Christopher Brewer Email & Phone Number

Michigan, United States

Warren, Michigan, United States

Responsible for specifying requirements, execution, and evaluation of designs, analysis, development, testing, and control of major engineering projects where creativity and initiative are involved as well as a high level of independent judgment. Consults with supervisor as required.Pre-production build support and issue resolution, including pre-production BOMsLead/Engineering Representative in CPIT, PET, CAB, EIT, VPIT, VAPIRInitiate/track/respond to CR/DNsLead… Show more Responsible for specifying requirements, execution, and evaluation of designs, analysis, development, testing, and control of major engineering projects where creativity and initiative are involved as well as a high level of independent judgment. Consults with supervisor as required.Pre-production build support and issue resolution, including pre-production BOMsLead/Engineering Representative in CPIT, PET, CAB, EIT, VPIT, VAPIRInitiate/track/respond to CR/DNsLead resolution of issues across SMT's/PIT's/Asm PlantsEWO follow-up, sign-offLaunch/plant support, including material shortage/EIT callsLead VIRT through PPO and plant builds, main interface with IRTsPRTS/IR prioritization and follow-upSpecifications interface to ensure accuracy for pre-production & productionPlant tryout and PTR coordinationProgram BOM tool maintenance - ensure accurate content & approval of updates/changesValidation plan development and property supportSpecial projects including the following: new process implementation, SVA, SPO Support, VCE requests, ECE requests, what-if studies.Regulation and compliance monitoring - Export and IJVPLiaison to assembly plants for spills/crisisDrive cost reduction activities; Generates technical solutions for current, new and major programsDevelops engineering designs (including subsystems)Assists in implementing engineering changesSpecifies and balances system requirementsPlans and implements test and/or development programsCommunicates, coordinates, and consults with engineering departments and customersStays abreast of new technology and competitive products Show less

Warren, Michigan, United States

Responsible for specifying requirements, execution, and evaluation of designs, analysis, development, testing, and control of major engineering projects where creativity and initiative are involved as well as a high level of independent judgment. Consults with supervisor as required.Pre-production build support and issue resolution, including pre-production BOMsLead/Engineering Representative in CPIT, PET, CAB, EIT, VPIT, VAPIRInitiate/track/respond to CR/DNsLead… Show more Responsible for specifying requirements, execution, and evaluation of designs, analysis, development, testing, and control of major engineering projects where creativity and initiative are involved as well as a high level of independent judgment. Consults with supervisor as required.Pre-production build support and issue resolution, including pre-production BOMsLead/Engineering Representative in CPIT, PET, CAB, EIT, VPIT, VAPIRInitiate/track/respond to CR/DNsLead resolution of issues across SMT's/PIT's/Asm PlantsEWO follow-up, sign-offLaunch/plant support, including material shortage/EIT callsLead VIRT through PPO and plant builds, main interface with IRTsPRTS/IR prioritization and follow-upSpecifications interface to ensure accuracy for pre-production & productionPlant tryout and PTR coordinationProgram BOM tool maintenance - ensure accurate content & approval of updates/changesValidation plan development and property supportSpecial projects including the following: new process implementation, SVA, SPO Support, VCE requests, ECE requests, what-if studies.Regulation and compliance monitoring - Export and IJVPLiaison to assembly plants for spills/crisisDrive cost reduction activities; Generates technical solutions for current, new and major programsDevelops engineering designs (including subsystems)Assists in implementing engineering changesSpecifies and balances system requirementsPlans and implements test and/or development programsCommunicates, coordinates, and consults with engineering departments and customersStays abreast of new technology and competitive productsTravels as required Assistant Program Engineering Manager - APEM Show less

