Mechanical Engineering Project Management

Nathan Hawley

Grand Junction, CO • 970-***-**** • ***********@*****.***

linkedin.com/in/nathan-hawley

QUALIFICATIONS PROFILE

Detail-oriented, quality-driven mechanical engineering graduate that received numerous academic and athletic recognitions and scholarships for excellence in both areas.

Mechanical Engineering: Proven ability to effectively capture and translate customer design requirements into a real product that meets all customer expectations.

Team Leadership/Project Management: Strong passion for collaborating with other engineers to manage the entire project engineering lifecycle including testing and QA processes.

Customer Communication: Demonstrated success managing engineering customer expectations to ensure confidence in the ability to properly complete product designs.

Key Strengths: Proficient in core engineering software, hardware and methodologies that ensure projects are completed on time and within budget.

Core Technologies:

Software:

SolidWorks, Siemens PLC’s, LabVIEW, Microsoft Office (Word, Excel, PowerPoint, Access)

Machining:

Traditional Machining, CNC Machining

Methodologies:

Six Sigma, Lean Manufacturing

EDUCATION & CERTIFICATION

Bachelor of Science in Mechanical Engineering Technology

Colorado Mesa University May 2017

Certifications: Six Sigma Lean Green Belt, Minitab (In Progress)

EXPERIENCE HIGHLIGHTS

Colorado Mesa University

Student, Mechanical Engineering, May 2017

Partnered with peer senior engineering students to create an ergonomically advanced lacing tape applicator for wire harness manufacturing for Western Filament, Inc. that would later be used by Boeing Aerospace.

Demonstrated strong communication and engineering project management skills while interacting with Western Filament engineers during requirements gathering and product design stages.

Contributed to the management of the overall engineering lifecycle by effectively translating the product concept and technical customer requirements into a tangible project plan with a realistic production goal.

Instilled a strong sense of confidence in the team to achieve all design objectives to create a high performance prototype while strictly adhering to acquired engineering principles and best practices from university.

Successfully completed the prototype after performing comprehensive QA and testing.

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