Mohammad Farhadi

Supported a global SCM centralisation project (CEMD) by coordinating activities, managing stakeholders, and organising 600+ documents in SharePoint. Analysed data for management reports and dashboards, supported role definition, supplier data management, and risk mitigation. Improved transparency, documentation accessibility, and gained experience in structured and agile project management.

Conducted systematic literature reviews on last-mile delivery and in-store picking with 3PLs. Supported a markerless motion-capture research project through data collection and analysis. Prepared and coordinated expert interviews with retail professionals. Assisted in course development and student supervision. Gained strong analytical, organisational, and academic research skills in logistics and production management.

Executed core logistics operations including receiving, picking, packing, sorting, loading, and unloading. Supported cross-docking, inbound/outbound flow management, and peak-demand planning. Ensured process accuracy and safety compliance in a high-paced warehouse environment. Gained hands-on experience in large-scale logistics, last-mile delivery, teamwork, and time management under pressure.

Industrial Engineer with hands-on experience in time & work studies, capacity and manpower planning, and production planning tools across large-scale manufacturing. Process owner for evaporator lines, driving OEE improvement, bottleneck elimination, Kaizen, and Industry 4.0 initiatives. Strong background in SOPs, audits (IATF), safety, supplier negotiations, and cross-functional project coordination. Employee of the Month awardee.

• Master thesis: “Transport planning under demand uncertainty: A comparison between freight and passenger transport” • Relevant Coursework: Logistics Management, Transport Management, Strategic and Tactical Production Management, Materials Management, Production and Logistics, Economics of the Modern Firm, International Economics, Project in Entrepreneurship, Creating a Web Startup, Technology and Innovation Management, Venture Valuation

• Master thesis: “Developing a supply chain model for maximizing availability for systems with redundancies” • Relevant Coursework: Statistical Methods, Network analysis, Industrial Systems Design, Advanced Engineering Economics, Queuing Systems, Advanced Linear Programming