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O & G TAX AND ACCOUNTING SERVICES, LLC · 4 months ago

Senior Manager, International Tax Compliance

Lakewood, CO

Full-time

Onsite

Mid, Senior Level

$132K/yr - $199K/yr

1+ years exp

O & G Tax and Accounting Services, LLC is seeking a Senior Manager, International Tax Compliance. The role involves overseeing tax compliance and strategy for international operations, ensuring adherence to tax laws, and collaborating with various stakeholders to optimize tax positions.

Human Resources

Responsibilities

Design, develop and engineer customer facing hardware products, focused on ear tips and ergonomic fit: CAD design of novel ear tips for audio products; CAD design of audio products to optimize form factor considering ergonomic factors, including analysis of contact heat maps; Collaborate with acoustics, manufacturing, human factors, biomechanics, and material science teams to develop novel audio enclosure and ear tip concepts for audio products; Coordination of prototypes for audio product enclosures and ear tips, including at least the following methods: CNC, 2-shot molding, and rapid prototyping; Design of prototypes for ergonomics and acoustics testing, including integration of required electronics; Design of parts using two-shot silicone molding techniques. Collaborate directly and independently with industrial design, marketing, manufacturing and technology groups to build product-level definition and set the specifications and requirements of the physical product: Responsible for content creation and presentation of designs and layout studies to Executives and ID team for progress updates and key milestone decisions. Coordinate and oversee integration of all mechanical structures, advanced materials, and electro-mechanical subsystems, including PCB/flex, antenna, sensors modules, and product level tradeoffs. Coordinate hardware, core technology, reliability, operations, automation, quality and marketing to produce and validate mass production capable design. Provide leadership and direction of design activities through all stages of the product life-cycle, from concept definition through production release and end of life. Interaction with Executives and ID team to communicate progress and support key milestone decisions. 15% International, 10% Domestic Travel Required

Qualification

NX CAD designFEA simulationsReliability testingMaterial selectionFailure analysis techniquesTeam collaborationCommunication skills

Required

Bachelor's Degree or foreign equivalent in Mechanical Engineering, Mechatronics Engineering or related field

1 year of experience in the job offered or related occupation

Utilizing NX to work on 3D design and 2D drafting for part design, DFM, and production

Utilizing NX and engaging with FEA engineers to run complex simulations for understanding mechanical system behavior

Designing and releasing 2D and 3D part files for manufacturing team and vendor review, including design iteration based on feedback or test results, and carrying design iterations through development builds to mass production

Working with general materials used in consumer product design including metals, plastics, adhesives, and/or brittle materials to select appropriate materials for mechanical designs and to drive failure analysis during design development

Utilizing reliability testing and collaborate with reliability engineers to determine if mechanical and electromechanical designs and systems will meet product specifications

Set product reliability specifications for a design based on anticipated use cases

Drive failure analysis for issues identified during reliability testing and determine root cause and corrective action for designs

Developing initial novel designs, iterate on designs using experimental tests and simulations, and integrate into complex systems

Designing full subassemblies comprised of individual parts, to enable ability to be assembled and function as intended

Building tolerance stack for critical-to-function dimensions in complex assemblies to make decisions for manufacturing and assembly tolerances and to reject poor quality parts

Creating strategy for testing designs using a methodical approach, to inform decisions for understanding open design questions or down-selecting designs

Using failure analysis techniques, including fishbone diagrams, DOEs, commonality analysis, and analytical methods, for example, to determine the mechanism for a failure occurring and to drive mitigations