JLN Engineers applies a structured, iterative design process that translates identified needs into functional objectives, performance requirements, and practical engineering solutions. The process integrates background research, ideation and invention, engineering analysis, concept selection, design optimization, and detailed design. Materials, manufacturing methods, assembly, serviceability, cost, and applicable requirements guide the evaluation and refinement of alternatives, with calculations, simulation, and testing used as appropriate to verify performance.
- Identification of Need
Record the need and intended use before prescribing a technical solution.
- Background and Research
Investigate relevant technologies, operating conditions, prior solutions, and applicable requirements.
- Goal Statement
Define what the solution must accomplish without prematurely selecting a physical arrangement.
- Performance Specifications
Establish measurable requirements and constraints against which alternatives can be evaluated.
- Ideation and Invention
Develop alternative concepts and arrangements to satisfy the defined functions and requirements.
- Engineering Analysis
Evaluate the behavior and feasibility of concepts using calculations, simulation, and other appropriate methods.
- Concept Selection
Compare alternatives against documented criteria and select a concept for further development.
- Design Optimization
Refine design variables against defined objectives and constraints; repeat analysis and comparison as needed.
- Detailed Design and Verification
Develop the selected design, drawings, and specifications; verify performance through appropriate analysis, inspection, or testing.