Kristopher Brown Email and Phone Number
Detroit, MI, US
Kristopher Brown's Location
Dearborn, Michigan, United States, United States
Kristopher Brown's Contact Details
Kristopher Brown work email
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Kristopher Brown phone numbers
About Kristopher Brown
CONTACT ME:E-mail: Kristopherkbrown5@gmail.com1996 CHEVY LUMINA VEHICLE MODIFICATION GALLERY: https://driiive.com/Kbreezy05/1996-Chevy-Lumina-APV/#!/timelineWHO I AM:• Eagle Scout• Prolific Inventor•Vehicle System Integration Engineer at Ford Motor Company• Mechanical Engineering Graduate from the University of Minnesota - DuluthWHAT I HAVE DONE:• 35 patents granted & 4 patents pending at US Patent Office in 6 years (Amongst Top 5% Inventors in U.S.)• Effectively identified and communicated opportunities to cross-functional engineering teams (Electrical, Software, Mechanical, CAD, etc.) by cascading feature-level requirements, resulting in successful implementation of a new user interface.• Delivered 7 hard trim assemblies for the 2018 Lincoln Navigator & Expedition that met stringent internal assembly and interface specifications, resulting in successful launch of the program.• Collected, analyzed, and presented critical insights from seat comfort/support evaluations for the Mustang Program to the Global Director of Ford Performance, enabling informed decision-making and enhancing overall product performance.• Utilized SolidWorks to optimize layout configurations for a semi-automated operations cell, resulting in a projected Return on Investment (ROI) of 246% within 19 months and a net present value of $190,000.• Led continuous research and development of a mechanical vibration damping device• Founded and managed UMDawgHouse, a successful student athletic booster program at the University of Minnesota Duluth, facilitating student involvement and community engagement.• Demonstrated mechanical expertise by restoring and customizing a 1996 Chevy Lumina Van, including full dash restoration, fabrication of custom bench seating, and painting.MY EXPERIENCE AREAS:• System Modeling (MagicDraw)• ISO 26262 Functional Safety (Hazard And Risk Assessment)• System Design Failure Mode Effects Analysis• Organizational Development, Leadership, Project Management, Event Planning;• CAD (SolidWorks, Autodesk Inventor), modeling, drafting, & simulation;• Simulation (Fanuc ROBOGUIDE - HandlingPro);• Mechanical Testing, Vibration Research, & Product Development;• Programming: MathCAD, Matlab, Visual Basic;• Mechanical Engineering, Mechanical Design, Automotive, Robotics
Kristopher Brown Work Experience Details
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Ford Motor CompanyDetroit, Mi, Us -
Vehicle Systems Integration EngineerFord Motor Company Apr 2022 - PresentDearborn, Michigan, Us-Extensive modeling of Logical Architecture and Platform System Modeling using Magic Draw 2021x-Developing functionality that enables cross-model integration using single source of truth principles supports the development of software and electrical systems
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Advanced Closures Feature OwnerFord Motor Company Apr 2018 - Apr 2023Dearborn, Michigan, Us• Collaborated with UX, Marketing, and Strategy teams to develop experiential requirements for ingress/egress related features• Utilized system modeling tools to ensure end-to-end delivery of robust experiential, feature, system, and component design• Led advanced feature development for Ford, Lincoln, and Autonomous vehicle programs• Coordinated with cross-functional system team members (over 60 team members across 14 organizations) to identify appropriate functions, compatible system architectures, and technology to meet power closure feature requirements• Created Feature Specifications, Behavioral Specifications, System Requirements, Test Methods, and cascaded requirements to supporting system teams• Facilitated DFMEA reviews to ensure countermeasures were included in system design and control logic• Ensured compliance with ISO 26262 Functional Safety by performing HARA Analysis and developing Functional Safety Requirements
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Advanced Door Mechanisms Core EngineerFord Motor Company Apr 2018 - Oct 2019Dearborn, Michigan, Us•Collaborated with cross-functional teams, including Electrical, Software, Mechanical, and CAD, to identify system requirements, compatible architectures, and packaging for successful implementation of new door systems•Developed and authored Component Engineering Specifications and Testing Methods for advanced door mechanisms, ensuring compliance with industry standards and regulations•Generated cost walks, boundary diagrams, and program assumptions to enable effective project planning and management•Conducted Failure Mode and Effects Analysis (FMEA) to identify potential failure modes of component designs, providing recommended actions to management for timely resolution•Contributed to engineering concepts and supported Purchasing in selecting appropriate suppliers based on engineering capability and cost considerations, resulting in improved supplier partnerships and cost savings
