Senior Project Engineer

As a Senior Project Engineer specializing in Hydraulics at UMR, EITC, your primary responsibility will involve Hydraulic System Design & integration for Underground mining Trucks/Loaders. You will be tasked with designing and developing hydraulic circuits, components, and systems for both new and existing machines. It will be your duty to analyze existing designs and suggest improvements in terms of cost and energy efficiency, all while ensuring basic performance requirements are met. Your role will also entail selecting appropriate hydraulic components based on application requirements, performing system calculations and simulations, and driving innovation in hydraulic design and efficiency optimization. You will need to evaluate emerging hydraulic technologies and propose adoption strategies towards energy-efficient systems. In addition, you will be required to interface with vendors and suppliers to source and validate hydraulic components, as well as to perform and check BOM, ECNs, and design documentation. Your commitment to following design procedures, instructions, and standards like ISO, DIN, etc., will be crucial, as will your ability to provide on-time support during prototyping and testing. Building strong relationships with internal stakeholders through effective collaboration to foster a cohesive team environment will also be a key aspect of your role. Furthermore, compliance with company policies and adherence to company values and business code of practice will be expected. Your mission will be to deliver value-added design solutions to assigned projects or tasks, including component and sub-system design, BOM updates, and implementation of engineering change notices (ECNs). Managing projects to ensure high quality, timely, and efficient delivery, with the goal of achieving customer satisfaction while adhering to established procedures, guidelines, company policies, and core values will be essential. Experience Requirements: - 06-10 yrs. of experience in Mining/Earth moving equipment/off-road vehicles, preferably in Hydraulic system Design of mobile Hydraulics. Education: - BE/BTech/ME in Mechanical/Automobile Engineering Tool knowledge: - Hands-on Experience in Creo, AutoCAD - Experience working on PLM system Knowledge Requirement: - Strong understanding of hydraulic system design, particularly in mobile hydraulic applications. - Solid knowledge of hydraulics principles and engineering materials. - Hands-on experience with troubleshooting and testing of hydraulic systems. - Awareness and application of relevant design standards. - Understanding of vehicle mechanics and system integration. - Proficient in 3D modeling and detailed design. - Experience in preparing and releasing Bills of Materials (BOM) and managing engineering changes. - Basic knowledge of project management principles. - Exposure to hydraulic system simulation tools is an added advantage. Personality Requirement: - Highly motivated and optimistic, with the ability to thrive in a global client-facing environment. - Strong interpersonal and communication abilities. - Collaborative team member with a flexible and open-minded approach As you embark on this role in Bangalore, India, with Epiroc, a global leader in providing innovative and safe equipment, digital solutions, and aftermarket support for sustainable mining and construction industries, you will be part of a diverse and inclusive culture that values authenticity and unique perspectives. Your contribution will be vital in accelerating the transformation towards a more sustainable future. As a Senior Project Engineer specializing in Hydraulics at UMR, EITC, your primary responsibility will involve Hydraulic System Design & integration for Underground mining Trucks/Loaders. You will be tasked with designing and developing hydraulic circuits, components, and systems for both new and existing machines. It will be your duty to analyze existing designs and suggest improvements in terms of cost and energy efficiency, all while ensuring basic performance requirements are met. Your role will also entail selecting appropriate hydraulic components based on application requirements, performing system calculations and simulations, and driving innovation in hydraulic design and efficiency optimization. You will need to evaluate emerging hydraulic technologies and propose adoption strategies towards energy-efficient systems. In addition, you will be required to interface with vendors and suppliers to source and validate hydraulic components, as well as to perform and check BOM, ECNs, and design documentation. Your commitment to following design procedures, instructions, and standards like ISO, DIN, etc., will be crucial, as will your ability to provide on-time support during prototyping and testing. Building strong relationships with internal stakeholders through effective collaboration to foster a cohesive team environment will also be a key aspect of your r