عمران عمران

• Experienced in establishing, implementing, and maintaining robust ERM frameworks aligned with ISO 31000,
embedding the full ERM cycle across the organization.
• Coordinated the implementation and ongoing maintenance of the Business Continuity Management System
(BCMS) across departments in line with ISO 22301 requirements.
• Led risk identification and assessment workshops and maintained dynamic risk registers for Kuwait National
Petroleum Company (KNPC), including Mina Al Ahmadi Refinery, Mina Abdullah Refinery, and all supporting
departments.
• Coordinated the implementation of ERM and BCM policies across departments and business units, ensuring
alignment with governance requirements.

• Act as Lead Engineer and design authority for regional rolling stock fleets, ensuring compliance with safety,
reliability, and performance requirements.
• Design, development, testing and commissioning of New Rolling Stock trains.
• Review Modification and trials documents on any changes proposed.
• Review & approve the risk assessments, operational procedures, and associated documentation prior to
implementation. Review and approve any proposed Modifications and trials for Fleet Improvement.
• Subject matter expert in Product Development Engineering, providing guidance and support to maintenance
contractor.
• Provide technical leadership across testing, commissioning, and trial operations for rolling stock
• Conduct technical condition assessments and repair/modification work with stakeholders to identify, understand the
root cause and recommend corrective plans.
• Rolling stock engineering experience for projects such as V/Line Vlocity Regional Trains, Locomotives, Sydney
Metro and High-Capacity Melbourne Metro.
• Lead & conduct QMS audits regularly at contractor site workshops, depots, third party sites.
• RAMS and systems assurance activities across fleet operations and maintenance contracts.

• Lead Design & Development of vehicle suspension components for Ford Bronco/Raptor/Ranger, North America
market, components such as front control arms (Upper & lower), ball joints, watts links, and Rear Axle Module
assembly localization project for South America.
• Direct and manage suppliers to deliver designs and manufacture components from concepts, through prototypes,
validation to final off tool components. Guide and support suppliers for the DVP&R (DV/PV), process control plans
and for SREA (Supplier Request for Engineering Approval).
• Lead and develop designs using the Ford specific systems such as WERS (Worldwide Engineering Release
System) and Design guides. Use of reliability tools such as P-Diagrams, Boundary diagrams, Design Failure Mode
and Effects Analysis (DFMEA), SCAFF to demonstrate system compatibility to targets. Track part verification and
demonstrate targets are met using Electronic Ford Design Verification (eFDVS).
• Mechanical design calculations for Control arms, Ball Joints (Taper Joint Calc) and Fasteners Joints.
• Lead regular design reviews and gateway meetings with management to give design status and progress. Follow
Ford GPDS (Global Product Development System) to meet program timing plan and deliverables.
• Build and support launch. Participate in pre-production builds (DCV/TT/PP) in supplier and Ford plants and capture
problems which require part changes and build updates. Use the global 8D system for tracking problems during this
phase and to record steps to close off issues (AIMS).
• Responsible for T6 programs, Bronco, Ranger, Raptor and Everest.

• Preparing & Release technical documents such as service bulletin, Engineering test specifications, drawings, tender
documents, and Maintenance service manuals for Brake components.
• Analyze & resolve any technical issue of train brakes systems for Sydney Metro, 4GT, HCMT & NIF. Experience in
components such as Electro-Pneumatic Brake system, Tripcocks, Isolating valves, Train Master Controller and
BCU (Brake Control Unit).
• Support for projects with regards to commercial, design, quality, and delivery requirement. Ensure that development
programs are scheduled & operational flexibility is maintained.

• Responsible for mechanical subsystem design, development & integration of axles, steering system, brakes,
suspension, wheels & tires, and liquid cooling systems. Build and integration of the Avass electric vehicles.
• Defining the test requirements and validation of the components as per Australian Design Rules and Engineering
standards.

Designation : Assistant Manager - Chassis Design & Development
• Design & Development of Chassis Front Axle parts, such as subframe, control arm, steering knuckle, steering system, wheel hub, suspension, driveshafts, corner module & Engine Mounts for Volkswagen India Vehicles.
• Project Lead for MQB & PQ25 platform projects which includes part design, feasibility analysis, Bill of materials, cost estimation or analysis, task prioritization and experience in development processes, design procedures and new product initiation.
• Chassis components Design Validation & experience in working with Volkswagen Design/Test Standards.
• Design Release, ECN (Engineering Change Notice/Request) & Mechanical design calculations for chassis
components. CAD & CAE/FEA software experience for 3D modelling, simulation & engineering analysis.

• Design & Development of Brake drum Front/Rear for Heavy Commercial Vehicle - Tata Motors Project
• To perform Design Failure Mode and effect analysis (DFMEA) and discuss with the interface engineers.
• Design calculation, system design & development and overall Vehicle Chassis Integration
• FEA, GD&T, Tolerance Stack Up, material selection, design calculation & kinematic linkage calculation

Designation : Product Engineer - Chassis
• Design & Development for Rear Axle Spindle, Hub Cap, Wheel Hub & Steering Knuckle parts.
• Design optimization, root cause analysis, process capability 8D problem solving and analyzing functional
requirements of components.
• Support for Design Note Release, Remote Engineering & for cost reduction activity & VA/VE activity.
• 2D/3D - CAD modeling & drafting with good GD & T using IDEAS, UG-NX & CATIA V5.
• Working with suppliers and internal departments such as Manufacturing Engineering & Purchase.

Designation : Graduate Trainee Engineer
• Design, Development & Manufacture of Helical gears for transmission system using CAD software package.