Chad Glinsky Email & Phone Number

United States

Drivetrain Hub is bringing drivetrain engineering to the web. We build drivetrain solutions in the cloud with a community-first mindset. If you model, design, analyze, test, or manufacture drivetrain systems, we have solutions to help you. Learn more at https://drivetrainhub.com.Consultant Match - Drivetrain consultants matched to your engineering.

Boulder, CO

• Managed the Romax North American team of analysts and application engineers responsible for the delivery of consulting, training courses, workshops, technical support, CAE partnerships, and collaborating with R&D and.
• Wrote proposals and managed delivery of engineering services for design and analysis of drivetrain systems consisting of gears, bearings, shafts, splines, clutches, gearbox housing structures, and more. Engineering.
• Engineering services delivered involved numerical predictive solutions for fatigue life, static strength, efficiency, vibration and noise for many drivetrain architectures including manual transmissions, dual clutch.
• Cultivated relationships with several electrified propulsion system designers and manufacturers to establish engineering partnerships. Engineering services often pertained to the assessment and optimization of noise.
• Developed and open sourced code for implementing complex large scale automation of drivetrain systems. Delivered live webinar to demonstrate a use case of automated bearing package selection.

Boulder, CO

• Senior consultant for drivetrain engineering services, with responsibilities including technical lead and project management.
• Design and analysis of drivetrain systems to meet product requirements for fatigue life, extreme loads, noise and vibration, and manufacturing.
• Planned, developed, and maintained a global engineering code Git repository for development and sharing of engineering analysis codes used to streamline and augment our consulting services.
• Included role of Engineering Team Lead for our small engineering consulting team

Boulder, CO

• Construct and analyze comprehensive RomaxDesigner/Wind models, mathematical representations of drivetrain physical systems for wind, aerospace, automotive, industrial, and mining industries. Static, dynamic, and NVH.
• Involvement in all aspects of the project life cycle for engineering consultancy. Aspects of this include review of customer drivetrain engineering shortcomings, propose solution methods, execution of technical.
• NVH analysis of nonlinear drivetrain models with gears and rolling element bearings, including modal analysis, gear transmission error, gear whine, modal contribution, operating deflection shapes, system Campbell.
• Robust gear design for improved static and NVH performance. Attenuate noise levels from gearbox housing vibration caused by gear whine across a range of operational conditions. Improve gear contact stress, edge/tip.
• CAD and product technical drawings to drafting standards for engineering of utility class wind turbine gearbox, including gear design and tolerance stack analysis.
• Finite element mesh generation, analysis, and post-processing of complex structures, including gearbox housings and planetary carriers. Finite element representations also used in integration with RomaxDesigner/Wind.

• Developed a simulation model and multiple controller designs for a wind turbine with a continuously variable transmission in the drivetrain.
• Thesis: Control Methods for a Continuously Variable Transmission Wind Turbine

• Instructed the heat transfer laboratory for senior undergraduates.
• 3.88/4.00 average for Teaching Assistant Rating Reports.

• Analyzed future model designs and layouts to identify potential quality or functionality problems, develop plausible solutions, and propose countermeasures prior to mass production.

• Assigned to various projects involving research, testing, and analysis.
• Projects included components such as brake pipe flares, steering column, and complete vehicle units.
• Created a know-how document for utilizing advanced computer aided design features for steering column analysis.

• Collaborated with program managers and design engineers to redevelop all low-end dishwashers.

• Instructed a lab of 35 engineering students learning 3D modeling and assemblies with NX.

Master Of Science, Mechanical Engineering

• GPA: 3.95/4.00 • Dynamics and Controls • Focus areas: Wind turbines, model development, control theory, and optimization

Bachelor Of Science, Mechanical Engineering

• GPA: 3.91/4.00 • Honors College & Dean’s List 2004, 2005 (2), 2006 (2), 2007 (2), 2008 • Graduated 2nd in the Mechanical Engineering.