Manufacturing/Process Engineer

Key Job Accountabilities:

. Support end-to-end engineering development for investment casting processes, including wax pattern injection, shell coating and mold preparation, alloy melting, pouring and solidification control, CNC machining interface requirements, heat treatment, NDT, and dimensional validation.

. Develop process plans, work instructions, and technical documentation to enable stable production.

. Work closely with production, QA, and cross-functional teams to resolve quality issues, conduct root cause analysis, and implement corrective actions.

. Lead new product introduction (NPI), including feasibility studies, cost estimation, process simulation, and tooling and machining reviews.

. Lead improvements in manufacturing plant cycle time, yield, and process stability through methodological principles, SAP data analysis, Statistical Process Control (SPC), and continuous improvement tools, supporting both new and existing engineering projects to optimize the production line.

. Liaise with customers engineering teams when required for technical clarification, drawing interpretation, and process qualification.

. Prepare engineering reports, prototype build documentation, and technical presentations.

. Provide support for engineering-related tasks, secondary duties, or cross-functional activities as assigned to meet operational, project, or customer requirements.

. Support CNC part machining processes, design machine fixtures, and assist operators in milling, turning, grinding, and honing operations.

. Drive advanced technologies and identify emerging trends in the manufacturing industry, both nationally and internationally.

Perform other ad-hoc tasks assigned.

Required Experience and Qualifications:

. Degree in Mechanical, Materials, Aerospace, or Precision Manufacturing Engineering (No work experience required training will be provided).

. Diploma in a relevant engineering field with at least 3 years of relevant experience.

. Ability to read and interpret engineering drawings and GD&T.

. Strong interest in hands-on work within foundry, coating, machining, and inspection environments.

. Analytical mindset with strong problem-solving skills.

. Good communication skills and willingness to work cross-functionally.

. Passion for learning advanced manufacturing processes.

. Basic knowledge of CAD, CAM, SolidWorks, or simulation tools.