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Autonomous User Experience (Ux) EngineerFord Motor Company Sep 2018 - Feb 2019Dearborn, Michigan, Us•Spearheaded the development of a Ford first user experience for advanced door systems and other AV-specific functions, resulting in improved user satisfaction and industry recognition•Identified opportunities for enhancing the user experience and provided feature-level requirements to cross-functional engineering teams, including Electrical, Software, Mechanical, and CAD, to ensure successful implementation of a new user interface on a vehicle exterior•Led collaboration efforts with a large cross-functional team to deliver a solution that met User Experience (UX), Human Machine Interface (HMI), Autonomous Vehicle Limited Liability Company (AV LLC), and engineering requirements
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Integration EngineerFord Motor Company Oct 2017 - Mar 2018Dearborn, Michigan, Us•Successfully implemented a new Quality History Process and provided training to 25 engineers to effectively utilize a Commodity Quality Database for timely identification and resolution of quality issues and improvement of Design Failure Mode and Effects Analysis (DFMEAs)•Led the team in achieving a 100% improvement in team metrics within four weeks without requiring any escalation to management, resulting in enhanced team performance and increased customer satisfaction•Developed a DFMEA tracking matrix to improve communication with management and enable effective monitoring of project milestones, resulting in improved delivery by the engineering teams•Recognized by the Chief Engineer for Body Interior for achieving on-time milestone completion, demonstrating a commitment to delivering high-quality work within specified timelines•Demonstrated strong leadership and collaboration skills by working closely with cross-functional teams to identify opportunities for process improvement, implement effective solutions, and continuously improve team performance
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Design & Release Launch Engineer (Expedition/Navigator)Ford Motor Company Mar 2017 - Sep 2017Dearborn, Michigan, Us•Designed and developed robust hard trim interface solutions, ensuring optimal fit and finish, material compatibility, and elimination of Squeak and Rattle issues, resulting in improved customer satisfaction and reduced warranty costs•Successfully delivered 7 hard trim assemblies that met internal assembly and interface specifications, demonstrating an ability to deliver high-quality work within specified timelines•Provided critical support for Tooling Trial, Pre-Production, and Mass Production Builds, collaborating closely with cross-functional teams to ensure seamless execution of manufacturing processes and timely issue resolution•Worked closely with suppliers to ensure compliance with quality specifications, proactively identifying and resolving issues related to design intent parts and manufacturing processes•Utilized data-driven analysis to identify root causes of issues, leading to effective engineering design changes that improved product quality and reduced the likelihood of future issues
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Benchmarking EngineerFord Motor Company Jul 2016 - Mar 2017Dearborn, Michigan, Us•Provided critical support to the Pre-Production Build of the Raptor Truck Program, contributing to successful launch of the program•Identified and addressed quality concerns related to the Raptor Truck seat trim, resulting in improved product quality and customer satisfaction•Scheduled and facilitated seat evaluations for the Mustang Program in collaboration with Seat and Vehicle Dynamics Engineering Experts, ensuring optimal product performance and customer comfort•Collected and analyzed data from seat comfort/support evaluations, and presented key takeaways to the Global Director of Ford Performance through expert/customer verbatims and graphical charts/graphs, enabling informed decision-making and enhancing overall product performance•Managed Raptor Concerns (suggested improvements to a design) and Notices (defines the improvements), recommending and defining design improvements to ensure effective resolution of issues and enhance product quality
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Assembler (Dearborn Truck Plant)Ford Motor Company Jun 2016 - Jul 2016Dearborn, Michigan, Us•Acquired hands-on experience working on the Chassis assembly line, performing tasks such as connecting numerous electrical modules and fastening lead connectors (positive and neutral charge) on the fuse box, resulting in the successful assembly of over 600 F-150s per shift
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Automotive Body Interior Design (1996 Chevy Lumina Van)Self Sep 2011 - PresentPHOTO GALLERY: https://driiive.com/Kbreezy05/1996-Chevy-Lumina-APV/#!/timelineCustom Bench Seating:•Can withstand 300+ pounds of weight and utilizes OEM seatbelts•For aesthetics and storage use; seats lift up on hinges•16 gauge steel square tube bench frame, U-bolted to the floor •Backrest is fastened to the body of the vehicle•Upholstered with foam padding, black and pacific blue marine vinylRestored and Painted Dash:•Black and Pacific Blue two-tone theme using flexible coating and plastic specific spray paint•Added Rocker switches to center console along with cup holder LED ambient lightingMDF/Fiberglass Enclosure:•Custom fit to passenger side rear wheel well•Contains two chambers to house two Alpine Type-R SWR-12D2 sub woofers powered by two mono block 1000W RMS amplifiers•Calibrated chambers to optimal specifications recommended by Alpine•Custom fabrication processes include: fiber glassing, body filling, and sanding
