• Provides technical and sustaining engineering support in a manufacturing area.
• Recommends and implements equipment and process modifications to improve production efficiencies, manufacturing techniques and production yields for existing products.
• Develops and conducts statistical analysis such as Design of Experiments (DOE) and Statistical Process Control (SPC) targeting physical cause of failure for yield loss and improving quality.
• Interacts with product design and development personnel to ensure that processes and designs are compatible.
• To drive activities in identification and continuous improvement on yield improvement, Bone-piles reduction, and cost reduction.
• To support problem solving on moderate scope and complexity.
• Apply creativity and a solid knowledge of mechanical engineering and manufacturing principles to develop new solutions. Evaluate the merits and risks of alternative design concepts. Identify and recommend optimum design solutions.
• Apply FEA and CFD analysis tools to predict stress states of opto-mechanical subsystems subjected to thermal and mechanical influences, model dynamic behavior of opto-mechanical structures and evaluate electronics cooling performance.
• Apply 3D mechanical CAD tools to develop fully-documented detailed mechanical designs.
• Apply the Lumentum mechanical engineering design process to compile design requirements, evaluate conceptual designs, deliver detail design documentation and confirm performance of realized designs.
• To support R&D, PLM, FAE, PE, TE, QE, Supply Chain (WH, IQA, Logistic, BOI, Buyer, Trade and Compliance), Finance, Planning and Manufacturing team to ensure the smooth operation from NPI till Mass Production phase.
• To Coordinate related task, and engineering changes with internal in house teams and CM teams.

• Bachelors level degree in Mechanical Engineering, Nanotechnology Engineering, Engineering Physics or similar
• Minimum 5 years of experience in manufacturing and minimum 2 years management experience in electronics or optical products.
• Ability to articulate a rich intellectual understanding of the fundamentals of the mechanical engineering curriculum including: thermodynamics, heat transfer, solid mechanics, fluid dynamics, machine design, dynamics, materials science.
• Knowledge of mounting and alignment techniques applied in the construction of commercial free-space optical assemblies and electro-optical systems. Familiarity with properties and application of epoxies in construction of optical assemblies.
• Highly motivated and energetic with an internally driven desire to learn.
• Demonstrates both a creative and an analytic approach to effective problem solving
• Exhibits excellent engineering and design judgement
• Aptitude and “feel” for detailed mechanical design
• Internally motivated to consistently apply attention to detail in pursuit of the highest quality expectations.
• Demonstrated ability to design and conduct scientific experiments and analyze the results
• Proficiency in the use of a 3D solid modeling mechanical CAD tool
• Practical and theoretical knowledge of a variety of fabrication processes and their associated design rules: metal machining, sheet metal, injection molded plastics, die-casting, extrusion, additive
• Experience applying FEA and CFD analysis tools to complex engineering problems
• Proficiency in producing part and assembly drawings compliant with ANSI drafting standards
• Knowledge of and ability to apply Geometric Dimensioning and Tolerancing (GDT) practices, perform complex tolerance analyses
• Strong interest in solving difficult problems.
• Recognize and efficiently troubleshoot common electronic and optical component and circuit problems.
• Strong data analytical skills, Self-motivated, goal oriented, task driven team player.
• Experience in Agile and Oracle is a must. Master in excel for graphical interpretation.
• Flexibility in work hours to support either early morning or evening conference calls with North America.
• Ability to effectively present information and respond to questions from groups of managers, customers and engineering team members.
• Ability to discern priorities in handling stressful situations.
• Ability to communicate effectively in written and verbal English