How to find a job with FEA skills

A fuel cell engineer is tasked with the design, evaluation, or construction of components or systems that make up a fuel cell. They are also tasked with designing and implementing any programs that deal with fuel cell testing or development. They write technical reports related to any engineering project and collaborate with other engineers to plan fuel cell reduction. On special occasions, they give specifications for materials that make up the fuel cell.

A machine design engineer specializes in designing and developing machines, tools, and engines for different industries. Their duties include identifying and understanding project requirements, creating blueprints and prototypes, selecting ideal resources, establishing and implementing test plans, facilitating upgrades, and setting protocols and standards. They also enhance existing machines by identifying their strengths and weaknesses and providing solutions against potential issues. Additionally, a machine design engineer usually works in a team environment, which requires an open communication line for efficient workflow.

An acoustical engineer works primarily with sound; they reduce noise pollution in areas like construction sites and airports. Noise pollution is particularly hard to contain, which means an acoustical engineer is essential to manage the potential hazards of constant high-decibel sounds. Their job involves inspecting a location, determining the loudest areas, recommending measures to minimize noise pollution, and implementing all approved recommendations.

A staff mechanical engineer designs and develops engines, tools, and machinery. Staff mechanical engineers create products like refrigerators, power tools, car engines, and turbines. They take part in cross-departmental and multi-functional design teams. They write handbooks, bulletins, and reports for use by department or staff. They have to lead project management from making ideas to launching the product. The skills they need to know to include mechanical design, product development, electrical systems, and detail orientation.

A senior product design engineer oversees system development, developing processes, and methodologies geared at promoting customer satisfaction. They are charged with analyzing and directing recommendations for resolving problems to fulfill client expectations. Their responsibilities include planning projects, conducting standard functional analysis of products to translate customer specification into product performance criteria, conducting benchmarking studies, and analyzing products' market performance to facilitate competitive delivery of designs.

Design development engineers are engineering professionals who are responsible for testing products for various industries such as electronics and synthetic textiles. These engineers must collaborate with the research and development (R&D;) organization to carry out initial new product development projects. They are required to coordinate a project with clients and consultants to ensure the approval of project permits and construction feasibility. Design development engineers must also possess skills in using software such as SolidWorks to model complex product parts and components.

A mechanical development engineer plans and designs tools, engines, machines, and other mechanically functioning equipment. They perform duties such as overseeing the installation, operation, maintenance and repair of equipment and systems. They also produce specifications for new or modified systems. They supervise design engineering for a variety of facilities, and they coordinate the construction, assembly, and testing of equipment and systems.

A mechanical design engineer specializes in designing various mechanical devices that will be vital in developing machinery or large structures. One of their primary responsibilities revolves around conducting thorough research and analysis, establishing layouts and prototypes, producing progress reports, and working alongside fellow engineers and skilled professionals. Typically assigned in an office setting, a mechanical design engineer must visit construction sites or factories to test and observe equipment qualities. Furthermore, during production, there are instances when a mechanical engineer must coordinate with suppliers, contractors, and clients.

A Lead Design Engineer produces design solutions that can be purchased, installed, and commissioned effectively. They are also responsible for the cost-effectiviness and safety of new designs.