Esayas Abebe
Planning Officer I at Moenco Ethiopia Ltd.
Data Science at ALX AFRICA
Ethiopia
Hi, I'm Esayas Abebe!
Planning Officer I at Moenco Ethiopia Ltd.
I am a Mechanical Design Engineer graduated from Addis Ababa Science and Technology University with MSc in Mechanical Design with CGPA of 3.78. Currently working as a Planning Officer-II at MOENCO, focusing on resource planning, data analysis, and process improvement.
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Experience
Moenco Ethiopia Ltd.
Planning Officer I
June 2023 - Present
Streamlined stock management and inventory control Implemented communication channels Provided updates on reserved stock Optimized parts utilization Prioritized crucial parts Facilitated ordering of VOR parts Monitored stock availability and demand Maintained communication with Toyota Motor Corporation
Moenco Ethiopia Ltd.
Planning Officer I - Service Planning
June 2023 - Present
Conducting service performance analysis to assess and evaluate the daily, monthly and annual sales performance of each branch. Work closely with section supervisors and branch service managers and improving the communication among sections to support internal parts and labor sales of each branch. Implementing effective parts and service synchronization which involves establishing processes and systems to ensure efficient coordination of parts and service activities to meet their internal and external sales target. Conduct in-depth throughput and performance targets analysis to identify areas for improvement and optimize branches operational efficiency. Evaluate whether both internal and external sales target of the branches have been met by evaluating goal attainment to determine the effectiveness of their strategies and make necessary adjustments if needed. Analyze efficiency and utilization of assets on hand to identify asset improvement areas to maximize their sales. Track and analyze sales performance of branches against the target on daily, monthly and yearly basis as required. Create a comprehensive SOP for handling customer and supplier feedback to ensure efficient processes. Developing service department policies and procedures to align with the company's overall goals and objectives.
Moenco Ethiopia Ltd.
Planning Officer I-Spare Parts Planning
June 2023 - Present
Streamlined stock management and inventory control of parts across all branches using the Cdk Autoline system to maintain balance for both internal and external part sales of the company. Implemented efficient and effective communication channels to optimize the distribution of parts across all branches. Provided daily updates on reserved stock details of the main branch and shared with other branches to facilitate their internal demand parts sales. Optimized parts utilization and minimized downtime due to parts shortages across all branches, maximizing internal and external part sales for the company. Prioritized crucial parts and facilitated their swift delivery to the branches as per their request. Facilitated the ordering of VOR (Vehicle Off Road) parts and ensured proper follow-up with Toyota Motor Corporation to fulfill both internal and external part sales demand. Thoroughly monitored stock availability and customer parts demand across all branches, and prepared new orders to fulfill both internal and external part sales demand. Maintained strong communication with Toyota Motor Corporation to ensure timely arrival of ordered parts as per the estimated date of arrival.
Moenco Ethiopia Ltd.
GIT Aftersales
March 2022 - May 2023
Direct part sales for individual, governmental, NGO, Insurance and other type of customers. Accurately identify the required parts and accessories based on the customer's needs. Provide parts estimation and proforma for all types of customers. Develop in-depth knowledge of the Toyota and Suzuki part number systems. Stay up to date with the latest products, features, and technical specifications of the parts. Utilize this product knowledge to provide informed recommendations to customers. Collaborating with the service and workshop teams to support vehicle maintenance and repairs. Reporting sales data, customer feedback, and other relevant information to the management.
Education
Certificates & Badges
No certificates or badges added
Projects
Thermo-Mechanical Behavior of Aluminum Matrix Nano-Composite Automobile Disc Brake Rotor Using Finite Element Method
•https://www.mdpi.com/1996-1944/15/17/6072Autor of the journal
Analysis of mechanical and thermal behaviors during braking has become an increasingly important issue in many transport sectors for different modes of transportation. Brake failure generated during braking is a complex phenomenon confronting automobile manufacturers and designers. During braking, kinetic energy is transferred to thermal energy, resulting in the intense heating of disc brake rotors that increases proportionally with vehicle speed, mass, and braking frequency. It is essential to look into and improve strategies to make versatile, thermally resistant, lightweight, high-performance discs. As a result, this study uses the finite element method to conduct a thermo-mechanical analysis of aluminum alloy and aluminum matrix nano-composite disc brake rotors to address the abovementioned issues. The FEA method is used for the thermo-mechanical analysis of AMNCs for vented disc brake rotor during emergency braking at 70 km/h. From the results obtained, aluminum base metal matrix nano-composites have an excellent strength-to-weight ratio when used as disc brake rotor materials, significantly improving the discs’ thermal and mechanical performance. From the result of transient thermal analysis, the maximum value of heat flux obtained for aluminum alloy disc is about 8 W/mm2, whereas for AMNCs, the value is increased to 16.28 W/mm2. The result from static analysis shows that the maximum deformation observed is 0.19 mm for aluminum alloy disc and 0.05 mm for AMNCs disc. In addition, the maximum von Mises stress value of AMNC disc is about 184 MPa. The maximum von Mises stress value of aluminum alloy disc is about 180 MPa. Therefore, according to the results, the proposed aluminum base metal matrix nano-composites are valid for replacing existing materials for disc brake rotor applications.
Languages
English
Professional
Amharic
Native
Skills
Planning and Risk Management
Inventory Management
Sales Analysis
Operations Management
Data Analysis
MS Office
Power BI
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