Intern – Hot Gas Path Value Engineering & Project Management

University Student Intern Hot Gas Path Value Engineering & Project Management

Job Description
This University Student Intern role will be a key contributor within the Product Management function supporting the Pivot to Value (P2V) Hot Gas Path (HGP) Value Engineering team. The Intern will support strategic initiatives focused on improving safety quality delivery cost and capacity across GE Vernovas Gas Turbine Hot Gas Path product portfolio including blades nozzles shrouds and near flow path seal (NFPS) components.

Working alongside Product Managers Value Engineers Design Engineering Manufacturing Sourcing Supply Chain Repair Quality and Field Services teams the Intern will participate in projects that drive value optimization cost reduction manufacturability improvements lifecycle cost reduction and execution excellence for HGP parts. This role provides an opportunity to gain hands-on experience supporting component-level value engineering while learning how engineering supply chain manufacturing repair and commercial teams collaborate to deliver customer value.

Value Engineering is a practice focused on identifying and implementing solutions that optimize product value through improved design manufacturing efficiency repairability sourcing strategies quality enhancement and cost reduction. The Intern will support these efforts through project coordination cost analysis data management business case support and engineering-focused problem solving across the HGP portfolio.

Roles and Responsibilities

• Support Value Engineering initiatives for Gas Turbine Hot Gas Path components including blades nozzles shrouds and related high-temperature hardware.
• Assist Senior Engineers and Value Engineering leaders with project execution related to design optimization manufacturability sourcing alternatives repair strategies lifecycle cost reduction and capacity improvement.
• Gather and analyze cost manufacturing field execution supplier repair quality and operational data to support business cases project prioritization and value capture.
• Track schedules milestones risks action items financials and value realization metrics across multiple projects using project management tools dashboards and reporting systems.
• Collaborate with Design Engineering Manufacturing Supply Chain Sourcing Quality Repair and Field Services teams to identify and implement improvements that reduce cost cycle time COPQ and total lifecycle cost while improving quality yield productivity and delivery performance.
• Participate in value engineering workshops cost-out ideation sessions continuous improvement events and gated Value Engineering process activities from idea generation through execution tracking and value realization.
• Prepare project reviews stakeholder updates executive-level presentations standard work process documentation lessons learned and best-practice repositories.
• Learn and apply Value Engineering methodologies project management principles cost optimization practices and engineering-focused problem solving.

Required Qualifications

• Currently pursuing a Bachelors or Masters degree in Engineering Supply Chain Management Operations Business or a related technical discipline.
• Sophomore standing or above with at least one academic term remaining following completion of the Co-Op assignment.
• Demonstrated academic achievement and interest in engineering manufacturing project management or operations.
• Ability to work full-time during the Co-Op assignment period.

Desired Characteristics

• Strong analytical and problem-solving skills.
• Interest in power generation equipment gas turbine technology high-temperature components manufacturing operations repair processes and field services.
• Excellent organizational and project coordination abilities.
• Strong verbal and written communication skills.
• Ability to manage multiple assignments while working in a fast-paced environment.
• Experience with Microsoft Excel PowerPoint Power BI or similar data analysis tools.
• Familiarity with project management concepts and methodologies.
• Ability to analyze data and present findings in a clear and concise manner.
• Demonstrated teamwork and collaboration skills.
• Strong attention to detail and commitment to delivering high-quality work.
• Interest in cost analysis business case development continuous improvement and operational excellence.
• Basic understanding of manufacturing processes engineering drawings and industrial equipment is preferred.
• Knowledge of Lean Manufacturing Six Sigma or continuous improvement methodologies is a plus.
• Passion for learning and working alongside experienced engineering and business leaders.

What You Will Gain

• Exposure to GE Vernovas Gas Turbine Hot Gas Path product portfolio Value Engineering organization and cross-functional cost-out processes.
• Hands-on experience supporting HGP component value engineering cost-out manufacturability repairability and sourcing improvement projects.
• Practical experience with project management business case development cost tracking and value realization across a complex engineering product portfolio.
• Opportunity to work directly with Senior Engineers Product Managers Manufacturing Leaders Sourcing Supply Chain Repair Quality and Field Services teams.
• Experience developing business cases and supporting value creation initiatives.
• Understanding of how engineering manufacturing sourcing supply chain repair and field operations collaborate to optimize product value and deliver customer solutions.
• Exposure to continuous improvement capacity growth operational excellence and Value Engineering methodologies within the power generation industry.
  

This Intern position offers a unique opportunity to develop technical business and leadership skills while contributing to meaningful projects that improve Hot Gas Path product value component cost manufacturability repairability quality and operational execution.

This role requires access to U.S. export-controlled information. If applicable final offers will be contingent on ability to obtain authorization for access to U.S. export-controlled information from the U.S. Government.