SembCorp Associate Engineer Interview Questions and Answers

During my summer training, I learned various programming languages, software development methodologies, and practical application of theoretical concepts.

• Learned programming languages such as Java, Python, and SQL

• Gained knowledge of software development methodologies like Agile and Waterfall

• Applied theoretical concepts in real-world projects, enhancing problem-solving skills

In 5 years, I see myself as a senior software engineer leading a team of developers on innovative projects.

• Continuing to enhance my technical skills through ongoing learning and certifications

• Taking on more leadership responsibilities within the team

• Contributing to the company's growth and success through my expertise

• Mentoring junior team members to help them grow in their careers

As a Senior Software Engineer, I worked with various tools and technologies to develop and maintain software applications.

• Developed and maintained software applications using Java, Python, and C++ programming languages

• Used Agile methodology for software development and collaborated with cross-functional teams

• Worked with various tools such as Git, JIRA, Jenkins, and Docker for version control, issue tracking, continuous...read more

I am a recent graduate with a degree in Computer Science and a passion for software development.

• Recent graduate with a degree in Computer Science

• Passionate about software development

• Experience with programming languages like Java and Python

Developed a web-based inventory management system for a retail company

• Used HTML, CSS, and JavaScript for the frontend

• Implemented a backend using PHP and MySQL for data storage

• Designed a user-friendly interface for adding, updating, and deleting products

• Implemented features like barcode scanning and real-time stock tracking

• Conducted testing and debugging to ensure system functionality

As a mechanical engineering graduate, I see myself in an IT firm leveraging my problem-solving skills and technical knowledge to contribute to software development and innovation.

• Applying my analytical and logical thinking skills to develop efficient software solutions

• Utilizing my understanding of engineering principles to design and optimize software systems

• Collaborating with cross-functional teams to integrate mechan...read more

My favorite subject is computer science.

• I enjoy studying algorithms and data structures.

• I find programming languages fascinating.

• I am interested in software engineering principles and practices.

My daily routine involves a mix of coding, collaborating with team members, and continuous learning.

• Start the day by checking emails and responding to any urgent messages

• Attend daily stand-up meetings to discuss progress and plan the day's tasks

• Work on coding tasks assigned by the team lead or project manager

• Collaborate with team members to troubleshoot issues and brainstorm solutions

• Participate in code reviews to ensu...read more

I plan to be an efficient employee by continuously improving my skills, being proactive, and collaborating effectively with my team.

• Continuously improving my skills through self-learning and professional development opportunities

• Being proactive in identifying and solving problems before they escalate

• Collaborating effectively with my team by actively participating in meetings, sharing knowledge, and seeking feedback

• Prio...read more

My smartphone is the most important gadget in my life.

• My smartphone helps me stay connected with family and friends

• I use it for work-related communication and tasks

• It serves as a source of entertainment during leisure time

• I can access important information and services through it

• It also serves as a camera for capturing memories

• Examples: iPhone, Samsung Galaxy, Google Pixel

The biggest challenge in developing Azure solution was managing the complexity of the cloud environment.

• Managing the complexity of the cloud environment

• Ensuring scalability and reliability

• Integrating with existing systems

• Securing the solution

• Optimizing cost

• Example: Migrating a legacy application to Azure

Implementing tumbling window in Azure Data Factory without using the feature

• Create a pipeline with a trigger that runs at the desired interval

• Use a lookup activity to retrieve the data for the current window

• Use a foreach activity to iterate over the retrieved data

• Perform the required operations on the data within the foreach activity

• Write the output to the desired destination

My suggestion for implementation in Azure Data Factory v2 is to use the Mapping Data Flow feature.

• Utilize Mapping Data Flow for complex data transformations

• Take advantage of the visual interface to design and debug data flows

• Leverage the built-in data integration capabilities with other Azure services

• Use data flow parameters and expressions for dynamic transformations

• Monitor and optimize data flow performance using dat