Capital Projects Engineering Lead

Freemont Yardley Search; Naugatuck (CT); On-site; USD 95,000 - 140,000; Full time

Job summary

Freemont Yardley Search seeks a seasoned Capital Expenditure Engineer to lead the project portfolio in a process manufacturing environment. You will create and manage timelines to ensure on-schedule completion and provide engineering services across design, specification, construction and start-up of new and improved production processes, equipment, buildings and support systems.

You will assess equipment needs, recommend manufacturing technology, and drive optimization by evaluating changes in

Qualifications

• 5+ years of capital expenditure experience in a process manufacturing environment.
• Involves design, specification, acquisition, installation and start-up of new and improved processes/equipment/buildings/systems.
• Adept at project scheduling, prioritizing in a multitask environment.

Responsibilities

• Lead and manage the capital expenditure portfolio.
• Create and maintain timelines on projects to assure on-schedule completion.
• Provide engineering services in design, specification, construction and start-up of new and improved production processes, equipment, buildings and support systems.
• Recommend manufacturing equipment and processes.
• Assess and make recommendations for change equipment/processes.

Skills

Capital expenditure

Project scheduling

Multitask management

Education

Engineering degree (Bachelors)

Tools

AutoCAD

Microsoft Project

Microsoft Word

Microsoft Excel

Outlook

Job description

Freemont Yardley Search seeks a seasoned Capital Expenditure Engineer to lead the project portfolio in a process manufacturing environment. You will create and manage timelines to ensure on-schedule completion and provide engineering services across design, specification, construction and start-up of new and improved production processes, equipment, buildings and support systems.

You will assess equipment needs, recommend manufacturing technology, and drive optimization by evaluating changes in