Senior Mechanical Design Engineer – Custom Robotic Cells & Machine Architec

Aspire Talent Solutions; Milwaukee (WI); On-site; USD 100,000 - 120,000; Full time

Benefits offered by this job

Health and retirement benefits

Job summary

Aspire Talent Solutions is seeking a Senior Mechanical Design Engineer to own the ground-up machine architecture for custom robotic cells and high‑speed automation in Brown Deer, WI. The role is 1st shift, 100% onsite, with a clear path to senior leadership in a high-growth OEM environment.

The successful candidate will design complex machinery in SolidWorks, lead projects from concept through fabrication, and collaborate with controls and fabrication teams to ensure quality, safety, and timely

Qualifications

• BSME degree or 5–10 years of ground-up custom equipment design experience.
• Expert SolidWorks fluency modeling large assemblies and drafting production-ready drawings.
• Manufacturing acuity in weldments, materials, and precision machining tolerances.
• Proven project management history with strong tenure and on-time delivery.

Responsibilities

• Lead ground-up machine architecture for high-speed, multi-axis automated machinery and robotic work cells.
• Develop concepts and collaborate with Project Managers to brainstorm cost-effective automated solutions.
• Break down design scopes into milestones and coordinate with internal detailers/designers and external fabricators.
• Integrate hydraulic, pneumatic, and servo drive systems with advanced engineering principles.
• Conduct early design reviews to ensure safety and shop release readiness.
• Serve as technical contact for global clients while managing BOM releases and on-site collaboration.

Skills

Ground-up machine design

Project management

Team leadership

Education

BSME (Bachelor of Science in Mechanical Engineering)

5–10 years ground-up design experience

Tools

SolidWorks

Job description

Senior Mechanical Design Engineer – Custom Robotic Cells & Machine Architecture

$100,000 – $120,000/yr Brown Deer, WI Area (Northern Milwaukee County) 1st Shift (Mon–Fri) Direct-Hire

• Pay & Incentives: Base salary up to $120,000/yr based on custom machine design depth, backed by a comprehensive corporate health and retirement benefits package.
• Work Pattern/Schedule: Predictable 1st shift schedule (Monday – Friday), 100% onsite in a high-growth, modern manufacturing and engineering environment.
• Environment & Company Profile: Elite global OEM designing ground-up, complex custom automation and robotic cells; small, agile team of five Lead Engineers with design bays and assembly floor under one roof.
• Core Functional Scope: Ground-up machine architecture, SolidWorks large assemblies, custom robotic cell integration, high-speed pick-and-place, precision power transmission, pneumatics/hydraulics, and project leadership.
• Strict Requirements & Authorization: Requires BSME or 5–10 years of ground-up custom equipment design depth, expert SolidWorks fluency, US work authorization, and a local commute to Brown Deer, WI.

If you are a veteran machine designer or BSME looking to escape rigid corporate silos and repetitive product tweaks, this direct-hire role provides an exceptional technical home. Our client is a high-growth, international OEM designing ground-up, complex custom automation and robotic cells for global market leaders across North America and Europe.

Operating in a 100% SolidWorks environment as one of five Lead Engineers, you will enjoy the unique privilege of watching your custom mechanical creations manufactured, wired, and assembled right on-site with an immediate feedback loop from machinists, builders, and controls engineers. Offering high technical autonomy, zero micromanagement, and a clear path toward senior leadership, this position is built for an inventive engineer who thrives on solving complex industrial puzzles.

What You Will Be Doing (Daily Responsibilities)

• Ground-Up Machine Architecture: Lead mechanical design integrity and engineering accuracy for high-speed, multi-axis automated machinery and robotic work cells.
• Conceptual Design & Quoting: Develop concepts and collaborate with Project Managers to brainstorm cost-effective, high-performance automated solutions.
• Project & Team Leadership: Break down complex design scopes into milestones, guiding internal detailers/designers and coordinating with external fabrication partners.
• Fluid Power & Drive Systems: Integrate fluid power and drive mechanics, applying advanced engineering principles to select hydraulics, pneumatics, and servo systems.
• Design Reviews & Safety Verification: Conduct early-stage design reviews to eliminate safety hazards, pinch points, and ergonomic issues prior to shop release.
• Client & Assembly Floor Collaboration: Serve as technical contact for global clients while managing strict BOM engineering releases and resolving assembly floor issues in real time.

What We Are Looking For (Requirements & Qualifications)

• Education & Experience: Bachelor’s Degree in Mechanical Engineering (BSME) or 5–10 years of verifiable, ground-up custom equipment design experience in heavy machinery or high-speed automation.
• SolidWorks Expertise: Expert fluency modeling large assemblies, managing configurations, and drafting production-ready drawings in SolidWorks.
• Manufacturing Acuity: Practical understanding of structural weldments (GMAW/GTAW), material selection, machine shop processes, and precision machining tolerances.
• Project Management & Career Stability: Proven history of maintaining project schedules and budgets, paired with a solid employment history showing strong tenure.
• Local Residency: US Citizen or Green Card holder residing within a dependable daily driving radius of Brown Deer / Northern Milwaukee County, WI.

Preferred Technical Assets (Bonus Skills)

• Robotic Cell Integration: Hands-on experience designing end-of-arm tooling (EOAT) and integrating Fanuc or ABB robotic arms into automated lines.
• International Standards: Familiarity with European machinery safety standards (CE marking, ISO/ISO 13849 safety integration).
• Cross-Functional Design: Background working directly alongside controls engineers to co-design servo-driven motion profiles and sensor placement.