Warren, Mi

Define and manage tasks required to generate systems engineering work products required to specify a feature (Feature Technical Specification, System Technical Specification, DFMEA, etc.)Guide Feature level development through vehicle testing, simulations, and algorithm development to support work product developmentLead the driveline systems engineering team Ensure that all gates in the development/approval of a feature are met (e.g., Feature Initiation Approval, Peer… Show more Define and manage tasks required to generate systems engineering work products required to specify a feature (Feature Technical Specification, System Technical Specification, DFMEA, etc.)Guide Feature level development through vehicle testing, simulations, and algorithm development to support work product developmentLead the driveline systems engineering team Ensure that all gates in the development/approval of a feature are met (e.g., Feature Initiation Approval, Peer Reviews)Drive communization of Feature implementation where possible (i.e., reduce unnecessary complexity)Work with the vehicle platform team to assure that correct feature characteristics and capabilities are defined for the intended purpose of the vehicleWork with feature owners in other domains to ensure proper integration-driven requirements are met.Act as primary interface between the Chassis Systems Engineering organization and the Driveline and Chassis Electrical GSSLT organizationsLead the development of Driveline feature focused test requirements/GMW’s pertaining to partial and full feature functionality verification and validation.Driveline feature subject matter expertCapture lessons learned to ensure that feature implementation issues are not repeated.Ensure Driveline features support performance that is consistent with the Global Traction VPO’s strategic vision.Provide technical feature support throughout all phases of the GVDP to ensure robust program execution and performanceSupport, when required, Driveline Advanced Technical Work (ATW) projects with the Driveline GSSLT and Traction VPOSupport the Global Traction VPO in the development and implementation of global requirements, facilities / infrastructure needs, best practices, GMW's, standard work, brand strategies, contenting strategies, metrics, measures, analytics, lab methods, training activities and closed loop learning.•Collaborate with GSSLT on driveline Technology roadmap Show less

Warren, Mi

- Lead cross-functional teams to Design, Develop, Validate, Release and Implement automatic transmission components and sub-systems for automatic transmission pump and filter assemblies- Develop technology strategies for specific components- Manage, track and control design changes- Lead cross-functional evaluation of alternatives to meet requirements- Lead component and sub-system design reviews- Maintain an electronic “project book” managing component status (including… Show more - Lead cross-functional teams to Design, Develop, Validate, Release and Implement automatic transmission components and sub-systems for automatic transmission pump and filter assemblies- Develop technology strategies for specific components- Manage, track and control design changes- Lead cross-functional evaluation of alternatives to meet requirements- Lead component and sub-system design reviews- Maintain an electronic “project book” managing component status (including timing, changes cost information, part availability, weight, system plan, interface documents, bill of material (BOM), re-use potential)- Manage the system and subsystem components, ensuring designs comply with Bill of Material, Bill of Design & Bill of Process (BOM, BOD, & BOP)- Contribute to the improvement of Transmission Bills Of Design (BOD), Material (BOM) and Process (BOP) for specific components and sub-systems- Plan component procurement to meet prototype material and build activity requirements- Monitor component delivery timing and part availability- Perform root cause analysis on components- Lead cost and warranty reduction efforts- Support transmission and component manufacturing sites in working to improve product design, assembly process, and warranty- Effectively work cross functionally with Suppliers, Design, Purchasing, Supplier Quality, Manufacturing, Assembly, Finance, etc.- Lead PDT for area of product responsibility- Use common Powertrain systems and processes Show less

Warren, Michigan

Facilitate change management process for supplier-related activities/changes.• Perform product launch activities (when applicable) for customer in accordance with APQP/PPAP guidelines.• Monitor and support approval process through ENGIS of supplier PPAP’s for Engineering Changes (new and modified parts); communicate with plants, projects, and customers as necessary.• Monitor supplier rating system and provide input on appropriate corrective actions as needed.• Work with… Show more Facilitate change management process for supplier-related activities/changes.• Perform product launch activities (when applicable) for customer in accordance with APQP/PPAP guidelines.• Monitor and support approval process through ENGIS of supplier PPAP’s for Engineering Changes (new and modified parts); communicate with plants, projects, and customers as necessary.• Monitor supplier rating system and provide input on appropriate corrective actions as needed.• Work with Purchasing to select and develop suppliers through regular assessment, planning meetings, APQP tools, and plant visitations.• Track ongoing supplier performance and efficiency through monthly Key Performance Indicators (KPIs) in conjunction with the Corporate Supplier Group.• Perform initial problem investigation and containment activities at the plant or program site for purchased direct materials. • Conducts periodic and special surveys of supplier facilities and manufacturing process to determine adequacy and capability of quality control and ability to comply with complete specifications.• Initiate supplier-related 8D’s to resolve nonconformance, delivery, warranty and/or other performance issues as necessary; communicate with the relevant QE and/or supplier, and ensure timely closure and effectiveness. •• Participate in continuous improvement programs and provide support to team efforts.• Maintain professional and technical knowledge by attending educational workshops, formal training, reviewing professional publications, establishing and expanding professional networks, and participating in professional societies. Show less

