Baneesh E
About Baneesh E
Baneesh E is a Mechanical Engineer at thyssenkrupp in Perth, Australia, with a strong background in fatigue life assessment, finite element analysis, and mining equipment design.
Current Title and Company
Baneesh E is currently employed at thyssenkrupp as a Mechanical Engineer. He is based in Perth, Australia, where he applies his extensive engineering expertise in various projects.
Educational Background
Baneesh E completed his Master of Engineering (MEng) at Edith Cowan University, studying there from 2014 to 2019. In addition to this, he earned a Graduate Diploma in Engineering Science from the same university. He also holds a Master of Science (MS) in Engineering from Coventry University. This educational foundation has equipped him with deep technical knowledge and diverse engineering skills.
Fatigue Life Assessment Expertise
Baneesh E has extensive experience in the fatigue life assessment of welded steel structures. This specialized area involves evaluating the durability and lifespan of steel components under cyclic stress, ensuring safety, reliability, and efficiency in engineering applications.
Finite Element Analysis Specialization
Baneesh E specializes in finite element analysis (FEA) using Ansys. His proficiency in Ansys allows him to perform complex simulations and analyses, aiding the design and optimization of various engineering structures and components.
Mining Equipment Design and Development
Baneesh E has a strong background in the concept design and development of mining ancillary equipment. He possesses in-depth knowledge of mining stockyard and mineral processing machines such as reclaimers, stackers, ship-loaders, crushers, and feeders. His expertise extends to the application of high tensile and wear-resistant steels in heavy equipment.
Multidisciplinary Project Engineering
Baneesh E has project engineering experience in handling multidisciplinary engineering design and manufacturing projects. His hands-on experience includes machining precision components, heat treatments of various steels, high-speed pressing and tooling, plastic tooling, and the engineering of various components.