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Vibration And Acoustic Design ResearchSelf Sep 2011 - Dec 2015Since my senior year of high school, I have been continuously working on a mechanical vibration damping device for an automotive application. I have worked with numerous mentors including professional engineers, professors, and student colleagues. The problem has taken three solution paths: analytical, numerical, and empirical. I am still continuing to learn about the problem and how to solve it through independent studies and other extracurricular work. Analytical (Theory):•Researched and learned about fundamental theories and governing equations of vibrations•Investigated the relationship between human optics and visual perception of vibrations•Determined the fundamental frequency of a mechanical system in longitudinal and bending vibrations using beam deflection equations•Used mechanical and thermal parameters such as elastic modulus, density, and operating temperature levels to select multiple elastomer candidatesNumerical (Computer-based Solution):•Modeled a geometrically and FEA accurate baseline assembly in SolidWorks•Performed frequency analysis in SolidWorks to confirm beam deflection equations•Implemented the first 15 frequency modes of the system and performed linear dynamic analysis in SolidWorks to obtain the input-output displacement relations of the system•Attached an elastomeric design to the baseline assembly to represent the isotropic damping effects of selected elastomer candidates •Compared resonant frequency, linear displacement, and phase plots to determine the optimal elastomeric material for applicationEmpirical (Prototyping/Testing):•Performed mechanical vibration testing using accelerometers, sinusoidal inputs from a subwoofer, and diagnostic software to determine a criterion frequency range that dominates the system•Used experimental data to inspire a 3-D printed hybrid elastomeric damping device that limits the dominant longitudinal and bending frequency modes
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Cad/Simulation Engineer, Senior Design ProjectParker Hannifin Jan 2016 - Apr 2016Cleveland, Oh, Us•Collaborated with four senior mechanical engineering students at the University of Minnesota - Duluth to determine the feasibility and cost-benefit analysis of implementing a fully automated operations cell into Parker-Hannifin's manufacturing processes•Performed market research on current automation technologies and methods in order to develop three feasible alternatives that properly address the project requirements and constraints•Wrote a baseline report and presentation that outlines the purpose of the project, the descriptions of three technically feasible alternatives, decision matrices, and an economic analysis supporting a final recommended solution•Designed and assembled a fixture for a proof of concept light table that represents a flexible valve part feeder•Created a file management system using a SolidWorks EPDM workgroup to view and modify 3-D models and drawings•Utilized Fanuc Roboguide Simulation Software to configure numerous robotic cell layouts and determine optimized robotic end effector movement paths•Modeled Parker-Hannifin's current operation cell in SolidWorks and used it as a basis to create optimal layout configurations that offered greater efficiency and safetyThe proposed cell layout proves to have a projected Return on Investment (ROI) of 246% in just under 19 months with a net present value of $190,000. -
Promotions DirectorUmdawghouse - University Of Minnesota Duluth Jan 2015 - Apr 2016Duluth, Minnesota, Us•Led multiple student teams in planning and developing game day promotions to increase student involvement and attendance at UMD Division II sporting events•Assisted graphic design artists in the conceptual phase of designing promotional flyers, banners, and superfan apparel (TopDawg Gear) for UMDawgHouse events•Planned and organize school spirited productions and workshops for Bulldog Welcome Week that engaged freshman and set the tone for future athletic events throughout the year•Collaborated with other major organizations and clubs in the planning and organization of tailgating and other pre game events•Implemented social media into advertising and promotion strategies to help students connect with others who are also attending UMDawgHouse events -
President, FounderUmdawghouse - University Of Minnesota Duluth Sep 2013 - Apr 2016Duluth, Minnesota, Us•Revolutionized the culture at UMD through a strong spirit program that exudes true ‘BulldogPride’•Established a multi-tier organizational structure that includes officers (TopDawgs), members, and strategic partnerships with other major organizations and clubs at UMD•Delegated tasks and establish deadlines in collaboration with TopDawgs•Managed and lead students at pep rallies, athletic games, and other school spirited events•Facilitated many weekly meetings with cheerleaders, pep band, students, and Bulldog Welcome Week coordinators•Created a Gantt Chart that broke down each event for Fall 2015 into clear and manageable tasks for each department within the organization•Developed a tentative business model to ensure financial longevity and sustainability of the organization
