Resident engineer
Alayan consulting office
Total years of experience :16 years, 9 Months
As a Resident Engineer, you will be responsible for monitoring the planning and schedule of the project, ensuring that all activities are aligned with the specifications and requirements outlined in the project plan. This involves working closely with other engineers, architects, contractors, and project stakeholders to ensure the project is progressing according to plan.
You will also be responsible for supervising all elements and equipment used in the construction process, ensuring that they meet the required specifications and standards. This involves conducting regular inspections of the project site to ensure that all work is being completed according to plan and identifying any potential issues or risks that may arise during construction.
In addition to these responsibilities, you will also be responsible for maintaining accurate records of all construction activities, including daily reports, progress reports, and other documentation required by the project. You will also be responsible for communicating regularly with project stakeholders, providing updates on the project's progress, and addressing any concerns or issues that arise during the construction process.
To be successful in this role, you must have a strong background in civil engineering and construction management, as well as excellent project management and communication skills. You must be able to work effectively as part of a team and be able to supervise and motivate others to ensure that the project is completed on time and within budget. You must also have strong attention to detail and be able to identify and address any issues or risks that arise during the construction process.
As a civil engineer responsible for the construction of the main hospital building, dental building, two car parks, and central utilities building, your responsibilities may include:
Designing the civil works for each building and ensuring compliance with local building codes, regulations, and safety standards.
Preparing construction plans, specifications, and estimates for the civil works, including foundation, structural, and other engineering designs.
Managing and overseeing all aspects of the construction process, from the initial planning phase to final completion, and ensuring that the work is completed on schedule and within budget.
Collaborating with other engineers, architects, and contractors to ensure that all civil works are coordinated with the overall construction plan and that any potential conflicts are resolved.
Conducting site inspections to monitor the progress of the construction work and to identify and resolve any issues or problems that may arise.
Ensuring that all materials used in the civil works are of high quality and meet the project specifications and standards.
Coordinating with other departments, such as electrical and mechanical engineers, to ensure that all civil works are properly integrated with other building systems.
Maintaining accurate records of all civil works, including drawings, specifications, and reports.
Ensuring that all work complies with environmental regulations and standards.
Providing regular progress updates to the project manager and other stakeholders.
In summary, as a civil engineer responsible for the construction of the main hospital building, dental building, two car parks, and central utilities building, your primary responsibility is to ensure that all civil works are completed on time, within budget, and to the required quality standards while adhering to local building codes, regulations, and safety standards.
As a structural engineer, your responsibilities may include:
Analyzing the structure of projects to determine the effects of dead load, live load, static load, dynamic loads, seismic loads, and other environmental factors on the structure's stability and strength.
Designing steel elements and reinforced concrete according to various codes and regulations to ensure that they meet the necessary strength and safety requirements.
Preparing structural drawings and plans for projects in the office, including detailed schematics and diagrams that illustrate the structure's layout and dimensions.
Preparing shop drawings and tender drawings that provide detailed instructions to contractors on how to build the structure.
Preparing bills of quantities that detail the amount of materials needed for the construction of the structure, including the quantity and cost of steel, concrete, and other materials.
Preparing specifications for the project, including detailed technical specifications that outline the materials, methods, and quality standards that must be followed during construction.
Modeling the project using software programs such as AutoCAD, Revit, or other 3D modeling software to create detailed models of the structure and to analyze its performance under various conditions.
Coordinating with other engineers and architects to ensure that the structure is properly integrated with other building systems, such as electrical and mechanical systems.
Conducting site inspections to monitor the progress of the construction work and to identify and resolve any issues or problems that may arise.
Providing regular progress updates to the project manager and other stakeholders.
In summary, as a structural engineer, your primary responsibility is to ensure that the structure is designed to meet the necessary safety and strength requirements and that the construction process is carried out efficiently, effectively, and on schedule. You must also work collaboratively with other engineers and contractors to ensure that the structure is properly integrated with other building systems and that any potential conflicts or issues are identified and resolved.
Project: Marassi (water tank with a capacity of 10, 000 m3)
Owner: Emaar_Misr
Position: project engineer
Responsibility:
Overseeing all civil works related to the construction of the tank, including excavation, foundation, and the installation of water stops and pumps.
Reporting to the construction manager and ensuring that all activities are arranged to finish and start on time.
Coordinating with quality control to ensure that inspections are successful and any issues or problems are addressed promptly.
Planning and supervising the work of supervisors and foremen on a weekly basis to ensure that all work is progressing as planned and any issues are addressed promptly.
