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William
Sadowski

MECHANICAL ENGINEER

About me

I am a hardworking, enthusiastic recent graduate of Northwestern University (Go ‘Cats) who majored in Mechanical Engineering and minored in Classical Studies. I am eager to gain knowledge from industry leaders and contribute my technical, computer, and interpersonal skills to team projects in an advancing technological field. I am actively looking for hands-on roles ranging anywhere from design to manufacturing and engineering.

I work best when I am driven through passion. I am a self-motivating and multi-disciplinary problem solver who loves to adapt and push the boundary for any project I am given. My clear communication skills also allow me to bring out the best in any team, on any project.

Outside of work, I am an avid sports fan and active person. If you can think a sport, I’ve probably played it or want to try it. You can often find me cheering for any Chicago sports team. Recently, I have been playing a lot of ultimate frisbee, pickleball, and golf. When indoors, I enjoy playing Catan, Rocket League, and Animal Crossing with friends. I play multiple musical instruments and am always eager to pick up new hobbies and meet new people.

Education

Graduated 03/2021

Northwestern University
McCormick School of Engineering

Bachelor of Science in Mechanical Engineering
Classical Studies Minor

Cumulative GPA: 3.624/4.0

Graduated 06/2017

Oaks Christian High School

Top Ten Scholar
Scholar Athlete

Cumulative GPA: 4.70/4.0 (Honors / AP Bonus)

Skills

Computer

Siemens NX
SOLIDWORKS
ABAQUS
C/C++
Microsoft Office
Autodesk AutoCAD
VGPro
ANSYS
Java
Python
MATLAB
Microsoft Dynamics
Helitronic Tool Studio

Technical

GD&T
Mill
Lathe
Bandsaw
Spot Welding
CNC Machines
Drill Press
Soldering
Sheet Metal Shear
Sheet Metal Bender
Water Jet

Additional

Project Management
Organization
Creativity
Communication
Active Listening
Time Management

Experience

July 2023 - July 2024

SyBridge Technologies — Itasca, IL

Project Engineer

  • Managed technical application requirements for over $3 million of parts for CNC machining and sheet metal applications as the end-to-end owner, leveraging strong analytical and problem-solving skills to meet project milestones and objectives
  • Interfaced with customers, external manufacturing partners, sales, and supply chain to perform Design for Manufacturability (DFM) analysis and support the production process for both prototype and high-volume opportunities
  • Compiled properties for 50 materials and 20 finishes into a useful, extensive database to be leveraged by marketing and sales
  • Conducted comprehensive technical part reviews and supplier capability assessments, facilitating efficient downstream production execution for on-demand manufacturing
  • Advised cross-functional teams and customers on manufacturing methodologies for 3-axis, 5-axis, and lathe CNC machining applications, optimizing design for manufacturability and ensuring alignment with project objectives
  • Analyzed customer CAD, 2D drawings, part lists, and other technical specs to evaluate manufacturability and scope of work
  • Coordinated with costing team to integrate key application details/deviations into accurate manufacturing cost estimations
  • Led internal investigations and supported corrective actions in response to customer complaints and product returns, ensuring continuous improvement in product quality and customer satisfaction
  • Collaborated with internal and customer quality teams to define comprehensive inspection plans (including PPAP, FAI, and others), ensuring adherence to quality standards throughout the production process
  • Supported internal continuous improvement initiatives, driving cost reduction and operational efficiencies within SOPs
  • Demonstrated strong understanding of part drawing specifications, including complex GD&T and critical feature recognition, ensuring accurate interpretation and implementation in manufacturing processes
October 2021 - July 2023

