Project Manager - Cost Engineering, VAVE and Benchmark Analysis

About the role

Polarixpartner, a subsidiary of Roland Berger, an international management consultancy focused on the manufacturing industry, is hiring a Project Manager for cost engineering, VAVE and benchmark analysis in Bucharest. The role involves managing complex, cross-functional projects for global clients in automotive, machinery and plant engineering, aerospace and medical technology.

Key responsibilities

• Manage complex, cross-functional projects with multiple internal and external stakeholders.
• Own full profit and loss responsibility for assigned consulting engagements.
• Lead project teams independently, motivating them to meet ambitious goals within tight timelines.
• Deliver high-quality client presentations using PowerPoint and similar tools.
• Apply standard project management tools and frameworks within structured PMO environments.
• Assess and optimize product and process costs across the entire product development lifecycle.
• Interpret product development plans and requirements to identify cost improvement opportunities.
• Collaborate with procurement teams on cost negotiations and sourcing strategies.
• Analyze and implement engineering optimizations with a focus on technical integration and cost impact.
• Apply advanced cost optimization methodologies such as VAVE, GAP analysis and benchmarking.

Required profile

• Bachelor's degree in Mechanical, Electrical or Industrial Engineering; an MBA is preferred.
• 5-10 years of relevant experience in consulting or industry, ideally in product development, production or procurement.
• Experience leading teams and solving complex challenges in fast-paced environments.
• Fluency in English and excellent communication skills.
• Willingness to travel and work on-site with clients across national and international settings.
• Familiarity with automotive, off-highway, industrial goods, aerospace or electronics is a strong plus.

Required skills

• Strong technical expertise and ability to evaluate engineering and cost trade-offs.
• Understanding of standard manufacturing processes and their cost implications for mechanical and electronic components.
• Knowledge of VAVE, GAP analysis and benchmarking.