Mechanical Engineer at Stanley Black & Decker

Towson, Maryland, United States

Not SpecifiedCompensation

Mid-level (3 to 4 years)Experience Level

Full TimeJob Type

UnknownVisa

Tools, Outdoor Equipment, ManufacturingIndustries

Bachelor of Science Degree in Mechanical or Electrical Engineering, or equivalent experience
1+ years experience, which can include internship experience, in an engineering, manufacturing, or standards/test board operation
Foundational knowledge of engineering concepts, problem-solving skills, and data analysis
Working knowledge of motors, electrical, and electronic components and an understanding of these functions
Relevant technical knowledge pertaining to the product under test and details of the applicable tests
Knowledge of applicable standards and regulatory/statutory requirements
A thorough understanding of the overall testing process
Ability to consult and negotiate, but remain decisive and hold a firm position when needed
Conscientious about safety and ethics

Facilitate global Test Board approvals (UL, CSA, DEKRA, etc.) for products designed in Towson and other design centers
Participate in safety reviews, including research on new business or product areas
Work as a consultant to business units (PPG, CPG), project teams, and design groups to facilitate orderly and accurate test board submittals; provide technical guidance on agency standards, bulletins, issues, or proposals
Apply an understanding of internal and external requirements, standards, and specifications to drive actions that maintain integrity of tool design and test plans, and effectively communicate findings with NPD teams
Investigate design issues and test failures, and effectively identify and recommend corrective actions
Ensure all project documentation is accurate and properly maintained
Follow all health and safety procedures and proactively address any issues, holding self and others accountable
Identify and implement improvements to the process of obtaining agency approvals
Assist the test department in the development of new, automated, or special safety testing protocols, including data collection and analysis