Mechanical Engineer with 9+ years of experience in product development, manufacturing systems, quality engineering, advanced materials research, CAD/CAM, CNC programming, and industrial innovation.
Muhammad Munajad
Process Quality Engineer · CATL
9+
Years Experience
Across design, manufacturing, and research.
1+
Journal Publication
Peer-reviewed research in composite materials.
5+
Engineering Domains
Design, CAM, quality, automation, materials.
Multiple
Industrial Projects Delivered
From special-purpose machines to production lines.
Muhammad Munajad is a Mechanical Engineer who has spent more than nine years moving fluidly between the drawing board, the shop floor, and the research lab. His career spans precision CNC programming, mold and machine design, full product development, and the rigorous discipline of manufacturing quality engineering.
He holds an M.Sc. in Mechanical Engineering from the National Taiwan University of Science and Technology (NTUST), where his research on Magnesium Matrix Composites combined stir casting, mechanical testing, and advanced characterization to push the boundaries of lightweight, energy-absorbing materials.
Today, as a Process Quality Engineer at CATL Karawang — one of the world's leading battery manufacturers — he applies root cause analysis, continuous improvement, and manufacturing excellence to high-volume production. He pairs deep CAD/CAM fluency with a researcher's analytical rigor, making him equally comfortable designing a machine, optimizing a process, or authoring a paper.
From CNC programming to quality engineering at a global battery leader.
CATL Karawang
Driving manufacturing excellence on high-volume battery production lines through data-led root cause analysis and continuous improvement.
Growin Automation
Designed special-purpose machines and automation systems, integrating robotics into production-ready equipment.
National Taiwan University of Science and Technology
Conducted graduate research on magnesium matrix composites, combining casting, mechanical testing, and statistical design of experiments.
Tunas Makmur Jaya Abadi
Designed agricultural and industrial machinery from concept to commissioning, owning the full mechanical design lifecycle.
Yeon Technology
Engineered precision injection molds, balancing manufacturability, cycle time, and part quality.
Surya Moldtech
Programmed and optimized multi-axis CNC machining for high-precision components and tooling.
Research, special-purpose machines, and industrial systems delivered into production.
01 · Advanced Materials Research
Developed a hybrid magnesium matrix composite using an infiltrated stir casting technique to disperse reinforcing phases uniformly while preserving the alloy's low density.
02 · Special-Purpose Machine Design
Engineered a special-purpose inspection machine that combines pneumatic actuation, sensing, and robotic handling into an automated, production-ready cell.
03 · Industrial Machine Design
Designed a family of process machines — rotary dryers, conveyors, palletizers, and dust collectors — engineered for reliability and easy maintenance.
Deep, hands-on expertise across the full engineering lifecycle.
Advancing manufacturing, materials, and Industry 4.0.
Next-generation processes that raise precision and efficiency.
Lightweight, high-performance metal matrix composites.
Additive routes for complex, optimized metal parts.
Statistical quality, root cause analysis, and process control.
From concept and CAD to validated, manufacturable products.
Automation, robotics, and data-driven smart factories.
Open to product design, manufacturing, quality engineering, and research collaborations — as well as PhD opportunities.