PORTFOLIO OF BERNI BREAVER M

This cabinet model was developed using Creo Parametric software. This model demonstrates proficiency in geometric dimensioning, part modeling, and assembly techniques, with attention to real-world manufacturability and material selection. Ideal for use in office or industrial environments, the cabinet offers durable construction and easy access for organizing tools or documents.

The 3D model of a heavy-duty rack is a robust and efficient storage solution designed for industrial and warehouse applications. Created using Creo Software, this model features high-strength steel frames, adjustable shelving levels, and reinforced beams to support substantial loads. The model showcases detailed joints, bolted connections, and accurate dimensions, making it ready for fabrication or presentation. This heavy-duty rack is engineered for durability, ease of assembly, and long-term performance in demanding environments.

resenting 3D solid model to my friend's engineering project showcase. portable X-ray machine—designed as part of my engineering project! While this is a non-working prototype, the model demonstrates the mechanical structure, component layout, and functional design of a compact, mobile X-ray system. Though it's not operational yet, this CAD model (built in SolidWorks) lays the foundation for future development.

This supermarket rack prototype was designed using Creo to ensure a functional, modular, and space-efficient display unit. The 3D model includes multiple adjustable shelves, side supports, and base stability features tailored for easy assembly and product organization. The design focuses on maximizing visibility and accessibility.

This 3D model of a steel bed showcases a sleek and modern design, combining durability with aesthetic appeal. Created using advanced CAD tools, the model highlights precise detailing in the frame, joints, and support structure, making it suitable for both residential and industrial interiors.

The 3D model of a belt conveyor showcases a simple yet efficient material handling system widely used in industries for transporting bulk or packaged goods. Designed with precision using CAD tools, the conveyor features a durable frame, rotating pulleys, and a continuous belt optimized for smooth operation.

The bunk bed was designed to maximize space efficiency. It features a sturdy two-tier structure with a secure ladder and guard rails on the upper bunk for protection. Created using solidworks software, the model emphasizes strength, stability, and modern aesthetics. This compact and practical design makes it ideal for hostels, and small apartments.

Designed and developed a compact high-efficiency solar water heater focused on maximizing thermal performance within limited space. Utilized efficient absorber materials and optimized insulation to reduce heat loss and enhance energy conversion. The system is ideal for residential applications with limited roof area, offering sustainable and cost-effective water heating