OSG USA — Besenville, IL

Manufacturing Engineer II

  • Aided in the creation of $150 million of premium cutting tools for aerospace, automotive, energy, and other industries
  • Implemented the use of both roughing and finishing wheels to cut plunge grinding cycle times of NP5 machines by 30%-50%
  • Conducted process capability (CPK) studies to test the feasibility of outsourcing blank preparation of materials in order to increase new tool production and profit
  • Programmed robot to automate the packaging and labeling process of completed tools to decrease lead time of manufacturing
  • Developed custom tools and modifications to meet client expectations by translating requirements into CAD drawings
  • Generated tool simulations to facilitate print creation and definition of specifications from manufacturing standpoint
  • Applied material science and clever problem solving to CNC programming, manufacturing drawings, and production routing
  • Interacted with other departments in process development and process improvement to increase production output while achieving the highest quality standards and exceeding customer expectations
  • Created production routing and BOMs to direct and control production process from acquiring material to finished product
  • Worked with quoting team to review product requirements and create drawings to support quote requests
  • Established proof of concept with clients and made design recommendations to customers with input from application team
  • Supported production team with manufacturing processes and inspection team by creating CNC inspection programs and used tool analyzer equipment to ensure all tools are within tolerance
  • Assisted in the investigation and analysis of new materials, equipment, and engineering processes
June 2020 – June 2021

Northwestern University — Evanston, IL

Undergraduate Research Assistant

  • Utilized techniques of mechanistic data science and applied these concepts through the use of MATLAB and Python for engineering applications including additive manufacturing and medical imaging
  • Developed deep learning tools to predict the surface roughness and fatigue life of additively manufactured Ti-6Al-4V parts from input parameters of the manufacturing process
July 2019 – Octboer 2020

Whole Foods Market — Thousand Oaks, CA

Grocery Team Member

  • Gave every customer immediate and undivided attention, delighted the customers with excellent service and consistent, delicious food
  • Stocked and replenished grocery, dairy, frozen, and bulk department shelves while maintaining overall grocery area cleanliness in a visually appealing manner

Projects

AeroNU Aerodynamics Sub-team Member

Northwestern University, Evanston, IL

Aero NU was created with the goal of designing, building, and flying an unmanned, electric-powered, radio-controlled aircraft to meet a specified mission profile.

DETAILS »

Garden Seat/Kneeler Re-Design Project Manager & Safety Lead

Consolidated Foam Inc., Buffalo Grove, IL

Consolidated Foam Inc. is the owner of the Gardien brand of garden products. The CEO of Consolidated Foam, Dan Levitt, approached our team in to redesign the company’s 2-in-1 Garden Seat/Kneeler in order to make gardening safe, comfortable, and accessible for all.

DETAILS »

Martian 3Design 3D Printing Team Member

Northwestern University, Evanston, IL

NASA and its partners held a competition to build a 3D printed habitat for deep space exploration, including the agency’s journey to Mars. The multi-phase challenge was designed to advance the construction technology needed to create sustainable housing solutions for Earth and beyond.

DETAILS »

CAD/CAM Scanning Adaptation Project Manager

Northwestern University, Evanston, IL

Three-dimensional scanning of plaster foot molds can often reduce the time it takes in the process in the creation of orthotics. However, humans often experience instability in the arm after holding the iPad and scanner for extended periods of time which can begin to affect the accuracy of the scan.

DETAILS »

Shoulder Orthoses for Neurologic Arm Project Manager

Northwestern University, Evanston, IL

For this project, my team was tasked with creating a shoulder orthosis to help stroke survivors reduce vertical subluxation, or dislocation, of the shoulder during physical activity. Users often have little to no control of their limbs after a stroke event and require an external source of support to prevent pain in the shoulder socket.

DETAILS »

Activities

September 2017 – June 2021

Northwestern Ultimate

Team Member

  • Competed in practices and tournaments while bringing intensity, humility, and discipline to constantly lead and foster teammates
  • Learned the importance of teamwork in sports while respecting all teammates, opponents, and the game
August 2017 – November 2020

Northwestern University Marching Band

Alto Saxophone

  • Attended rehearsals, learned music and drill, and produced unparalleled performances across the campus and country
  • Developed leadership skills through mentoring others and aided in supporting the group’s unified success

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