Corporate College

Advanced Product Quality Planning (APQP) is a methodology that encompasses all the activities and processes needed between customer concept and product launch. The business areas affected are technical sales, product engineering, reliability engineering, process engineering, and manufacturing operations. The purpose of APQP methods is to enable companies to reduce concept-to-customer time when creating new products and maintaining a high quality level with minimal launch difficulties.

Total Hours: 16

This workshop presents the basic concepts related to process variation, process control, the role of control plans in the product development process and relationship of APQP documents.

Total Hours: 8

Statistical Process Control (SPC) is widely used in manufacturing to control and ensure quality products. Statistical methods are reviewed and concepts of probability and variation are introduced. Attribute and variables control charts are constructed and then interpreted for in-control and out-of-control conditions. Once processes are “in control”, process capability studies can be conducted to determine the probability of the process producing defective product. Process capability is introduced.

Total Hours: 14

Reducing product development time and providing defect free product is a vital competitive strategy. Failure Mode and Effects Analysis (FMEA) is a planning tool that is applied to the design of a product or process. FMEA enables a cross-functional team to identify and prevent problems from occurring.

Total Hours: 8

PFMEA is an interactive course that addresses how failures occur; the effect, causes and severity of the failure; the likelihood that the cause will result in the failure; mechanisms to detect failure; reliability of the detection mechanisms and the risk associated with the failure. Some classroom activities include process mapping, process analysis and creating a PFMEA.

Total Hours: 16

This workshop presents the basic concepts related to reducing measurement variability. During the workshop participants will perform analytical work to evaluate the effectiveness of gages brought to the workshop. Forms for performing gage R&R studies and sample parts will be supplied as part of the course.

Total Hours: 16

Experiments are used in manufacturing to design robust products and processes. Designed experiments rely heavily on statistical methods to determine variation within trails and between trials. Variation is the key to determining if two or more trials show significantly different results. This course includes a basic review of statistics and then covers the more common experiment designs. In the manufacturing environment, proficiency at Design of Experiments allows optimal settings of process parameters.

Total Hours: 24

Experiments are used in manufacturing to design robust products and processes. Designed experiments rely heavily on statistical methods to determine variation within trails and between trials. Variation is the key to determining if two or more trials show significantly.

Total Hours: 24

In today’s complex business environment, finding the root cause of a problem is often a very difficult task. While a single individual might sometimes be able to solve certain problems, the more complex problems in business are better addressed by a multi-disciplinary team. This workshop focuses on a structured eight-step methodology used to find root cause, determine how to permanently solve a problem and prevent its recurrence.

Total Hours: 16

Process management is an effective concept to ensure process improvement. The process map is a critical component of process management and is used to analyze the flow of events through the process and to identify where improvements can be made. Frequently, a process map is used in a Team Problem Solving setting to assist in analyzing a process and determining where error or defects may occur. Process map symbols also identify the types of activities and events that are a part of the process. This course includes a section on how to use a process map to analyze and improve processes.

Total Hours: 7

Management Overview of Lean Six Sigma is designed to present to managers, directors, and professionals an understanding of the concepts of Six Sigma and what it can achieve. During the session, participants will be exposed to the tools used in various phases of Six Sigma and the companies that achieved significant bottom-line results from the process.

Total Hours: 9

This is an interactive course that involves hands-on:

1. Key process selection
2. Metrics identification
3. Process auditing

This program includes process auditing classroom training and insights, wrap up and reporting. The training portion of this program is outlined as noted in the “Training Course Content.”

This program is customized to meet your needs and can accommodate groups of 15 internal auditors.

Total Hours: 8

The purpose of this course is to provide a structure for manufacturing and service providers to control processes, reduce mistakes, improve work and quality, reduce cost and improve the bottom -line

Layered Process Audits are designed for manufacturing companies and are aimed at creating an environment that helps to create a quality culture.

