex pathfinding algorithms by bringing them to life on real-world maps. Built with React.js, TypeScript, and D3.js, it provides an intuitive, visually engaging platform where students, educators, and enthusiasts can explore algorithms such as A*, Dijkstra's, BFS, and DFS in action. By blending theoretical knowledge with hands-on visualization, this project simplifies the learning process and bridges the gap between abstract concepts and practical understanding. My goal is to enhance algorithm comprehension and inspire curiosity for deeper dives into data structures and spatial problem-solving. Links: https://map-pathfinding-visualizer.vercel.app/

NEXT.JSREACTJAVASCRIPTALGORITHM IMPLEMENTATION

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Experience

Early career momentum across software, leadership, and international work.

Experience that signals range, but with a clear center of gravity: technical growth, high ownership, and building toward harder problems.

Program Associate

Osgood Center For International Studies

Emerging Technology

2022 - 2023

As a Program Associate at The Osgood Center for International Studies in Washington, D.C., I gained valuable insights into international studies and project management, with a focus on technological advancements. In this role, I coordinated and organized events, facilitated communication between international delegates, attended conferences, and wrote policy briefs on emerging technologies. This experience deepened my understanding of the global impact of technological advancements and improved my project management skills

Skills

A builder stack shaped by software, AI, and systems.

Broad enough to ship, focused enough to signal a clear direction.

Core

AI SystemsSoftware EngineeringRoboticsProduct Thinking

Frontend

Next.jsReactTypeScriptResponsive UI

Backend

Node.jsAPIsSystem DesignData Flows

Focus Areas

Embodied AIIntelligent SystemsAutomationBuilder-Led Execution

Education

Alma College

Studying computer science while building practical systems and sharpening the research, product, and engineering instincts needed for high-leverage technical work.

Contact

Open to research, startup, and high-caliber engineering conversations.

If you are building in AI, robotics, or ambitious software, I am interested in the right conversations.

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