About
I am an Aerospace Engineering student with strong experience in Autodesk Fusion 360, specializing in mechanical design, drone components, gimbal systems, and 3D-printable parts. My strengths include clean parametric modeling, multi-body assemblies, precise alignment, joint creation, and preparing models for manufacturing or 3D printing.
I have designed full drone frames, custom rotors/propellers, 3-DOF gimbal assemblies, brackets, mounts, clamps, housings, and other mechanical components. I’m comfortable working from sketches, photos, measurements, or engineering ideas to build accurate, functional 3D models.
Skillset:
• Fusion 360 parametric modeling
• Mechanical assemblies & joints
• Drone and gimbal component design
• 3D printing optimization (STL/STEP)
• STL repair & mesh cleanup
• Technical problem-solving
• Clear communication & fast turnaround
I’m always improving my engineering abilities and open to projects involving mechanical design, prototyping, and aerospace-related modeling.
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Experience
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Founder
HAB AI solutions · Self-employed
Mar 2024 –
Present
1 yrs 9 mos
WA, United States
HAB AI Solutions is my freelance AI automation service focused on building custom chatbots, automated workflows, booking systems, and data pipelines for small businesses. I design end-to-end solutions using tools like ChatGPT, Zapier, Chatling, Google Sheets, Calendly, and Slack to help companies save time, streamline operations, and capture more leads.
My work includes building 24/7 customer-support chatbots, creating automated lead-tracking systems, integrating booking flows, generating analytics dashboards, and optimizing repetitive business processes. I focus on simple, reliable automations that reduce manual work and help business owners operate more efficiently.
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Fusion 360 Mechanical Designer
Freelance · Self-employed
Jan 2024 –
Present
1 yrs 11 mos
WA, United States
I design mechanical parts, assemblies, and 3D-printable components using Autodesk Fusion 360. My work includes drone frames, gimbal systems, custom rotors/propellers, brackets, mounts, housings, and other parametric models. I specialize in clean geometry, multi-body workflows, accurate alignment, joint creation, and preparing models for manufacturing or 3D printing.
I can work from sketches, photos, concepts, or measurements to create functional and optimized designs for prototyping, robotics, aerospace, and product development.
Education
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Everett Community College
BS, Aerosapce Engineering, Sophomor
2023 – 2028
(expected)
Activities and Societies:
Member of rocket club
Member of STEM club
Member of NAR(National association of rocketry
I am member of my college Rocket Club, STEM Club, and the National Association of Rocketry (NAR). Through these organizations, I work on collaborative aerospace and engineering projects involving model rocketry, propulsion fundamentals, launch operations, and hands-on problem solving.
My involvement includes designing and building rocket components, contributing to group engineering challenges, participating in launch events, and expanding my knowledge in aerodynamics, structures, and flight mechanics. These memberships strengthen my teamwork, technical skills, and commitment to pursuing aerospace engineering.