Role description: 

Fluke Corporation in Everett seeks a Mechanical Engineer to work with a fast-paced and collaborative team to develop and improve professional test equipment. Our team is an industry leader developing innovative electro/mechanical products that serve a wide variety of market needs worldwide.

In this role, you will lead the development of products from concept through launch and continue improving our portfolio. As a Mechanical Engineer, you will interact with a wide variety of internal and external teams, such as Project Management, Industrial Design, Manufacturing, suppliers and external partners, Electrical and firmware engineering, Business units, Product Compliance, and Project Coordination. 

Throughout mechanical designs, design reviews, prototype design solutions, detailed drawing work, and proper documentation,  you will be responsible for developing mechanical elements used in Fluke products.  This includes components and overall system designs supporting Design for Manufacturability (DFM), industry standards, and Fluke defined product robustness requirements. 

 

Responsibilities: 

Efficiently work in a fast-paced and challenging environment focused on a broad portfolio of unique electromechanical products Effectively collaborate in a multi-disciplinary team Serve as a technical leader for our Engineering organization  Develop mechanical designs based on industrial design, simulations, customer requirements, quality, and manufacturability Solve Technical problems and develop solutions  Train and support others on estimating work and managing project results Conduct and participate in design reviews to minimize design risk and rework Develop system test requirements and perform validation activities Contribute to product design methods and standard methodologies Lead product improvement activities 

  Qualifications:

Bachelor’s degree in Mechanical Engineering with a minimum of 6 years of professional experience or M.S in Mechanical Engineering with a minimum of 4 years of professional experience Skilled in high-pressure systems design, fluid dynamics concepts, pressure sensor theory and applications, and pressure/temperature control algorithms Able to design for and select against multiple manufacturing methods, including precision machining, die-cast, and injection molding Proficient in CAD (Pro Engineer preferred), including 3D modeling,  creation of drawings with GD&T, and data management Hands-on experience building and evaluating prototypes Self-starter, comfortable working with ambiguity Use of FEA and CFD tools to evaluate designs Strong technical leadership skills Excellent interpersonal, written, and verbal communication skills Self-motivated team member willing to support others and share knowledge  Proven strong interpersonal, technical communication, and problem-solving skills required  A high degree of self-discipline and integrity are required. 

Fortive Corporation Overview

Fortive’s essential technology makes the world stronger, safer, and smarter. We accelerate transformation across a broad range of applications including environmental, health and safety compliance, industrial condition monitoring, next-generation product design, and healthcare safety solutions.

We are a global industrial technology innovator with a startup spirit. Our forward-looking companies lead the way in software-powered workflow solutions, data-driven intelligence, AI-powered automation, and other disruptive technologies. We’re a force for progress, working alongside our customers and partners to solve challenges on a global scale, from workplace safety in the most demanding conditions to groundbreaking sustainability solutions.

We are a diverse team 18,000 strong, united by a dynamic, inclusive culture and energized by limitless learning and growth. We use the proven Fortive Business System (FBS) to accelerate our positive impact.

At Fortive, we believe in you. We believe in your potential—your ability to learn, grow, and make a difference.

At Fortive, we believe in us. We believe in the power of people working together to solve problems no one could solve alone.