Senior Mechanical Engineering Leader – Smart Lighting

Lutron Electronics Co., Inc; Boston (MA); On-site; USD 134,000 - 168,000; Full time

Benefits offered by this job

401k match

Health insurance

Dental insurance

Life insurance

Paid vacation

Flexible spending accounts

Tuition reimbursement

Job summary

Lutron Electronics Co., Inc in Boston, MA is seeking a Mechanical Engineering Leader to guide a team of engineers in developing innovative, high-quality products for automated lighting and shades. You will mentor the team, oversee design-to-production workflows, and champion robust testing and design best practices.

Responsibilities include integrating aesthetics and manufacturability, leveraging 3D modeling and FEA, and driving continuous improvement across the product lifecycle while

Qualifications

• BS in Mechanical Engineering or related field and high GPA where stated.
• 10+ years of mechanical product design experience, plus experience with high-quality consumer products.

Responsibilities

• Oversee engineering of efficient, scalable, and high-quality systems for world-class products.
• Integrate design aesthetics, function, UI, manufacturability, and lifecycle.
• Mentor and coach engineers to expand team effectiveness.
• Lead by example and work hands-on to meet deliverables.
• Identify cost reduction and product improvement opportunities.

Skills

Mechanical fundamentals

Beam bending

Static analysis

Material properties

Heat transfer

Education

BS in Mechanical Engineering

BS in Aerospace Engineering

BS in Engineering Science

10+ years experience

Tools

Injection molding

Stamping

Forming

extrusion

Machining

Job description

Lutron Electronics Co., Inc in Boston, MA is seeking a Mechanical Engineering Leader to guide a team of engineers in developing innovative, high-quality products for automated lighting and shades. You will mentor the team, oversee design-to-production workflows, and champion robust testing and design best practices.

Responsibilities include integrating aesthetics and manufacturability, leveraging 3D modeling and FEA, and driving continuous improvement across the product lifecycle while