Global Solution Design Lead – CiC & RoRo Bids

American President Lines; Marseille; Sur place; EUR 90 000 - 130 000; Plein temps

Résumé du poste

CEVA Logistics is seeking a Global Solution Design Senior Specialist to coordinate the creation and pricing of technical logistics solutions for new and existing customers across regions. You will analyze RFQs, understand client needs, and design optimal processes in collaboration with BD and SD teams.

The role reports to the Procurement & SD Senior Manager GHO and focuses on CIC and RoRo development with strong emphasis on innovation, cost optimization, and regional collaboration across the FVL

Qualifications

• Master's degree in Logistics, Supply Chain, Business Administration or Engineering.
• 8–10 years of experience in logistics, supply chain or transport management.
• Experience in FVL or Ocean transportation is preferred.
• Strong analytical and stakeholder-management abilities.
• Excellent presentation skills and proficiency in MS Office.

Responsabilités

• Coordinate creation and pricing of technical solutions for new and existing customers.
• Analyze RFQs and understand client needs to design optimal logistics processes.
• Collaborate with BD teams to promote CIC and RoRo solutions.
• Support regional SD in expanding CiC coverage and drive cost optimization.

Connaissances

Analytical skills

Stakeholder management

Presentation skills

MS Office proficiency

English-French bilingual

Formation

Master's degree in Logistics or related field

Outils

MS Office

Description du poste

CEVA Logistics is seeking a Global Solution Design Senior Specialist to coordinate the creation and pricing of technical logistics solutions for new and existing customers across regions. You will analyze RFQs, understand client needs, and design optimal processes in collaboration with BD and SD teams.

The role reports to the Procurement & SD Senior Manager GHO and focuses on CIC and RoRo development with strong emphasis on innovation, cost optimization, and regional collaboration across the FVL