- 413 Alice Cook House Ÿ Xxxxxx, XXXXXX xxxxxx ( (xxx-xxx-xxxx * abc@xyz.com

Mechanical Engineer (Manufacturing)

Qualifications Profile

    Self-assured and results-driven solutions provider in research and mechanical engineering with a growing real-world experience from internships and project engagements in the academe, manufacturing, and robotics industries.

-    Proven dedication to delivering outstanding operational excellence with real world potential in enabling organizations to creates cost leadership in service quality and product development.

-    Detail-oriented, analytical and methodical with critical thinking to resolve work issues even under stress.

    Versatile, flexible, and adaptable with quick learning abilities to reach high productivity levels in fast-paced work environments and new or demanding assignments.

    Exceptional interpersonal communication skills that unify workforce diversity into a team advantage in achieving shared commitments and managing collaborative work engagements.

Key Expertise

Operations

    Project Management

    Robotics Design & Development

    Technical/Engineering Service Support

    Process/Workflow Improvement

    Production Planning Support

    Materials Management

    Inventory Management Support

Technical

    Mechanical & Electronic Systems Design & Development

    Strength of Materials

    Productivity Tools: MS Office (Word, Excel, PowerPoint, Access, & Outlook)

    PM Tools: MS Project

    Apps: MATLAB, LabVIEW, ANSYS, & Arduino Electronic Prototyping System

    Design Tools: AutoCAD, SolidWorks, CATIA, CES Selector, & Adobe Illustrator

Education

CORNELL UNIVERSITY Xxxxxx, XXXXXX

    B.S. in Mechanical Engineering, Concentration in manufacturing and mechanical systems applications

Hunter Rawlings III Cornell Presidential Scholar

Exclusive grants to top 1% of students to conduct independent research

Internship/Research Experience

    Provided documentation support, completing the manufacturing process write ups, such as Pre-Production Verifications (PPV), First Part Qualification (FPQ), and assembly quotations.

    Optimized process, cost, and material consumption efficiency, analyzing technical drawings and specifications, product lists (Bill of Materials), and using CATIA and AutoCAD to deign improved workflows and processes.

    Assisted in generating work orders and composite build plans, attending workshops on lean manufacturing methods that enable efficiency improvements.

    Engaged in 777x dorsal fin composite design reviews leveraging structural design principles.

    Tested advanced materials, silicones and polyurethane, for soft robotics applications, exploring emerging robotic development to address specific unmet industrial application.

    Designed injection molds using 3D printers to form silicone with open cells that would behave according to different porosity levels and configurations for various applications, leveraging knowledge in strengths of materials, structural analyses, and engineering dynamics.

    Trained and managed 15 incoming undergraduate project researchers.

Completed Projects

    Served as project manager ensuring milestones and deliverables were met on time and within budgets, collaborating with team members in designing and executing hardware and software components of the Sumobot competition kit involving mechanical and electronic systems that would self-compete against 50+ other robots in a fighting tournament, managing materials inventory, design, and assembly that led to project success.

    Collaborated with 4 team members to create a portable bag hook that leveraged CAD for 3D printing capabilities, generating project status reports that highlighted the phases of product design and budget performance metrics.