Supervising all activities related to the construction of the tank, from start to end, to ensure that the work is carried out according to the project plans and specifications.
Contacting the technical office for support in case of any technical issues or problems that need to be resolved.
Ensuring that safety protocols and plans are followed on the site to maintain a safe working environment.
Arranging for the necessary materials needed on the site to ensure that the work can be carried out efficiently and effectively.
Coordinating with electrical and mechanical engineers to ensure that all steps related to these systems are carried out smoothly and on time.
In summary, as a civil engineer responsible for the construction of a tank, your primary responsibility is to ensure that all civil works related to the construction of the tank are completed on time, within budget, and to the required quality standards. You must also ensure that safety protocols and plans are followed on the site and that all necessary materials and resources are arranged to ensure the successful completion of the project.
Company: China HARBOUR ENGINEERING COMPANY LTD (Egypt)
Project: Port Said East Container Terminal Phase 2 Marine works
Position: Marine Engineer
Quay wall (Diaphragm wall)- Navigation channel
• Supervising the executive of all Diaphragm walls activities.
• Give the daily instruction to site supervisors.
• Assisting the site manager in preparing and organizing the work.
• Co-ordinate between Sub-contractors, Steel yard, Patch Planet to achieve the target schedule.
• Co-ordinate between Sub-contractors site engineers and QC& Employer engineers to ensure a successful Inspection.
• Supervising the executive of drilling and grouting activities for the soil (grouting piles).
• Performing all tests necessary to ensure successful inspection with QC& Owner engineer.
• Reporting about daily progress of works, manpower and equipment’s.
• Preparing a weekly schedule for site activities and equipment forecast
Project Cairo Metro Line 3
Diaphragm works:
Supervising and overseeing the execution of all diaphragm wall activities.
Providing daily instructions to site supervisors and workers to ensure that all work is completed on time and to the required quality standards.
Assisting the site manager in preparing and organizing the work, including ensuring that all materials, equipment, and labor are available as needed.
Coordinating between sub-contractors, steel yards, and patch planets to achieve the target schedule and ensure that all work is completed on time.
Coordinating with sub-contractors, site engineers, and QC& Employer engineers to ensure that all work is carried out in accordance with the design specifications and quality standards.
Injection works:
Supervising and overseeing the execution of all injection activities for the soil.
Performing all tests necessary to ensure that the injection work meets the required quality standards and passes the inspection by QC& Employer engineer.
Reporting daily progress of the injection works, including manpower and equipment utilization, to the site manager and other stakeholders.
Preparing a weekly schedule for site activities and forecasting equipment needs to ensure that all work is completed on time and within budget.
In summary, as a civil engineer responsible for the construction of metro line 3 in Egypt, your primary responsibilities for diaphragm works and injection works include overseeing the execution of all activities related to these works, ensuring that all work is completed on time and to the required quality standards, coordinating between sub-contractors, steel yards, and patch planets to achieve the target schedule, and performing tests to ensure that all work passes inspection by QC& Employer engineers. You must also prepare regular progress reports and schedules to keep all stakeholders informed of project status and ensure that all work is completed within budget.
Working on the fabrication drawing for a tower that is 75.00m in height and checking existing tower loads while adding new loads for Huawei.
Designing and supervising the construction of rooftop towers, ground towers, and other structures for mobile networks and communications companies.
Conducting surveys and site inspections to gather data and information needed for the design of the tower or structure.
Designing towers that meet the necessary strength and safety requirements, while also taking into account factors such as wind load, earthquake resistance, and other environmental factors.
Designing and supervising the construction of shelter grillage and other support structures needed to ensure that the tower or structure is stable and secure.
Preparing detailed engineering drawings and specifications that outline the materials, methods, and quality standards that must be followed during construction.
Coordinating with other engineers and architects to ensure that the tower or structure is properly integrated with other building systems, such as electrical and mechanical systems.
Conducting regular inspections to ensure that the tower or structure is being constructed according to the design specifications and quality standards.
Providing regular progress updates to the project manager and other stakeholders.
Ensuring that all safety protocols and standards are followed during the construction process.
