In the world of engineering and construction, piping designers play an important role in the design and development of piping systems for various projects. Piping designers are responsible for creating detailed plans and drawings that enable the efficient and safe installation of pipes within industrial plants, refineries, power stations, and other infrastructure projects.

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Lead Outfitting Engineer

Expertise: Embedded Software

Experience: 5 years

Responsibility: As a professional expert in outfitting and architecture, an approver or reviewer, provide and check the implementation strategy, implementation plan, interface management, basic data, risk control, professional engineering scheme and documents of outfitting and architecture, identify potential risks of the project and formulate reasonable countermeasures. The job responsibilities include but are not limited to: outfitting and architectural design, equipment selection, technical management, document design, proofreading, review, procurement technical support (bidding document preparation, bid evaluation, clarification, drawing review, FAT, etc.), etc. Responsible for coordinating with foreign owners to solve project and related issues raised by the owners. Coordinate with foreign owners, classification societies and other third parties as well as foreign national and local regulations formulation and review bodies to solve relevant problems and review comments. Provide technical training and guidance to designers on a regular basis, with no less than 10 times or 40 hours of training per year. Responsible for completing other related tasks assigned by Party ARequirements: Bachelor's degree or above. Familiar with professional knowledge of marine engineering outfitting and architecture, international (including but not limited to API, ASME, SHELL DEP, Saudi Arabia, Qatar, etc.) specifications, industry regulations and policies, and experience in projects in the Middle East and Brazil is preferred. Proficient in using relevant office software such as Excel, Word, PowerPoint, etc. Work diligently, rigorously, with a strong sense of responsibility, hardworking, and can work overtime at any time according to work needs. Have good learning ability and be able to actively learn new skills and knowledge. Have rich experience in on-site cooperation, according to the needs of project work, obey the domestic or overseas business trips, working at offshore oil and gas facilities.Brunel International S.E.A Pte. LtdUEN No: 199603098REA License No: 16S8067Shinu Alexander: R1657042

Lead Electrical Engineer

Expertise: Embedded Software

Experience: 5 years

Job Description: As a professional expert in Electrical, in charge of the execution strategy, execution plan, interface management, basic data, risk control, design philosophy, etc. Identify potential project risks and develop appropriate risk mitigation measures. Communicate and coordinate with the Client on Electrical design philosophy and technical issues and figure out the solution. Coordinate with Client , third parties, as well as national and local regulations to solve relevant problems and closeout review comments. Responsible for technical tender document review, technical clarification, preparing or reviewing the TBC, etc. Provide technical training and guidance to designers regularly, with no less than 6 times or 20 hours of training per year. Be responsible for other related work assigned by the company. Responsible for developing, reviewing, updating, modifying, and approving key electrical design documents, including the Electrical Design Basis, Power Generation Configuration Study, Power Generation and Distribution Study, Load Analysis Study, Electrical Power System Studies, specifications and datasheets, single-line diagrams (SLDs), electrical layouts, and other related documents Activities include preparing material requisition packages, conducting technical bid evaluations and clarifications, reviewing and incorporating vendor documents (VDR & VDI), as well as liaising with and managing package vendors. Lead EMC and SAFOP Workshop. Join other technical workshops such as HAZID, HAZOP, HFE, 3D Model and other safety-related workshops Accountable for thoroughly reviewing and evaluating vendor technical documentation to ensure alignment with project specifications and standards, while actively participating in technical meetings, clarification sessions, and maintaining close coordination with vendors, procurement, and discipline engineers to resolve discrepancies and secure timely approvalsRequirements: More than 15 years of experience in offshore engineering, electrical design (offshore platform, FPSO, and semi-submersible platform, etc.) Must have worked on at least 2 Middle Eastern projects Bachelor’s degree in electrical engineering Proficient in electrical system design for offshore platforms, including power distribution, lighting, grounding, lightning protection, and explosion-proof systems. Capable of designing electrical solutions compliant with international standards (e.g., IEC, IEEE, API, ATEX). Experienced in selecting and specifying transformers, switchgear, distribution panels, VFDs, and motors. Experienced in explosion-proof ratings (e.g., Ex d, Ex e, Ex i) and ingress protection (IP) ratings (e.g., IP66, IP67). Skilled in power system studies, including short-circuit current calculation, load analysis, voltage drop calculation, and power factor correction. Familiar with protection schemes (overload, short-circuit, earth fault) and relay coordination. Knowledgeable in offshore automation system design, including SCADA, DCS, and PLC systems. Experienced in cable selection, routing, and layout design, considering environmental factors (temperature, humidity, corrosion) and mechanical protection. Capable of cable sizing, derating factor application, and cable tray design. Familiar with engineering professional knowledge, familiar with marine engineering electrical professional knowledge, technical specifications, international (including but not limited to API, ASME, Saudi Arabia, Qatar, etc.) specifications, industry regulations and policies, with experience in projects in the Middle East Familiar with offshore power system architectures (main power, emergency power, UPS); Understands Saudi oil & gas industry specifics, including Saudi Aramco project requirements; Hands-on experience executing projects in Saudi Arabia/Middle East, adapting to local culture and environmental conditions Familiar with design processes of the Saudi Arabian Oil Company, strong technical solution development and control capabilities, able to timely identify and solve problems, control, and eliminate risks Proficient in using software required for electrical design: ETAP, NAVISWORKS CAD WORD, EXCEL, etc Knowledge of IEC, IEEE, BS, PTS, DEP, NEC, NEMA, API RP 500/505, ATEX, UL, OSHA, and ISO standards Proficient in:​​ ​​ETAP:​​ Power system analysis & protection coordination ​​AutoCAD Electrical / Eplan:​​Electrical schematic design ​​PDMS:​​ 3D modeling & cable routing ​​Dialux:​​ Lighting design & simulationBrunel International S.E.A Pte. Ltd.UEN No: 199603098REA License No: 16S8067Jason Austria - R1217761

