Practical mechanical design work across concept development, CAD modeling, fabrication support, and manufacturing documentation.
This work represents industry experience in custom mechanical product development at Uniscient Engineering Ltd. The projects involved concept design, CAD modeling, manufacturability-driven refinement, sheet metal design, engineering drawings, BOM preparation, fabrication support, assembly awareness, and testing support.
Custom engineering products often require practical mechanical solutions that are application-specific, cost-aware, manufacturable, and assembly-friendly. Design decisions must balance feasibility, weight, cost, fabrication constraints, and real-world operation.
Worked across multiple product-development tasks, including a drone-mounted seed ball dispenser, biomedical waste disposal machine elements, and refrigerated mobile vending vehicle enclosure components. The work combined concept generation, CAD design, sheet metal development, drawings, BOMs, and manufacturing-support activities.
Designed mechanical concepts for a drone-mounted seed ball dispensing system intended for afforestation in hard-to-reach areas where manual planting was difficult. Created 3 individual design concepts as part of a 6-concept team evaluation and supported final concept selection based on feasibility, weight, and cost.
Designed sheet metal casing, internal slots, and related mechanical elements to support practical fabrication, assembly, and functional integration.
Designed enclosure elements and prepared engineering drawings and BOMs to support manufacturing, installation, and product assembly.
This experience demonstrates practical mechanical design capability beyond academic research. It shows the ability to work with real products, real fabrication constraints, drawings, BOMs, assembly needs, and manufacturing-oriented design decisions.
Detailed product visuals and proprietary manufacturing information should not be publicly shown unless cleared. Use abstract visuals, anonymized CAD renders, or non-sensitive concept images later.