Process Engineering Project Technical Leader - Microelectronics

Company Description

Veolia Group is a global leader in environmental services, operating across all five continents with nearly 218,000 employees. Specializing in water, energy, and waste management, Veolia Group designs and implements innovative solutions for decarbonization, depollution, and resource regeneration, supporting communities and industries in their ecological transformation.

Within this framework, Veolia's Water Technology Business brings together a dedicated team of
experienced professionals committed to tackling the world’s most complex challenges related to
water scarcity, quality, productivity, and energy. Together, we pursue a shared mission to create a
more sustainable future.

Process Engineers on the Process Engineering team are key partners for customers in the North American market. They are creative technical leaders who support the successful sale, engineering,commissioning, and operation of complete system solutions. To deliver winning solutions, they applydeep technical knowledge of our solutions and technologies combined with an understanding of the customer’s process, the market, regulations, and our competitors to continually balance technical riskwith commercial viability.

On complex flow sheets with multiple unit processes, a Process Engineering Project Technical Leader
- Microelectronics
is included on the project to own the overall solution for our customer in collaboration with one or more Process Engineers with expertise in the various technologies used in the flow sheet. A Process Engineering Project Technical Leader
- Microelectronics
requires the abilities and expertise of a Process Engineer, and the technical, leadership, and communication skills of an Engineering Project Manager. The Process Engineering Project Technical Leader
- Microelectronics requires domain expertise to act as a Subject Matter Expert (SME) and technical point of contact in customer and internal communications. From a technical perspective, they have responsibility for the overall treatment solution including strategizing on the creation of that solution (safety factors, flow fluctuations,assumptions), identifying and managing the impacts that any given unit process will have on upstream/downstream unit processes as well as process risks, and owning the overall process flow
diagram, accompanying flow and quality balance, and overall process guarantees. From a leadership perspective, they proactively communicate across the team of Process Engineers, manage the process deliverables (schedules, assignments), and represent Process Engineering in review meetings at the
bidding and engineering stages. If process issues arise, they lead the troubleshooting effort and
resolution.

As the focal point of the Process Team for projects, the Process Engineering Project Technical Leader
- Microelectronics functions as a dual-path expert. Their time allocation is strategically divided into approximately 60% Communication,Organization, and Coordination, where they manage process deliverables, schedules, and cross-functional representation. The remaining approximately 40% is dedicated to Technical Expertise, actingas a Subject Matter Expert (SME) who owns the overall treatment solution, including process guarantee sand the troubleshooting of complex issues.

The Process Engineering Project Technical Leader
- Microelectronics for the Microelectronics market will lead proposals and projects in execution for our Microelectronics customers’ ultrapure water (UPW), wastewater, and reclaim treatment needs.

Key Characteristics:

• Leadership
• Customer focus and commercial mindset
• Analytical mindset
• Creativity
• Responsibility
• Collaboration
• Accountability

Duties and Responsibilities:

Microelectronics Project Technical Leaders lead the process design of ultrapure, wastewater,and reclaim treatment solutions for the Microelectronics industry.

Responsibilities will include:

• Align a team of Process Engineers working together on a flow sheet to a strategy (includinginfluent design basis, safety factors, handling of flow variations, how to meet the customer’sneeds, how to win against the competition), a list of deliverables, and a schedule, and…