Summary + Thesis Draft #1

AutoCAD is an essential computer-aided design (CAD) software widely used for precise 2D and 3D drafting, design, and modelling with advanced features (Autodesk, n.d.). According to Brennan (2024), the built environment industry is recognized as one of the most dynamic fields globally, with its reliance on advanced digital tools such as AutoCAD. This versatile software plays a crucial role in the creation of precise designs, drawings, and models for construction and engineering projects. AutoCAD ensures that the designs are accurate and executable, helping to minimize errors during production and ensuring the efficient and safe construction of various structures. AutoCAD is a powerful design software featuring key tools for 2D drafting, 3D modelling, and design management, allowing for precise creation of detailed plans and models. It includes dynamic blocks, layer management, and parametric constraints to adapt designs to project needs and ensure accuracy. The software also offers robust rendering and visualization capabilities, helping users create realistic 3D representations of their designs. AutoCAD supports a variety of file formats, ensuring compatibility with other software and seamless integration in collaborative projects. It provides tools for easy collaboration and sharing among global teams. Additionally, AutoCAD’s customizable interface and automation features streamline workflows, saving time on repetitive tasks. Built-in dimensioning and annotation tools ensure technical accuracy in designs. These features work together to enhance precision, coordination, and efficiency in design processes across industries (Stevens, 2024).

AutoCAD 2025 transforms modern drafting by integrating AI-driven automation to enhance efficiency and incorporating intelligent tools to improve precision, reducing manual effort and optimizing design accuracy, making it an essential software for professionals in the field. 

Problem Scenario

Ideal:	Stop sleeping late at night
Reality (gap):	I often stay up too late, leading to grogginess and low energy the next day
Causes/Conditions	I watch shows or browse online at night and don’t have a strict bedtime routine.
Effects/Results	I struggle to wake up, feel less productive, and have lower overall energy.
Goal:	Establish an earlier bedtime and wake up feeling refreshed.
Possible Change	Set a fixed bedtime, limit screen time before bed, and develop a wind-down routine.
Testing the Hypothesis > Solution	I started going to bed 30 minutes earlier each night, turned off devices an hour before sleep, and used a nighttime routine.
Outcome of Change:	I felt more rested in the morning, had better focus, and maintained a consistent sleep schedule.

Self-Introduction Letter

Subject: Self-Introduction

Dear Professor Brad Blackstone,

I hope this email finds you well. My name is Constance chew, and I am thrilled to introduce myself as a first-year civil engineering student in your UCS1001: Critical thinking and communicating module, S12 class.

My academic journey began with a diploma in civil engineering from Singapore Polytechnic, which I completed in 2024. The foundation of my passion for civil engineering was laid during my first year, where I discovered the fascinating world of structural design and analysis. The challenge of creating safe and efficient structures inspired me to further my studies and strive to contribute meaningfully to the industry.

When it comes to communication, I take pride in my ability to convey ideas clearly and work seamlessly in team settings. A memorable example was during a group project where my effective communication skills facilitated productive discussions and successful collaboration. However, I acknowledge that overthinking sometimes hinders my confidence in dynamic situations. For instance, I once hesitated during a presentation when faced with an unexpected question. This experience has motivated me to work on becoming more adaptable and spontaneous in my communication.

Through this module, I am excited to focus on improving my public speaking skills by building confidence and clarity. Additionally, I aim to develop my active listening skills to engage more meaningfully in conversations. These goals will not only enhance my communication abilities but also prepare me for academic and professional success.

Beyond my academic pursuits, what sets me apart is my unwavering passion for civil engineering and my resilience in overcoming challenges. I thrive on approaching problems with curiosity and creativity, which allows me to work effectively in dynamic environments while delivering meaningful results.

Thank you for taking the time to read my introduction. I look forward to learning under your guidance.

Yours sincerely,
Constance Chew

Read Gheslane and Lanxin's letter

Empowering future engineers through effective communication skills

"communication skills are an essential component in the education of engineering students to facilitate not just students' education but also to prepare them for their future careers."- Marc Riemer, Faculty of Engineering, Monash University (2007). To my interpretation of this quote, Marc Riemer emphasizes the pivotal role of communication skills in both the education and professional development of engineering students. These skills are fundamental for academic success, as they enable students to clearly articulate technical ideas, collaborate effectively with peers, and excel in tasks such as report writing, presentations, and group projects. In the field of engineering, where precise and structured communication is essential, these abilities facilitate the seamless exchange of ideas and the collaborative development of solutions. Beyond academia, communication is a cornerstone of career preparedness, as engineers must often work in teams and convey complex technical concepts to non-technical stakeholders such as clients or management. Strong communication skills foster leadership, teamwork, and influence-traits that are vital for career growth. Additionally, the globalized nature of modern engineering projects requires the ability to communicate effectively across cultural and linguistic boundaries. Soft skills like negotiation, conflict resolution, and persuasive communication further contribute to project success and professional relationship-building. Ultimately, this quote highlights that developing communication skills is not merely an academic exercise but a critical tool for engineers to thrive in their careers, equipping them with a competitive edge in the professional world.