The PMP (Project Management Professional) certification is a globally recognized professional certification for project managers. The certification is awarded by the Project Management Institute (PMI) and demonstrates that an individual has the skills, knowledge, and experience required to successfully lead and manage projects. To obtain a PMP certification, an individual must meet certain requirements, including having a minimum of three years of experience leading projects and completing a minimum of 35 hours of project management education. Once these requirements are met, the individual must pass a rigorous exam that covers a range of topics related to project management, including project planning, execution, monitoring and control, and closing. Holding a PMP certification can benefit individuals in a variety of ways. It can demonstrate to employers that an individual has a high level of competence and expertise in project management, which can lead to increased job opportunities and higher salaries. Additionally, PMP certification can help individuals develop valuable skills related to leadership, communication, and problem-solving, which can be applied to a variety of industries and career paths. Overall, the PMP certification is a valuable credential for project managers looking to advance their careers and demonstrate their expertise in the field of project management.
Value Analysis Engineering is a process that involves systematically reviewing and analyzing all aspects of a product, process, or system to identify opportunities to reduce costs, improve performance, and increase value. This process typically involves a multidisciplinary team that includes engineers, designers, product managers, and other stakeholders who work together to identify opportunities for improvement. The primary responsibility of a Value Analysis Engineer is to lead the value analysis process, from planning and organizing the team, to executing the analysis and implementing the recommended changes. This may involve conducting research, reviewing product specifications, and analyzing production processes to identify areas for improvement. Once areas for improvement have been identified, the Value Analysis Engineer will work with the team to develop and evaluate alternative solutions. This may involve evaluating different materials, manufacturing processes, or design alternatives to determine the most effective way to achieve the desired performance at the lowest cost. The Value Analysis Engineer is also responsible for presenting the findings and recommendations to management and other stakeholders, and for overseeing the implementation of any changes that are recommended. This may involve working with production teams to modify processes, redesigning products, or working with suppliers to identify cost savings opportunities. Overall, the role of a Value Analysis Engineer is to help organizations improve their products, processes, and systems by identifying opportunities for improvement and implementing changes that increase value and reduce costs. Successful Value Analysis Engineers must have strong analytical skills, the ability to work well in a team, and excellent communication and presentation skills. They must also be familiar with manufacturing processes and materials, and have a thorough understanding of product design and development.
Resource Management is a strategic approach that involves the planning, allocation, and optimization of resources within an organization to achieve specific goals and objectives. The primary responsibility of a Resources Manager is to manage the organization's resources effectively to achieve maximum efficiency and productivity. The Resources Manager is responsible for planning and coordinating the allocation of resources such as financial resources, personnel, equipment, and materials, to meet the needs of the organization. This may involve working closely with project managers, department heads, and other stakeholders to identify resource requirements, set priorities, and develop plans to ensure that resources are available when needed. The Resources Manager is also responsible for monitoring and managing the utilization of resources to ensure that they are being used effectively and efficiently. This may involve analyzing data and performance metrics to identify areas for improvement, and developing strategies to optimize resource allocation and utilization. In addition to resource allocation and optimization, the Resources Manager is responsible for developing and implementing policies and procedures related to resource management, and for ensuring that these policies are followed throughout the organization. This may involve developing standard operating procedures, establishing performance metrics, and conducting training programs to ensure that all employees understand and comply with these policies. Successful Resources Managers must have strong analytical skills, the ability to manage multiple priorities and projects, and excellent communication and leadership skills. They must also be familiar with budgeting, financial planning, and forecasting, and have a thorough understanding of project management principles and practices.
Civil Engineering is a branch of engineering that deals with the design, construction, and maintenance of infrastructure projects such as roads, bridges, buildings, airports, water treatment plants, and sewage systems. Civil Engineering majors learn to apply scientific and mathematical principles to solve real-world problems related to the built environment. Students pursuing a Civil Engineering major typically study a variety of topics, including mechanics, materials science, structural analysis, transportation engineering, geotechnical engineering, environmental engineering, and water resources engineering. They also learn to use computer-aided design and drafting (CADD) software to develop project plans, and to conduct laboratory and field tests to assess the performance of construction materials and structures. In addition to technical skills, Civil Engineering majors develop important soft skills such as communication, teamwork, and project management. They learn to work effectively in teams and to communicate technical information to a variety of audiences, including clients, contractors, and regulatory agencies. They also learn to manage projects from conception to completion, including budgeting, scheduling, and quality control. Graduates with a Civil Engineering major can pursue careers in a variety of fields, including construction, transportation, environmental consulting, urban planning, and government. They may work for engineering consulting firms, government agencies, construction companies, or as independent contractors. Some Civil Engineering majors also choose to pursue advanced degrees in areas such as structural engineering, geotechnical engineering, or environmental engineering.