Machining Engineer

Objectives of this Role

Strategize, implement, and maintain program initiatives that adhere to organizational objectives

Integrate & Coordinate with facilities in ensuring the program timeline are achieved

Maintain organizational standards of satisfaction, quality, and performance

Oversee multiple project teams, ensuring program goals are reached

Manage budget and funding channels for maximum productivity

Job Responsibilities

Provide expert-level knowledge in machining technologies, including CNC programming, tooling, and material selection.
Collaborate with engineering, production, and quality teams to define machining strategies and optimize processes.
Review and approve technical documentation, work instructions, and training materials related to machining.
Lead root cause analysis and corrective actions for machining-related issues.
Support the development and implementation of new machining technologies and process improvements.
Conduct training sessions and workshops to upskill team members in advanced machining techniques.
Validate machining processes through testing, prototyping, and user-acceptance evaluations.
Ensure compliance with safety, quality, and regulatory standards.
Serve as a technical advisor during audits, customer reviews, and project planning.

Skills and Experience:

Proven track record of managing all aspects of a manufacturing engineering function
Experience of working within a precision engineering manufacturing environment
Excellent planning, organizational, analytical, communication, and collaboration skills
Proactive and effective leadership and management skills
Ability to encourage and facilitate change through working knowledge and application of lean tools and techniques within a lean manufacturing environment

Work Experience

Good knowledge on various component manufacturing processes
Well versed with Engineering & manufacturing drawings
Knowledge of NDT and special process techniques
Good knowledge on Concessions, containment procedures and traceability techniques
Knowledge of aerospace QMS/auto quality requirements (AS9100, OSHAS, TS 16949, various ISO)
Understanding of product design and introduction
Understanding of Lean Manufacturing, PFMEA and Control plans
Understanding of Manufacturing Engineering core processes (e.g. process planning, inspection planning, tooling, creation of operator instructions)
Understanding of Measurement processes, Process capability as determined by statistical process control

Manufacturing Engineer