Head SCMIndustry - Medical and HospitalLocation - Hyderabad Responsibility - Develop and implement group-wide supply chain strategies aligned with business growth and clinical excellence.<br />Standardize procurement and inventory policies across all hospitals.<br />Drive cost optimization initiatives without compromising quality or patient safety. Support new hospital launches, expansions, and capacity enhancement planning. Lead centralized procurement of: Pharmaceuticals (NICU, PICU, OBGYN critical drugs), Surgical<br />consumables,Medical equipment & implants, Diagnostic supplies, Biomedical equipment Establish and manage vendor contracts, rate agreements, and SLAs. Lead negotiations for bulk purchasing advantages. Develop strategic partnerships with key suppliers.<h3>experience</h3>18

Dy.Manager SCMReports: Head Propsal15 Years of experince in SCM, Prefarbly from Infrastructre, Wasre wataer managemnt, Irrigation, and Waster waster sector. Roles:Vendor Identification & Prequalified: Identify, evaluate prequalify vendors, sub contracts for vendors tender requirement.Floating Enquires - Issue, IRF, Approved vendors based on tender BOQ's ans specificationQuatation Management - Collect, review, and compile vendor quotation for technical and commercial evaluationTechnical Coordination: Liase with engineering and tendering Cost Benchmarking: Prepare cost comparsions and minimum database of standard rates for key materials and servicesVendor Management: Suppot in commercial negotataion to obtain the most competitive pricing and terms.Documentation & Compliace: Ensure vednor documents, certificate and compliance requirements are completed and in line with tender condidtionsSubcontract Support: Assit in identifying and finalizing subcontractors for specialized worksProcurement Planning Inputs: Provide inputs on procurement lead times, sourcing risk, and market trends.<h3>experience</h3>19

Key Responsibilities:<br />1. Gearbox Design & Development• Lead the conceptual, detailed, and final design of railway gearboxes (axle-hung, nose-<br />suspended, fully suspended, final drive, auxiliary gearboxes).• Perform gear train design and optimization (helical, spur, bevel) including:<br />o Gear ratios, torque transmission, efficiency<br />o Noise, vibration, and harshness (NVH)<br />o Fatigue life and reliability calculations<br />• Design gearbox housings, shafts, bearings, seals, lubrication systems, and mounting<br />interfaces.<br />• Ensure compliance with railway operational duty cycles, shock loads, thermal expansion,<br />and environmental conditions. 2. Materials Engineering (Critical Focus)<br />• Select appropriate materials for gears, shafts, housings, bearings, and fasteners, based<br />on:<br />o Fatigue strength<br />o Wear resistance<br />o Toughness<br />o Corrosion resistance<br />o Thermal performance<br />• Define heat treatment processes, such as:<br />o Carburizing, nitriding, induction hardening<br />o Quenching and tempering processes for gears and shafts<br />• Evaluate and recommend advanced materials and surface treatments, including:<br />o Alloy steels (e.g., CrMo, NiCrMo, etc)<br />o Cast irons and cast steels<br />o Aluminium alloys (where applicable)<br />o Coatings (shot peening, DLC, anti-scuffing, corrosion protection, etc)• Collaborate with materials and metallurgical teams on failure analysis and root cause<br />investigations.<br />3. Manufacturing Processes & DFM/DFA<br />• Ensure Design for Manufacturing (DFM) and Design for Assembly (DFA) principles are<br />applied throughout development.<br />• Define and validate manufacturing routes for gearbox components, including:<br />o Forging, casting, machining, grinding<br />o Gear cutting (hobbing, shaping, grinding, etc)<br />o Heat treatment and distortion control<br />• Work closely with suppliers and manufacturing plants to:<br />o Review manufacturability risks<br />o Optimize cost and lead times<br />o Resolve production quality issues<br />• Support process validation, pilot builds, and series production ramp-up.<br />4. Engineering Analysis & Validation<br />• Perform or guide strength, fatigue, and thermal calculations for gearbox systems.<br />• Use or review FEA and analytical methods to validate design of gearbox components,<br />Gears, Housings, Shafts, Bearings, etc.<br />• Define test plans for type testing, endurance testing, and validation per railway standards.<br />• Analyse test results and implement design improvements.<br />5. Standards, Compliance & Safety<br />• Ensure designs comply with applicable international and regional railway standards, such<br />as: EN, IEC, ISO; UIC; AAR<br />• Apply RAMS (Reliability, Availability, Maintainability, Safety) principles.<br />• Ensure gearbox designs meet life-cycle requirements (typically 30–40 years).<h3>experience</h3>20