British Engineering
Meet your Requirements
Our engineering capability extends beyond engines. Niro has an experienced in-house team of mechanical engineers, designers and analysts who can support a wide range of challenging engineering projects, from light-duty equipment through to large mechanical systems and structures.
We can provide 3D CAD design, detailed drafting, mechanical design development, structural analysis, hand calculations, FEA and general engineering assessment to support new designs, modifications, troubleshooting and technical problem-solving. Whether additional design resource is required for a specific project or support is needed to resolve a complex mechanical challenge, our team can work alongside customers to provide practical, technically robust engineering solutions.
Our Services
ENGINE DESIGN
& DEVELOPMENT
We provide detailed engineering support for Heavy-Duty Engine components, systems and complete engine architectures. Our work covers component geometry, mechanical interfaces, packaging, tolerancing, design calculations and preparation of manufacturing-ready drawings and specifications, with particular attention to durability, serviceability and practical manufacture.
DESIGN CHANGES AND PERFORMANCE IMPROVEMENTS
We assess existing engines and systems to identify practical opportunities for improvement. This can include redesign, uprating, package modifications and operating-parameter optimisation to improve performance, efficiency, reliability, durability, maintainability or installation suitability while ensuring proposed changes remain compatible with the wider engine system.
PERFORMANCE OPTIMIZATION & ANALYSIS
We combine Finite Element Analysis, Computational Fluid Dynamics and traditional engineering calculations to understand component and system behaviour under real operating conditions. Our analysis can assess structural loading, thermal effects, fatigue, deformation, fluid flow and other critical conditions to support informed engineering decisions before manufacture or testing
FAILURE INVESTIGATION
& ROOT CAUSE ANALYSIS
We carry out structured technical investigations into component and system failures to identify the underlying cause rather than simply addressing the visible damage. Inspection findings, operating history, calculations, material considerations and simulation can be combined to determine the failure mechanism and develop effective corrective engineering actions
MANFACTURING & SUPPLIER TECHNICAL SUPPORT
We work directly with manufacturers and specialist suppliers to maintain design intent throughout production. Our support can include drawing and specification clarification, review of manufacturing proposals, concessions and deviations, inspection requirements and resolution of technical issues that arise during manufacture or assembly
MATERIAL SPECIFICATION & COMPONENT ENGINEERING
We provide material selection and specification support for highly loaded engine components, taking account of mechanical strength, fatigue, temperature, wear, corrosion and operating environment. Our work can include material grades, heat treatments, hardness requirements, coatings, surface treatments and manufacturing specifications to achieve an appropriate balance of performance, durability and manufacturability.
INDEPENDENT WITNESSING & TECHNICAL ASSURANCE
We provide independent technical oversight of critical manufacturing, inspection, assembly and testing activities. Our engineers can review procedures and documentation, witness key processes and tests, assess compliance with agreed specifications and provide objective technical observations to support equipment acceptance and informed project decisions.
ENGINE TESTING, VALIDATION & FAT SUPPORT
We support engine and system test programmes from initial test planning through to final technical review. Our involvement can include defining test objectives and acceptance criteria, reviewing instrumentation and procedures, analysing results and supporting the resolution of technical issues. Niro can also provide engineering representation during Factory Acceptance Testing to verify that agreed performance and acceptance requirements have been demonstrated.