BS GEODETIC ENGINEERING OVERVIEW

Judicel Coyutan

28 Jan 202102:16

Summary

TLDRThe video script introduces the Bachelor of Science in Survey Engineering program, focusing on techniques like remote sensing and hydrography to collect and analyze data for map creation. It covers various courses, practical training, and potential careers such as surveyor, photogrammetrist, and remote sensing specialist. The program equips students with skills for the engineering industry, requiring a minimum of two years of on-the-job training.

Takeaways

🎓 Bachelor of Science in Survey Engineering focuses on the earth's surface and spatial information systems.
🔍 The program involves understanding, designing, and implementing surveying and mapping information systems.
📈 Techniques such as hydrography and remote sensing are used for data collection and analysis.
🗺️ Students learn to produce maps, traffic statistics, and models for various applications.
👷‍♂️ Practical training is a key component, with a minimum of two hundred hours required in relevant industries.
🏢 Graduates can work in construction, surveying companies, or government agencies.
👨‍🏫 Career options include surveyor, photogrammetrist, cryptographer, remote sensing specialist, and college professor.
💼 Passing the Surveyor Examination is a requirement for employment in the engineering industry.
🌐 The program prepares students for professional roles in the global surveying and mapping sector.
📚 Coursework covers a range of topics from construction surveying to hydrographic surveying and adjustment.

Q & A

What is Bachelor of Science in Survey Engineering?
-Bachelor of Science in Survey Engineering is a program related to the earth's surface, focusing on the design of information systems, data collection, analysis, and production of maps, site traffic statistics, and models.
What are the key techniques used in survey engineering?
-Key techniques in survey engineering include hydrography, remote sensing, and photogrammetry.
What does the term 'detik engineering' refer to?
-The term 'detik engineering' seems to be a specific term used in the script, possibly referring to a detailed level of engineering work or a specialized field within survey engineering.
What are the various applications of survey engineering?
-Survey engineering is applied in construction surveys, industrial surveying, cartography, land registration, and public works.
What kind of training is required for a survey engineering professional?
-A minimum of two hundred years of on-the-job training is required for survey engineering professionals, typically gained through work in construction films and similar companies or government agencies.
What are the potential career options for graduates of the survey engineering program?
-Potential career options include surveyor, photogrammetrist, cryptographer, remote sensing specialist, hydrographer, information systems analyst, real estate appraiser, consultant, and college professor.
What is the significance of passing the last Century examination for survey engineering?
-Passing the last Century examination for survey engineering is one of the requirements for seeking employment in the engineering industry, indicating a standardized qualification.
How does the survey engineering program contribute to the understanding of the earth's surface?
-The program contributes to understanding the earth's surface by teaching techniques for data collection and analysis, which are crucial for creating accurate maps and models.
What is the role of information systems in survey engineering?
-Information systems play a crucial role in survey engineering by managing, analyzing, and visualizing data collected from various sources, such as remote sensing and hydrography.
Why is on-the-job training important for survey engineering professionals?
-On-the-job training is important for survey engineering professionals as it provides practical experience and hands-on skills necessary for real-world applications of surveying techniques and technologies.
What are the educational and professional prerequisites for entering the survey engineering field?
-Entering the survey engineering field typically requires a Bachelor of Science degree in survey engineering and passing the last Century examination, along with relevant on-the-job training.

Outlines

00:00

📚 Introduction to Bachelor of Science in Survey Engineering

The paragraph introduces the field of survey engineering, highlighting its relevance to the earth's surface and its application in various industries such as information systems, mapping, and remote sensing. It discusses the importance of data collection and analysis in creating maps and models for site traffic statistics. The paragraph also touches on the career opportunities available to those with a degree in survey engineering, such as working in construction, industrial surveying, and government agencies. The necessity of undergoing extensive on-the-job training and passing a professional examination is emphasized to ensure a professional and polished appearance in the field of survey engineering.

