Geotechnical Technologists (TSE) come from many disciplines of engineering. They can be from geoscience, software development, metallurgy, and numerous other disciplines. Generally, these technologists are hired when project requirements process is complicated and involves a large number of data. Often these types of jobs involve designing or building large complex systems. In these situation, a trained TSE can help the company in many ways including in providing relevant work areas including cost estimating, scheduling, and cost control.
Project Management Specialist (PM) comes from several disciplines of engineering. They may specialize in a particular area or all the disciplines in engineering. Project Management Specialists is required when companies have a large complex system that requires various techniques, principles, or concepts in project management. These work areas include feasibility, scheduling, budgeting, risk management and interface design.
Requirements Engineer (RE) comes from the fields of scientific disciplines and includes methods and practices of scientific and technological analysis. A requirements engineer provides information on how to assess the requirements and relate them to the resources available. These can be used by product developers and manufacturers to determine the costs and benefits of their products. A requirements engineer is often involved in solving system and process problems such as scheduling, materials management, analyzing system and process variables such as load, energy, materials, and other constraints.
Functional Engineers (FEO) come from the fields of science and technology. They are involved in the understanding, design, and testing of systems that help people perform activities. This includes manufacturing, scientific research, electrical, mechanical, and software engineering. FEOs are required when implementing change within an organization. In projects, functional engineers help to design and test new systems in a methodical manner.
Methodologists provide information about business problem solving, developing innovative processes, analyzing business needs and reviewing potential solutions. Methodologists are involved in developing process improvement, identifying business problems and seeking to develop solutions. Their objective is to support companies in research, development, deployment and operation of new technologies, systems and applications. They are also involved in standards development, which ensures the protection of the users of electronic goods and in providing standards for future development of electronic products.
Associate Systems Engineer is an analyst who provides information about software product design and development, systems and networks and software implementation and security testing. They can perform research and testing and write technical papers. The roles of an Associate System Engineer includes the development of requirements, designing and building the systems, and testing them. System designers play a crucial role in software systems implementation and designing. They are responsible for providing client requirements and technical specifications.
At the mid-level of this profile are the developers who are responsible for the technical specification and building of system. They develop software development frameworks, data models, and test their components. They can implement business processes, modeling, and testing. At the senior level of this profile are the testers who test the quality of software products and ensure their robustness.
A multi-disciplines approach at the junior-level of this profile includes intelligence, geo-spatial, business process, technical support, technical operations, and software development. This profile involves people from various disciplines who work together to support quality software development and maintenance. These professionals involve people with various skills such as technical analysts, software engineers, mathematicians, computer systems analysts, psychologists, and communication designers. Their roles include the design and construction of software and networks.
A candidate applying for this job profile must have a strong working knowledge of one or more of these disciplines: architectural technology, computer systems, mathematics, engineering, physics, and software engineering. The professional also needs to have five to seven years of full-time industry experience. The most common areas of expertise gained are in the following fields: transportation planning and safety, systems engineering, aerospace, information systems, construction technologies, and simulation and design. Having these experience gaps will not be a hindrance because most entry level positions go through an extensive interview process.
To become an Associate System Engineer, candidates need to have the ability to work in a multi-disciplinary environment where they can apply their scientific, technical, and soft skills to solve problems and develop products. They must also have excellent interpersonal skills, be able to work under pressure, and have demonstrable knowledge in the following areas: computer systems, applied mathematics, chemistry, and physics. Being a member of a minority group will also help because some of the top Computer Systems Engineering jobs require members of minority groups. To become one of the best in your field, it is important to consider having the best educational background.