Piping Designer Job Role 

The primary role of a piping designer is to transform conceptual designs and specifications into detailed piping plans and drawings. This involves analysing project requirements, reviewing technical documents, and collaborating with engineers and other stakeholders to ensure an accurate depiction of the piping system. Piping designers use computer-aided design (CAD) software to create and modify 2D and 3D models, accurately representing the layout, dimensions, and materials of the pipes. They also consider various factors such as flow rates, pressures, temperatures, and safety regulations while designing the piping system.

Piping Designer Responsibilities 

Piping designers have a range of responsibilities in their job role, including:

 

  • Designing and drafting piping plans and drawings based on project requirements and specifications.
  • Collaborating with engineers and other stakeholders to ensure compliance with technical standards and project objectives.
  • Conducting site visits and surveys to gather data and assess the feasibility of proposed designs.
  • Selecting appropriate materials, fittings, and equipment for the piping system while considering factors such as durability, cost-effectiveness, and compatibility.
  • Performing calculations and simulations to analyse the performance and efficiency of the proposed piping system.
  • Preparing and maintaining accurate documentation, including design files, technical specifications, and project reports.
  • Providing guidance and support to construction teams during the installation and testing of the piping system.
    Adhering to safety regulations and best practices to ensure the reliability and integrity of the piping system.

Piping Designer Qualifications 

  • To work as a piping designer, certain qualifications are typically required:
  • Bachelor's degree or diploma in engineering, mechanical design, or related field.
  • Proficiency in computer-aided design (CAD) software such as AutoCAD, SolidWorks, or similar tools.
  • Strong knowledge of piping design codes and standards, such as ASME B31.3.
  • Understanding of process engineering principles and the ability to interpret technical documents and specifications.
  • Familiarity with industry-specific software and tools used in piping design and analysis.

Piping Designer Skills

Essential skills for a successful piping designer include:

 

  • Proficiency in 2D and 3D modelling software for accurate representation of piping systems.
  • Strong attention to detail to ensure the precision and accuracy of designs.
  • Knowledge of piping materials, fittings, and equipment to select the most suitable components for the system.
  • Ability to analyse and interpret technical documents, diagrams, and specifications.
  • Excellent communication skills to effectively collaborate with engineers, clients, and construction teams.
  • Knowledge of safety regulations and best practices to ensure the integrity and safety of the piping system.
  • Time management skills to meet project deadlines and handle multiple tasks simultaneously.

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