Ability to be part of a team of experts, ensuring technical and safety standards are maintained throughout all design activities to guarantee successful project delivery and long‑term reliability.
Strong teamwork skills, with the capacity to collaborate across disciplines and, when required, lead a group of engineers.
Ability to lead and manage projects, understanding their technical needs and proposing effective solutions.
Leadership and ownership in the development and implementation of design ideas and technical solutions, contributing to high‑quality engineering outcomes.
Proactive, communicative and quality‑driven, consistently aiming for excellence in line with AECOM’s standards.
Tasks:
During all the stages of a project, contribute to design development, design risk and mitigation and value engineering, regarding traction power system and traction power substations.
Development of electrical studies and collaborate in the TPS simulations for the sizing of the system and the location and main characteristics of the TPS equipment.
Space proofing design for the TPS installations, including cable routing design.
Produce technical reports, technical specifications, liaise with BIM/CAD modellers for production of drawings, BoQ, and any other documentation required on each stage of the project.
Ensure that good design practices are followed. Knowledgeable of standards and norms, especially CENELEC and ANSI, IEEE.
Ensure that the technical and safety standards are maintained in all aspects of design work so that successful project implementation and future reliability is achieved.
Definition and development of interfaces with relevant parties, as well as attending to coordination and design team meetings as required.
Integration of the design process inside the System Engineering and System Assurance (SESA) process of the project.
Attend design team meetings and defend/justify the design in front of the client or independent reviewers.