Wedge Aviation Technology Co (Stock Code: 000534) started in 2011, it is a leading R&D institute as well as a gas turbine blade/vanes as well as master super alloy/powder manufacturer and service provider in Shenzhen, with multiple R&D centers and manufacturing sites, with 430,000sqf facility, 400 employees including 150 engineers are hired to study and offer high performance material and advanced process on hot section parts such as super alloy blades, vanes, turbine disc, and other structures parts in gas turbine and aircraft engine industry to meet the most touch application for our clients. We are able to offer blades/vanes for 2MW, 6MW, 15MW, 16MW, 25MW, 30MW, 33MW,40MW,50MW, 300MW, material varies K452(CM104), K444(CM88), N5,GTD111DS, K465, CMSX-4, MAR M247DS/IN 792DS, can be SX, DS, Equiaxed.

Our technology is critical for the power generation required by today’s explosive growth in AI data centers and sustainable energy infrastructure. To meet accelerating global demand, we are significantly expanding our international team.

This is a unique opportunity to join a dynamic, fast-growing company at the forefront of a critical industrial sector.

Job Details:

Responsibilities:

Project Engineer – Job Description

Requirements Analysis: Serve as the primary technical liaison to customers, translating complex client requirements and specifications into clear, actionable engineering tasks and system designs for the internal team.

Technical Scope Management: Apply deep engineering knowledge to evaluate project feasibility, identify potential technical risks, and provide accurate cost and timeline estimates during the project planning phase.

Cross-Functional Coordination: Facilitate seamless communication between engineering, procurement, and manufacturing teams to ensure all technical deliverables align with customer expectations and internal quality standards.

Milestone & Timeline Ownership: Develop and maintain detailed project schedules, tracking progress against critical milestones to ensure all phases (design, procurement, assembly, testing) remain on track for on-time delivery.

Resource & Bottleneck Management: Proactively identify engineering bottlenecks, resource constraints, or technical roadblocks, implementing corrective actions to maintain workflow continuity and meet deadlines.

Status Reporting: Generate regular progress reports for both internal stakeholders and external clients, documenting technical achievements, changes in scope, and adherence to project timelines.

Quality & Delivery Assurance: Oversee the final technical verification and testing processes to ensure the completed engineering output meets specified requirements before customer delivery or site installation.

Continuous Improvement: Conduct post-project reviews to document lessons learned, refine engineering workflows, and improve the accuracy of future project forecasting and execution.

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