• Computer Application — Understanding the prospects and functioning of circuit boards, processing units, circuits, electrical devices, computer equipment, plus applications and programming..
• English Grammar — Familiarity in English Grammar, the form, and substance of the English language, along with the context and pronunciation of words, principles of grammar, and language..
• Arithmetic Prowess — Being able to evaluate and interpret various mathematical equations and use them to address complex problems in arithmetic, geometry, calculus, and other areas..
• Development and Manufacturing — Utilizing natural resources, process innovations, quality management, prices, and other strategies for optimizing the productive produce and delivery of products..
• Legal System — Awareness of statutes, political systems, court processes, jury decisions, federal regulation, executive actions, department guidelines, and the constitutional legislative process is needed in politics and government..

• Rational interpretation — Use of rationality and inference to distinguish the positives and disadvantages of creative improvements, assumptions, or responses to situations.
• Time Management — Interacting and switching between different tasks and activities without consuming excess time to provide results.
• Critical Analysis — Learning and identifying the strengths and weaknesses along with providing solutions and countermeasures to reduce the impact of potential problems.
• Method of Learning — Practises and processes for selecting and implementing strength and conditioning approaches and techniques that are suitable for the case when learning or introducing new items.
• Surveillance — Entails keeping track of and evaluating your own, other people's, or organizations' results to make changes or take disciplinary measures.

Once you procure the required qualifications for becoming a Transportation Engineer, a myriad of options are open to you. There are multiple projects you can undertake throughout this line of work, and there are many other fields you can branch out to as well.

• Airport Engineers: Airport engineers are responsible for the planning, architecture, construction, renovation, and maintenance of airports. A bachelor's degree, professional experience, and licensing requirements are all expected for this position. Engineers will be eligible to complete continuing education programs in some states, and voluntary certification is possible. Airport engineers conduct analysis, plan, and supervise terminal development, reconstruction, and repair. A bachelor's degree in architectural, electronic, or construction technology is typically required of aviation engineers. Technical licensing requirements, which are expected, necessitates a requirement of education and practice. Some certifications can be obtained voluntarily. Survey surveys, maps, schematics, and other data are analyzed by airport engineers. They gather and measure soil properties to assess the organization's resilience, and they use statistical formulas to calculate different specifications, such as load, psychosocial stressors, and other building components. Engineers examine government guidelines to ensure that architecture adheres to implementing programs, state regulations, and other laws.
• Highway Engineers: Highway engineers are structural engineers who design and assist in the construction of the millions of kilometers of highways that are constructed each year throughout the United States. Highway engineering is divided into three branches: design, analysis, and development. The majority of highway technicians are experts in one of these fields. City and municipal planners collaborate with planning engineers. They are attempting to find solutions to alleviate congestion problems in congested cities. They study traffic trends to keep track of proposed development projects that could create traffic congestion in the future. Highway planners must also understand the environmental impact of new routes. Town, regional, and national government, as well as consultancy companies used by government departments, recruit these staff. Highway architects can also work with highway agencies that oversee major cities' public transportation networks.
• Traffic Engineer: Traffic engineers who specialize in the construction and operation of protected interstate highways are known as traffic engineers. They decide what types of highways are necessary to maintain seamless pedestrian traffic, but instead evaluate the most cost-effective ways to construct and sustain them. Many scientists work with state or local authorities' transportation or road authorities, while others work with federal infrastructure agencies or regional transportation divisions. Engineers may operate in a variety of settings, including private consultancy companies, government establishments, and businesses. State traffic engineers are mostly associated with major highways or key state routes, which transport large amounts of traffic over vast distances.
• Transportation Analysts: Data obtained by transportation consultants is used to guide project plans and preparation in the future. They also assess the efficacy and social implications of new initiatives. These practitioners typically work in construction managerial positions, so they must have previous knowledge and college education that prepares them for this function. Transportation analysts may work for a university, a financial enterprise, a consultancy firm, or the administration. Analysts use statistical modeling to analyze data and aid in the decision-making process for prospective initiatives in general. Analysts in the transportation sector, for example, deal with data on traffic flow, accident rates, roadway maintenance, and air pollution, amongst many other things. Transportation analysts must possess exceptional organizational, technical, and programming abilities, as well as meticulous attention to detail. Often, a variation of a university diploma and professional experience is expected. It's also beneficial to have a foundation in mathematics or business management. Postsecondary certificates in fields like construction and structural engineering are available.
• Planning Engineer: The most suitable economic models and engineering approaches for projects are decided and developed by planning engineers. They work in a wide range of areas, including structural engineering and architecture. Through an infrastructure project, planning engineers are often on hand to oversee all phases of construction and establish remedies. Often planning engineers work full-time with a diverse group of coworkers, including the management team, assessors, and architects, to guarantee that a project is completed on time and with enough materials. Effective planning engineers are accustomed to operating in high-pressure situations. The most important objective of a planning engineer is to decide on custom fabrication strategies and achievement sequencing for each construction project. They set activity goals for each step of a project schedule to ensure that it satisfies the client's requirements. Using advanced construction program packages, prototype implementation estimates timeframes and prices.