Conceptualized and designed statistically capable processes utilizing modern manufacturing practices while maintaining an utmost dedication to quality. Established an exceptional reputation of persistent engineering support and engineering expertise to the customer base on complex prototype products. Developed and fortified an industry name for Moeller Manufacturing in the manufacturing of fixed-vane compressor stator assemblies. Mastered state of the art machining techniques including:… Show more Conceptualized and designed statistically capable processes utilizing modern manufacturing practices while maintaining an utmost dedication to quality. Established an exceptional reputation of persistent engineering support and engineering expertise to the customer base on complex prototype products. Developed and fortified an industry name for Moeller Manufacturing in the manufacturing of fixed-vane compressor stator assemblies. Mastered state of the art machining techniques including: creep feed grinding, 5 axis milling, turning with Y-axis capability, wire EDM, sinker EDM, EDM hole drilling, 7 axis grinding, horizontal/vertical milling, and honing. Consistently demonstrated fluent knowledge of industry standards and specifications while engaging in collaborative problem-solving efforts with clients.Key Results:• Implemented next-generation technologies and process automations to foster an environment of continuous improvement with a dedication to quality and lean manufacturing. • Developed and designed a cellular concept to manufacture some of the company’s most produced components, which propelled efficiency gains and significant time and cost savings.• Composed effective engineering cost analysis reports summarizing data for management and manufacturing highlighting problem areas and possible areas for improvement in specific processes.• Consistently maintained accuracy in calculating figures and amounts for material procurement. • Rebuilt trust with customers and vendors, providing an exceptional knowledge and expertise in aerospace specifications and standards. Show less

Warren, Michigan

Designed functionality and failure tests for all fastening systems in the automotive industry. Worked closely with the design engineering community to develop a test what would accurately represent and demonstrate the conditions and environment of the field. Evaluated test results creating a report that pictorialized failure methods and point of failure. Created specific operating standards for tested components in the form of an assembly manual that is flowed down to the assembly plants.… Show more Designed functionality and failure tests for all fastening systems in the automotive industry. Worked closely with the design engineering community to develop a test what would accurately represent and demonstrate the conditions and environment of the field. Evaluated test results creating a report that pictorialized failure methods and point of failure. Created specific operating standards for tested components in the form of an assembly manual that is flowed down to the assembly plants. Interacted with lab management giving weekly technical presentations on process completion. Presented a complete list of improvements to General Motors Executives with respect to the fastening community.Key Results:• Achieved an offer of full-time employment at the culmination of initial internship assignment.• Demonstrated the ability to quickly master new systems, processes and workflows.• Resolved months of backlogged work, restored order and organization to processes/reports in disarray, researched open test reports and corrected/answered any outstanding questions that had previously been looked over.• Orchestrated several global tests develop a standardized catalog of fasteners for new and existing vehicle platforms for General Motors. Show less

Fenton, Michigan

Designed and validated progression and process plans, along with creating assembly layouts of tooling for new and prototype products. Developed and created assembly models using Solidworks and AutoCAD CAD systems. Participated in lean manufacturing groups to conceptualize and assess the possibility of introducing the cellular theory in the current manufacturing system. Expanded on current lean practices to create a lean system that accented the current practices of fastener manufacturing… Show more Designed and validated progression and process plans, along with creating assembly layouts of tooling for new and prototype products. Developed and created assembly models using Solidworks and AutoCAD CAD systems. Participated in lean manufacturing groups to conceptualize and assess the possibility of introducing the cellular theory in the current manufacturing system. Expanded on current lean practices to create a lean system that accented the current practices of fastener manufacturing, while combing several facets of manufacturing creating a self sustaining cell. Key Results:• Assumed expanded responsibilities (concurrent with Design Engineering duties) acting as an environmental officer helping to facilitate the renewal of the company’s ISO 14001 Certification. • Formally recognized by plant management for injecting improvements into manufacturing systems/controls that vaulted the company to all time production rates.• Rebuilt trust between management and union employees bridging the communication gap, scheduling weekly meetings to discuss manufacturing improvements. Show less

Waterford, Michigan

I was responsible for creating engineering drawings such as progression sheets and assembly layouts of automotive fasteners. I was also responsible for making engineering changes on existing documents. I gained workable knowledge of SolidWorks, Catia V5, and AutoCAD CAD systems.

Bachelor'S Degree, Mechanical Engineering, 3.75

Activities and Societies: Lawrence Tech. Varsity Hockey 4 years ASME SAE

Bachelor'S Degree, Industrial Engineering, 3.75