Total Hours: 8

This course provides participants with a high-level understanding and appreciation of the ISO/TS 16949 standard. The intent of the course is to provide participants with enough background and understanding of their role in supporting the company’s certification to the standard.

Total Hours: 9

IATF specifies the quality system requirements for the design/development, production, installation, and servicing of automotive-related products. This course provides a one-day overview of the quality management system designed for suppliers in the automotive industry.

Total Hours: 8

The Quality Management System Implementation will cover both ISO 9001 or IATF standards depending on the needs of the organization. It is estimated that this will involve working with a team two days per week for an estimated time of six months.

Presenting ideas or information in a convincing and confident manner is a major key to personal success. This interactive workshop gives participants the tools necessary to deliver an effective presentation and provides practice sessions with constructive feedback and analysis to reduce the fear of presenting. Participants will receive feedback that is necessary in order to make dramatic improvements in their presentation skills.

Total Hours: 7

This course is packed with tips and guidelines for improving overall communications skills. Participants must come prepared to talk in class as both structured interaction and roll-play will be involved in this fast-paced course. Please allow enough time for participants to do some “pre-class preparation” that will take them approximately one hour or less.

This course presents the general concepts of threat detection, risk identification and analysis, and incident response for companies seeking guidance on establishing practical and systematic protection against cyber threats. It provides a comprehensive set of best practices and implementation guidance to help companies design, build, and operate effective vehicle cybersecurity threat detection, risk management, and incident response activities in their operating environment. This module examines the critical topics of threat detection and analysis, risk identification, prioritization, mitigation, and sustainment, as well as subsequent incident management within a pragmatic automotive cybersecurity ecosystem. The focus will be on standard operational best practices generally recognized by the industry. Students will learn how to plan, implement, and maintain a comprehensive, strategic threat detection and associated risk management and incident response posture and a systematic response to incidents.

Total Hours: 15

In any workplace, problems can arise that are often attributed to attitude, motivation, morale, or communication problems. Often, the root cause of these problems can be directly linked to poor listening skills. This interactive workshop will explore barriers to effective listening and tips for improving the quality of communications in any setting. Students will also learn about their personal listening profile and the steps that they should consider to make themselves better listeners.

Total Hours: 8

The high performance organization requires dynamic leaders who can fully develop the potential of the firm’s most valuable assets – its employees. This semester looks at the specific skills needed to manage and motivate professional and salaried employees.

Total Hours: 16

Improve the efficiency of your workforce by making every minute count. This seminar will investigate methods to make your meetings more effective and value-added.

Total Hours: 8

Teams are the way we do things. Building effective teams is essential to our success. Through the use of workshops and small group activities supervisors will understand their role in the modern organization and will learn to apply the basic skills needed to help the organization and their team to succeed. The full two-day seminar is appropriate for new teams. Existing teams will find value in Part II, Team Dynamics. Part I is presented on the first day of the seminar, and part 2 is presented on the second day.

Total Hours: 16

Conflict must be managed positively for the organization to operate effectively. Learn how to recognize the difference between healthy and harmful conflict, and how to develop a strategy for controlling and possibly resolving destructive conflict. Students will also use the Dealing with Conflict Instrument to better understand their conflict behavior.

Total Hours: 8

This is a fast-paced, activity-based workshop. The participants will be asked to brainstorm, roll-play, discuss their observations of fellow workshop-participants, and analyze positive actions that they can take away with them.

This course gives general information pertaining to how to look at vehicle communications and networks from a cybersecurity perspective and in particular detail to the automotive industry. Attention to the networks available in vehicles and the protocols they use including standard protocols such as CANBUS and Automotive Ethernet, but also more niche protocols such as FlexRay and legacy protocols often used to exploit a system (due to backwards compatibility requirements) such as K-Line. Students also get hands-on experience using Linux (Kali preferred) and are given labs to execute in a virtual environment with a set of targets.

Total Hours: 15