Amec Foster Wheeler Interview Questions, Process, and Tips

The project execution process involves several stages from feasibility study to commissioning.

• Feasibility study: Assessing the technical and economic viability of the project.

• Design and planning: Developing detailed electrical designs and creating a project plan.

• Procurement: Procuring necessary equipment and materials.

• Construction: Executing the electrical installation according to the design.

• Testing and commissioning:...read more

ASPEN Plus is a process simulation software used in chemical engineering.

• Used to design and optimize chemical processes

• Can model various unit operations and chemical reactions

• Can simulate steady-state and dynamic behavior

• Used in industries such as oil and gas, pharmaceuticals, and food processing

Distillation design in Aspen Plus

• Define the feed and product streams

• Select the appropriate thermodynamic model

• Choose the distillation column type and configuration

• Specify the column operating conditions

• Simulate the process and analyze the results

• Optimize the design for desired product purity and yield

I am a highly motivated individual with a passion for learning and achieving my goals.

• I have a degree in computer science and have worked as a software engineer for 3 years.

• I enjoy working in a team and collaborating with others to solve complex problems.

• In my free time, I like to read books on personal development and travel to new places.

• I am also an avid runner and have completed several half marathons.

• I am excited ...read more

My family is a close-knit group of individuals with diverse backgrounds and experiences.

• My parents are both immigrants from different countries.

• I have two siblings, one older and one younger.

• We all grew up in a small town in the Midwest.

• My family values education and hard work.

• We enjoy spending time together and trying new things, like traveling or trying new foods.

My strengths are adaptability, problem-solving, and communication. My weakness is public speaking.

• Strengths: adaptability - I am able to adjust to new situations and environments easily

• Strengths: problem-solving - I am able to analyze problems and come up with effective solutions

• Strengths: communication - I am able to convey ideas clearly and effectively

• Weakness: public speaking - I tend to get nervous when speaking in

I am excited to join Foster Wheeler because of their reputation for excellence in engineering and commitment to sustainability.

• I am impressed by the company's innovative approach to engineering solutions

• I appreciate the emphasis on sustainability and environmental responsibility

• I am excited about the opportunity to work with a talented and dedicated team

• I believe that Foster Wheeler's values align with my own and I am

B.M of continuous beam refers to bending moment in the beam due to external loads.

• B.M is the maximum moment that occurs in the beam.

• Continuous beam is a beam that spans over three or more supports.

• B.M is calculated using the moment distribution method.

• B.M is affected by the type and magnitude of the load, span length, and support conditions.

Design of continuous beam involves determining the appropriate beam size, spacing, and reinforcement to ensure structural stability.

• Determine the loads and span of the beam

• Calculate the bending moment and shear force

• Select the appropriate beam size and spacing

• Determine the required reinforcement

• Consider deflection and vibration

• Ensure proper connection to supports

A cantilever retaining wall is designed to resist lateral soil pressure by using the weight of the wall itself.

• The wall is constructed with a base slab, stem, and toe slab.

• The stem is usually made of reinforced concrete.

• The toe slab is wider than the stem and helps to resist overturning.

• The wall is designed to have a slight backward slope to increase stability.

• The height of the wall should not exceed 6 meters without a...read more

Design of column involves determining its size, shape, material, and placement in a structure.

• Consider the load that the column will bear

• Choose a suitable material such as steel, concrete, or wood

• Determine the column's cross-sectional shape

• Calculate the column's height and diameter based on the load and material

• Ensure proper placement and spacing of columns for structural stability

End conditions of column refer to the criteria that determine when a column is considered complete.

• End conditions can be based on a specific value or range of values in the column.

• End conditions can also be based on the number of rows or time elapsed since the start of data collection.

• Examples of end conditions include reaching a certain sample size, reaching a predetermined time limit, or reaching a specific value thr...read more

I am a highly motivated individual with a passion for learning and achieving my goals.

• I have a degree in computer science and have worked as a software engineer for 3 years.

• I am proficient in multiple programming languages including Java, Python, and C++.

• I enjoy working in a team environment and have experience collaborating with others on complex projects.

• In my free time, I enjoy hiking and playing guitar.

The iron-carbon diagram shows the relationship between carbon content and the properties of iron.

• The diagram is used to determine the microstructure of steel.

• It shows the different phases of iron and steel at different temperatures and carbon concentrations.

• The diagram is important for understanding heat treatment processes and predicting material properties.

• The eutectoid point on the diagram represents the composition...read more

I believe that a job will provide me with practical experience and financial stability, which will help me in the long run.

• I am more interested in gaining practical experience than pursuing higher studies

• I want to start my career and gain financial stability

• I believe that a job will provide me with opportunities to learn and grow

• I am confident in my abilities to succeed in a job

• I am excited about the prospect of contri

My long term goal is to become a respected leader in my field and make a positive impact on society.

• Continuously improve my skills and knowledge through education and experience

• Build a strong network of professionals in my industry

• Take on leadership roles and mentor others

• Contribute to meaningful projects that make a difference

• Strive for innovation and creativity in my work

I have participated in various extracurricular activities throughout my academic career.

• Member of the school debate team

• Volunteered at a local animal shelter

• Participated in a community service project to clean up a park

• Played on the school's basketball team

• Attended a summer music camp

My hobbies have taught me discipline, creativity, and perseverance.

• Discipline: Consistency in practicing and improving skills

• Creativity: Finding new ways to approach challenges

• Perseverance: Overcoming obstacles and not giving up

I am a highly motivated individual with a passion for learning and growth.

• I have a degree in computer science and have worked as a software engineer for 3 years.

• I am proficient in multiple programming languages including Java, Python, and C++.

• I am a quick learner and enjoy taking on new challenges.

• In my free time, I enjoy hiking and playing guitar.