Mindmap

Keywords

💡Bachelor of Science in Survey Engineering

Bachelor of Science in Survey Engineering is an academic degree program focused on the science, art, and practice of accurately determining the terrestrial or three-dimensional space position of points and the distances and angles between them. It is central to the video's theme as it outlines the educational pathway for professionals in the field of surveying and mapping. The script mentions this program in the context of preparing students for various surveying tasks and techniques.

💡Remote Sensing

Remote sensing is the acquisition of information about the Earth's surface from a distance, typically using satellites or aircraft. In the video, remote sensing is mentioned as a technique used in survey engineering for collecting data and creating detailed maps and models. It is an essential tool for modern surveyors, allowing them to gather information about large areas efficiently.

💡Photogrammetry

Photogrammetry is the science and technique of making measurements from photographs, especially for recovering the exact positions and dimensions of objects. The script refers to photogrammetry as part of the survey engineering curriculum, highlighting its importance in creating accurate maps and 3D models from aerial photographs and satellite imagery.

💡Hydrographic Surveying

Hydrographic surveying is the process of examining and recording the depth and character of bodies of water. It is crucial for navigational safety, coastal mapping, and understanding underwater features. The video script mentions hydrographic surveying as a specialized area within survey engineering, emphasizing its relevance to maritime and coastal projects.

💡Geographic Information Systems (GIS)

Geographic Information Systems (GIS) are computer systems for capturing, storing, analyzing, and presenting geospatial and location-based data. In the context of the video, GIS is discussed as a tool for managing and analyzing spatial data, which is vital for survey engineers to produce maps, traffic statistics, and models.

💡Topographic Surveying

Topographic surveying is the process of measuring and mapping the three-dimensional features of the Earth's surface. It is fundamental to the video's theme as it is a core activity within survey engineering, used to create detailed maps that are essential for construction, urban planning, and environmental management.

💡Cartography

Cartography is the study and practice of making maps. It involves the design, creation, and analysis of maps for various purposes. The script mentions cartography as a skill that survey engineering students learn, enabling them to produce accurate and informative maps for different applications.

💡On-the-Job Training

On-the-job training refers to the practical, hands-on experience gained by working in a specific field. The video script specifies that survey engineering students must undergo a minimum of two hundred hours of on-the-job training, which is essential for applying theoretical knowledge in real-world scenarios and preparing them for professional roles.

💡Surveyor

A surveyor is a professional who measures and maps land areas to determine property boundaries, plot construction sites, and provide data for construction projects. The term 'surveyor' is used throughout the script to describe the potential career path for individuals who complete a Bachelor of Science in Survey Engineering program.

💡Hydrographer

A hydrographer is a specialist in hydrographic surveying, focusing on the measurement and mapping of underwater features. The script mentions hydrographers as one of the career options for graduates of the survey engineering program, highlighting the specialized nature of this role within the broader field of surveying.

💡Real Estate Appraiser

A real estate appraiser is a professional who determines the value of properties for various purposes, such as sales, insurance, or taxation. The video script includes real estate appraiser as a potential career path for survey engineering graduates, indicating the application of surveying skills in the valuation of real estate.

Highlights

Introduction to Bachelor of Science in Survey Engineering

Focus on the relationship between the earth's surface and special information systems

Program curriculum includes understanding, design, and implementation of information systems

Techniques for collecting data include hydrography and remote sensing

Data analysis and map production for traffic statistics and models

Training in construction, industrial surveying, cartography, and photogrammetry

Public land registration and surveying hydrography as part of the program

Opportunities for a minimum of two hundred hours of on-the-job training

Career options include surveyor, photogrammetrist, cryptographer, remote sensing specialist, hydrographer, information systems analyst, realtor, appraiser, consultant, and college professor

Passing the Century Examination for Survey Engineering is a requirement for employment in the engineering industry

Emphasis on practical applications and professional development

Integration of theoretical knowledge with hands-on experience

Importance of survey engineering in various sectors such as construction and government agencies

In-depth study of surveying techniques and their applications

Development of skills in hydrographic surveying and adjustments

Understanding the role of Geographic Information Systems in survey engineering

Preparation for professional licensure through the Century Examination

Overview of the educational path and career trajectory in survey engineering