Sammed Talandage

• Designed and developed Spur and Helical gears for medium to heavy-duty transmissions in the vehicle group as part of NTI/NPI projects, collaborating with global teams. This involved applying engineering principles and industry standards to ensure optimal gear performance and durability.
  
• Spearheaded the design and development of EV gear concepts, with a focus on lightweight design and NVH (Noise, Vibration, and Harshness) improvements. Leveraged various materials and innovative approaches to enhance gear performance in electric vehicles.
  
• Conducted engineering calculations and utilized analytical techniques to evaluate product performance and determine life expectations for Value Analysis and Value Engineering (VAVE) projects. Successfully achieved a total of $250K in savings to date through optimization and cost-effective design improvements.
  
• Implemented process automation for gear design, enhancing efficiency and accuracy. Utilized the DMAIC (Define, Measure, Analyze, Improve, Control) approach to streamline data-sheet release and improve overall design processes.
  

These experiences demonstrate my ability to effectively design and develop gears for different applications, innovate in EV gear concepts, achieve cost savings through engineering analysis, and implement process improvements for enhanced productivity. I am committed to continuous learning and leveraging my skills to contribute to the success of future projects.

Internship Project: Tool Maintenance Effectiveness

During my internship, I embarked on a project focused on enhancing the maintenance effectiveness of punch tools. This undertaking involved studying the theory of punch tool and die structure design and actively engaging in on-site problem-solving and machine maintenance activities.

Key Accomplishments:

• Acquired in-depth knowledge of punch tool and die structure design principles through comprehensive study and research.
• Demonstrated problem-solving skills by addressing on-site issues related to machine maintenance, ensuring optimal tool performance and efficiency.
• Collaborated with a team of professionals to implement preventive maintenance strategies, minimizing downtime and enhancing overall productivity.
• Conducted detailed analysis of tool performance, identifying areas for improvement and implementing corrective measures.
• Assisted in the development of standard operating procedures (SOPs) for tool maintenance, ensuring consistent and effective practices.

Experience: Heavy Duty Transmission Maintenance and Repair (Internship)

During my internship, I had the opportunity to gain hands-on experience in the maintenance and repair of heavy-duty 6-speed gearboxes. I enthusiastically took on the responsibility of diagnosing and resolving issues to ensure the proper functioning of these gearboxes in heavy-duty applications.

Key Contributions:

• Assisted senior technicians in inspecting heavy-duty transmissions, learning how to identify faults and determine maintenance requirements.
• Worked alongside experienced professionals to repair and resolve issues with 6-speed gearboxes, actively participating in the repair process and contributing to minimizing downtime.
• Proactively attended training courses to build a solid foundation of knowledge and familiarize myself with industry processes, techniques, and best practices.
• Demonstrated a strong willingness to learn and grow by actively seeking guidance and feedback from senior technicians.
• Collaborated with the team, actively sharing knowledge and ideas to improve processes and contribute to the overall efficiency of transmission maintenance and repair.