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Brand VisionaryUmdawghouse - University Of Minnesota Duluth Sep 2013 - Apr 2016Duluth, Minnesota, Us•Developed a brand that expresses the true values of the University of Minnesota Duluth student body: "Competition. Classroom. Community"•Created a visual brand identity through a student inspired logo and 'TopDawg' superfan gear•Implemented an aggressive and intimidating demeanor into game day atmosphere while maintaining sportsmanlike conduct•Facilitated and planned a logo contest that resulted in the creation of a student inspired logo
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Welcome Week Orientation Leader "Rockstar"Umdawghouse - University Of Minnesota Duluth Aug 2013 - Aug 2015Duluth, Minnesota, Us•Provided leadership and direction for a group of 12-20 new first year students•Facilitated discussions on Welcome Week topics (academic, social and personal success) •Encouraged interactions within the small group and facilitated social connections•Assisted with other Welcome Week program components including directing students to activities, participating in activities, and helping with on-campus move-in•Presented a bold and friendly presence with individual students and in small groups
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Automation Engineering InternSeagate Technology May 2015 - Aug 2015Fremont, Ca, Us•Utilized SolidWorks EPDM to view and modify 3-D models and drawings within a specific database•Reassembled and rewired a pick and place robotic station per pneumatic, electrical, and mechanical assembly drawings•Cleaned up and organized assembly BOM's and exploded views for a five configuration robot guard assembly•Modified manufacturing drawings for the machining and fabrication of aluminum framing for a conveyor elevator•Assembled framing and wired electronic components for a transfer dummy conveyor•Designed, documented, and released an Engineering Change Request (ECR) for polycarbonate plastic safety guards that protect production operators from injury and meet automation safety regulations•Checked to make sure I/O's for robotic stations were connected and wired properly by communicating through CAN and Copley diagnostic software•Overhauled an automated dummy conveyor design that reduced costs by $20,000 and increased ease-of-installment through the removal of irrelevant parts/features and implementation of a universal aluminum bracket design -
Engineering AideScott County - Highway Department Jun 2014 - Aug 2014Shakopee, Minnesota, Us•Closed county roads during state of emergencies such as floods, mudslides, etc•Assembled and installed highway traffic signs•Disassembled and repaired/recycled signs that were old or worn•Located areas where essential signs were missing•Combined mailboxes and 911 address markers -
Sandwich ArtistSubway Apr 2011 - Mar 2014Us•Fielded customer questions and complaints about personnel or products•Completed other jobs assigned by a Subway manager•Cleaned and stocked food goods when supply runs low•Prepared food to customer specifications•Assisted Subway customers with orders•Operated cash registers
Kristopher Brown Skills
Leadership
Teamwork
Engineering
Team Leadership
Customer Service
Microsoft Excel
Inventor
Continuous Improvement
Solidworks
Cad
Communication
Project Management
Organizational Development
Motivational Speaking
Product Innovation
Team Building
Car Audio
Soldering
Metal Fabrication
Vibration Isolation
Vibration Testing
Custom Fabrication
Research Design
Time Management
Public Speaking
Powerpoint
Microsoft Office
Microsoft Word
Automotive Interior Design
Computer Aided Design
Microsoft Powerpoint
Kristopher Brown Education Details
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University Of Minnesota DuluthMechanical Engineering -
Shakopee Senior HighschoolPltw Engineering Program
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Shakopee Area Catholic School
Frequently Asked Questions about Kristopher Brown
What company does Kristopher Brown work for?
Kristopher Brown works for Ford Motor Company
What is Kristopher Brown's role at the current company?
Kristopher Brown's current role is Vehicle Systems Integration Engineer at Ford Motor Company.
What is Kristopher Brown's email address?
Kristopher Brown's email address is br****@****way.com
What is Kristopher Brown's direct phone number?
Kristopher Brown's direct phone number is +131349*****
What schools did Kristopher Brown attend?
Kristopher Brown attended University Of Minnesota Duluth, Shakopee Senior Highschool, Shakopee Area Catholic School.
What are some of Kristopher Brown's interests?
Kristopher Brown has interest in Leadership, Innovation, Team Building, Custom Fabrication, New Technologies, Science And Technology, Engineering, Drafting And Design, Vehicle Restoration And Modification, Custom Car Audio.
What skills is Kristopher Brown known for?
Kristopher Brown has skills like Leadership, Teamwork, Engineering, Team Leadership, Customer Service, Microsoft Excel, Inventor, Continuous Improvement, Solidworks, Cad, Communication, Project Management.
Who are Kristopher Brown's colleagues?
Kristopher Brown's colleagues are Alex Trimpe, Mario Luis Renteria Avila, Joseph Bolognese, Oussama Tito, Gesian Borges, Santhosh Kumar, Shahi Sekh.
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