Luke Boskovic

I designed a detailed 3D model of a GeoKnight DK20S Swing-Away Heat Press using SolidWorks 2025  to replicate mechanical structure and functional components. The project aimed to deepen understanding of industrial equipment design and precision modeling.

• Conducted dimensional analysis by taking measurements of real life components and using reference images to ensure scale accuracy

• Modeled individual components including the swing-arm mechanism, platen assembly, and control panel using parametric features

• Produced a fully articulated 3D CAD model with accurate geometry and functional motion simulation. 

• Gained deeper insight into mechanical design principles and rnhanced proficiency in SolidWorks tools such as assemblies, mates, and appearance rendering.

I designed and constructed a fully functional 6‑speed manual transmission using LEGO Technic components. The project aimed to replicate the mechanical behavior of a real automotive gearbox, including gear ratios and torque transfer through a compact, modular assembly.

• Selected and arranged LEGO Technic gears to create 6 distinct gear ratios, ensuring proper meshing and alignment

• Built a custom shift mechanism that allowed smooth transitions between gears, modeled after real-world selector forks

• Used Python to program simple engine function that increased RPM via distance sensor as gas pedal was pushed further down

• Achieved a stable, smoothly shifting 6‑speed transmission that accurately demonstrated mechanical power flow and gear‑ratio changes.

• Improved understanding of drivetrain mechanics, torque paths, and the engineering trade‑offs involved in compact gearbox design.

• Combined programming with mechanical design in order to create fully functioning prototype that simulates real world application.

I designed and prototyped a vinyl record rack and display stand, beginning with a detailed 3D model in SolidWorks and then fabricating the final structure using wood. The goal was to create a functional, aesthetically clean storage solution that balanced stability, capacity, and ease of access.

• Created a full SolidWorks assembly model, including dimensional constraints, and load‑bearing considerations. 

• Selected appropriate wood materials and used standard shop tools to cut, sand, assemble, and finish the physical prototype.

• Iterated on the design during construction to improve joint strength, stability, and visual alignment with the original CAD concept.

• Delivered a sturdy, visually clean vinyl rack and stand that matched the SolidWorks model and met all functional requirements. 

• Demonstrated the ability to translate a digital design into a precise physical build, reinforcing CAD‑to‑fabrication workflow skills.

• Improved understanding of material behavior, tolerances, and manufacturability considerations not always visible in CAD.
  
  

I modeled an Elkay commercial bubbler fountain found in buildings across campus for a general engineering project. The purpose was to replicate the correct external geometry and key features of the bubbler fountain.

• Researched product specs and took measurements of real life bubbler fountain

• Utilized fillets, extrusions, ellipses, and other modeling  techniques to obtain accurate geometry

• Gained hands-on experience in reverse engineering and product modeling

• Learned new 3D modeling techniques through trial and error

I modeled a basic gear pump system using SolidWorks  to simulate mechanical interaction between gears.

• Created various parts including, shaft seal, gear box, gear shaft, gear pulley, gasket piece, and gear box cover to create full assembly

• Produced fully functional assembly with realistic motion simulation and precise measurements that resulted in precise gear tooth interaction