Mechanical Engineer

Mechanical Engineer:

Applies advanced subject matter knowledge to solve complex business issues and is regarded as a subject matter expert.  Works on complex problems where analysis of situations or data requires an in-depth evaluation of multiple factors.  Leads and/or provides expertise to functional project teams and may participate in cross-functional initiatives.  Acts as an expert providing direction and guidance to process improvements and establishing policies.

Exercises significant independent judgment within broadly defined policies and practices to determine best method for accomplishing work and achieving objectives. 

Responsibilities:

Manages and expands relationships with internal and outsourced development partners on mechanical design and development.

Reviews and evaluates designs and project activities for compliance with technology and development guidelines and standards; provides tangible feedback to improve product quality.

Provides domain-specific expertise and overall mechanical/thermal leadership and perspective to cross-organization projects, programs, and activities.

Determine entire mechanical and thermal BOM assembly list of a PC.  This includes, but is not limited to laptops, desktops and docks.

Education and Experience Required:

Bachelor's or Master's degree in Mechanical Engineering.  Typically 4-6 years experience.

Knowledge and Skills:

• Excellent analytical and problem solving skills.
• Experience in mechanical and thermal architecture of electronics packaging design.
• Excellent written and verbal communication skills; mastery in English and local language.
• Ability to effectively communicate product architectures, design specifications and negotiate options at senior management levels.
• Identify and evaluate the properties of various polymers, alloys, and composites used in consumer electronics to determine their impact on weight, cost, and durability
• Advanced understanding of the mechanical and thermal constraints specific to laptops and desktops, including hinge kinematics, chassis rigidity, and high-density component packaging
• Able to identify specific production processes - such as CNC machining, die casting, sheet metal processing, injection molding, thixomolding - just by inspecting a finished part and can estimate the associated tooling costs
• Proven ability to deconstruct complex assemblies and reconstruct the design intent, manufacturing sequence, and assembly logic
• Proficient in using specialized equipment such as 3D scanning microscope, and X-ray/CT scanning for non-destructive internal analysis.
• Ability to perform Value Analysis/Value Engineering to determine whether a finished product has optimized for cost without sacrificing perceived quality.