CAD Models
Interlinked Star Sculpture
A complex, parametric star‑polyhedron composed of interwoven star elements. Created using pattern features and surface‑lofting, the design demonstrates mastery of multi‑body modeling and assembly in a single part. The seamless interconnections emphasize both aesthetic form and structural integrity, rendered in a translucent red material to accentuate depth.
F1 HELMET
Designed a sleek, aerodynamic F1 racing helmet in SolidWorks featuring smooth surface modeling, a tinted visor, and detailed contours—demonstrating precision, realism, and functionality in high-performance motorsport safety gear.
Mobius Pendant
A continuous loop inspired by the Möbius strip, symbolizing infinity. The design showcases smooth surface modeling and artistic form, ideal for jewelry or modern product design.
Mobius Sphere
Combining Möbius geometry and toroidal curves, this model demonstrates advanced surfacing and seamless design continuity. A conceptual piece highlighting mathematical beauty and design complexity in one compact form.
Trefoil Knot Sculpture
A sculptural trefoil knot mounted on a pedestal, showcasing intertwined topology and smooth curvature. Created using advanced sweep and loft operations, it emphasizes mathematical form, continuous surfaces, and display suitable for conceptual art exhibitions.
Plastic Vase
A modern plastic vase with layered helical bands wrapping its body, combining aesthetics and manufacturability. Modeled using revolved profiles and pattern features, it highlights smooth transitions, material uniformity, injection‑molding considerations, consumer product design principles.
Coffee Table
A modern table design with a double-curved waffle structure. It reflects functional minimalism and organic aesthetics, created using parametric modeling techniques suited for architecture or product visualization.
Center Table
A center table featuring a flowing ribbon‑like base supporting a glass top, inspired by Möbius geometry. Designed with swept profiles and mirrored patterns, it balances structural integrity, fluidity, material contrast for modern interior applications.
Lemon Squeezer
An ergonomic citrus press combining function and style. The model features detailed ribbing for juice extraction and smooth transitions for comfort, showcasing mechanical design principles and user-centric product development skills.
Glass Cup
A minimalistic drinking vessel with precise contours and subtle curvature. Designed to showcase form and function, it emphasizes material clarity, clean geometry, and manufacturability through surface and solid modeling techniques.
CV
Muhammad Faizan Ali Butt
Phone: +92 307 7203801 | LinkedIn | Email: faizanbutt1052@gmail.com
Experience
Mechanical Engineering Intern – Robot Maker Lab, NCRA (Aug 2024 – Sep 2024)
- Developed skills in product design, assembly, and testing along with valuable experience in teamwork, communication, and problem solving.
- Developed a deeper understanding of mechanical engineering and design, equipping me to create and enhance products in a professional environment.
Mechanical Design Intern – Super Asia, Gujranwala (Jul 2023 – Aug 2023)
- Developed a deeper understanding of Design for Manufacturability.
- Gained valuable experience while doing the research for product development.
Machine Maintenance Intern – Boss Plastics and Modules, Gujranwala (Aug 2022 – Sep 2022)
- Worked as a machine maintenance intern, where I gained experience in the field of injection molding.
- Ensured the optimal performance of machines through regular maintenance and troubleshooting.
Education
National University of Sciences and Technology, Islamabad
Bachelor of Science in Mechanical Engineering
2021 - 2025
Courses & Certifications
- Introduction to Programming with MATLAB – Vanderbilt University (Mar 2023)
- Renewable Energy Technology Fundamentals – University of Colorado (Jun 2022)
Projects
Design and Fabrication of Energy Harvesting Device
- Built a piezoelectric device to generate power from ocean waves.
- Verified functionality through wave simulation and real-time output testing.
Design and Fabrication of an Atmospheric Water Generation System
- Developed an AWG system using Arduino UNO, TEC 12706, and sensors for atmospheric moisture condensation.
- Enabled real-time monitoring and efficient water collection under varying humidity.
Skills
About Me
I am a final-year Mechanical Engineering student at NUST CEME with hands-on experience in CAD, FEA, and CFD. My academic journey and multiple internships have equipped me with a solid foundation in mechanical design, product development, and machine maintenance.
I have contributed to real-world engineering projects, showcasing my ability to solve complex problems with practical solutions. I am passionate about innovation and always eager to learn and grow in dynamic engineering environments
Get In Touch
Feel free to reach out if you have any questions or opportunities for collaboration!
View My LinkedIn