#UT Civil Engineering

[sildarmillion-grounds]

Near the intersection of Deen Keaton and Speedway. Pictures from 12 Sep 2018, 22 Jan 2019, 6 Feb 2019, 8 Mar 2019, 20 Mar 2019 (2) (top to bottom, left to right). Location descriptions in captions. Last image featuring Mark di Suvero's Clock Knot.

[seat-safety-switch]

If there's one thing I hate, and I think we can all agree on this, it's slow drivers. Folks, I'm just trying to get where I'm going. Why are you wasting my time, sitting in my lane, holding me up? If you don't know where you're going, just pull over and phone someone who does.

Have you been feeling like you have too much optimism and faith in the course of our civilization lately? It's probably because you haven't been driving much. After just five minutes driving in a straight line, you'll turn into a regressive, psychotic crank like the rest of the commuting rabble.

Recently, I was forced to walk places for a little bit. It's not my fault: blame whoever at Plymouth in the 1970s decided that cars need oil. And batteries. And engines without a hole in the block. Round tires. Functioning starters. A windshield that's not covered in "parking violator" shame stickers and impound receipts. Really, it's amazing that any of my several dozen Malaise Era sedans have ever run. Be that as it may, I needed some food from the grocery store, and so I had to walk there on my own.

Now, I've walked a pretty good distance before, usually because one of my cars broke down and I had to go home to get another. This is the first time when I've had to walk away from my house. I found the journey somewhat exciting, as soon as I got over the anxiety of not being surrounded at all times by a two-ton steel-and-rust cage. When I got there, I picked up my two-litre of Pepsi and my four-litre of milk, and turned around to head home. On the way back, I saw something amazing.

An enormous traffic jam had formed in my neighbourhood, thanks to two SUVs making kissy-face at the highway on-ramp. If this had happened while I was in my car, I would have been stuck here with the rest of them, swearing at their idiocy while keeping an eye on my water temp gauge. Instead, I was able to walk past the vast quantity of stranded traffic, and pick up the barely-leaking 12-volt car battery that had been ejected from the shattered mass of one of the cute utes. At road speed, I never would have noticed this. On foot? I was noticing all kinds of sweet garbage stuck in the gutters from various low- and high-speed crashes.

It took a little bit of rearrangement of my load in order to carry all this heavy, awkward junk all the way home, but I got there. That evening, after dinner, my Volare had a working starter battery again, courtesy of the Hyundai Whatever that had given its life attempting a low-speed merge into a Hyundai Somethingelse. That wayward battery was now ready to be devoured by whatever rat-chewed wire kept sparking against the floor whenever my fifty year old shitbox was parked in one spot for too long. I was ready to rejoin the commuting masses.

Did I learn anything from my momentary experience as a member of the human race, instead of the rat one? Yes. I probably should buy some shoes, because boy do my feet hurt.

[twistedsimmer]

Without further ado...

One fine day, Mayor GilsCarbo was busy at work in his office when his receptionist called. A prominent businessman was here with a proposal, she said, one that he claimed the Mayor wouldn't be able to resist. Finding this more intriguing than the city planner's reports that he was reviewing, he replied, "Send him in, Sheila."

It turned out to be none other than Richard Morris, the founder of EveryTech Technologies, and one of the city's top business tycoons. Instead of building seaports or buying trucks, he had a better idea: to send a team into the unexplored fringes of SimNation, establishing a new settlement and scouting the area for valuable resources.

"Sounds good so far. What kind of people are you going to send?" the Mayor asked. Richard grinned, handing over a thick folder. "I'm glad you asked.."

"We've assembled a group of volunteers, each selected for genetic compatibility and expertise in their respective fields. We hope that they'll not only be able to serve the short term goal of taming the land, but also growing a brand new population of tax-paying individuals."

"Very interesting! So, who are these people?"

"First we have my son, Jake Morris, leading the expedition. He'll be the liaison between the new settlement and SimCity. If provided a job in your office, of course."

"That I can arrange. Who else?"

"Mona Lott will be in charge of entertainment and morale, due to her work as an actress."

"Her name sounds very familiar, what was she in?"

"Minor independent productions of a mature nature, as she claimed on her application. Probably some avant-garde, artsy films, but many of my men on the selection committee vouched for her skill."

"Ah yes, I hear she's been praised for her..flexibility."

"Next we have Solomon Utes, a freelance writer of some renown. He regularly contributes to the SimCity Times, and will be authoring all of the status reports."

"I still remember that scathing article he wrote on Landgraab's nightclub, Malcolm sold the business a month later after that went public. Then he sued Utes, and lost."

"Brigette LeRoux here is an experienced midwife, and purportedly good with animals. Her skills as a Douser should also come in handy."

"From these satellite photos, it looks like there's a decently large lake in the area. Surely you don't need a psychic to find that."

"Next we have Amayata Nairi, the civil engineer of the team. She's quite young, she's proven to be quite competent as well. We're confident she'll be able to set up the infrastructure in the settlement, and help connect it to SimCity."

"I'll do what I can to help on my end, if the area proves to be worth the effort."

"Marf Foobar is a volunteer from my own company. He's quite the convincing salesman, which is why he'll be in charge of public relations and tourism."

"Hmm, I'm sure he'll sell it better than a used Smord."

"And finally we have Emi Uzuki. She immigrated from Takemizu to attend Sim State University, where she became the youngest Sim to hold a biology degree."

"A prodigy, I see! I'm sure she'll make a fine doctor."

"So, what do you think?"

"You have a pretty solid team, albeit an odd combination of people. The region you chose looks quite promising, and your requests are very reasonable for a project of this scale. I approve."

"Thank you, Mr. Mayor."

~*~*~*~*~*~

Later that day..

"Citizens of SimCity, it is my pleasure to introduce the Littlesprings Project.."

-> Next Chapter..

[casuallyferal]

okay, but

multiethnic aus & aus from different cultures are my FAVORITE.

UT as it is now is only one bundle of myths and one manner of dressage. All that can be transformed! There are similar myths on ither continents and in many, many cultures.

Give me new languages, new clothes;

what if the Underground was under India instead, in East India, where two siblings dodge their villages' Durga puja and discover a gaping hole in the old mandir's ruins?

What if the ruins of the mandir topple in to show them the way, as if Maa Durga Herself decided Monsterkind no longer needed her protections, and opened the way for the sibling's pure hearts? (if you take up this idea i humbly request the boy be named Raam and don't forget the little bell anklets for the little lady ❤️❤️❤️)

Toriel in saree. Bet y'all sacrums that Papyrus ABSOLUTELY would drop us ALL DEAD by carrying Bharatanatyam styles with so much energy!! Undyne would look so FIERCE, not integrating martial arts would be criminal. I would feel compelled to give her Maa Durga iconography. All of Sans' attire are prestitched...yes, even the lungi. Even the lungi is prestitched. Alphys is trying her best but the pallu is always wrinkly and uneven, so the kids help her out with dailywear tricks they've watched their Dida do hundreds of times.

Or Pacific Islander. Dead volcanos leave bubbles deep inside the earth. The beating of the sea above creates white noise.

Or a pit drops out from beneath a hilltop fort in the Welsh dells. The people still speak in the old way and look frightened when you speak of the Romans and Human Tribes both, but they don't know if the Romans ever came. Go back further if you like, way further, to when the petrified trees in the Irish Sea were tall and green!

...Or use a totally different mythic inspiration!

A treasure-hunter seeks the jewels of an ancient king, said to have cleansed the land of evils and made a fortune on the way, which he had hidden to remove the demon of temptation from the good people. Except, his treasurehide was the Underground -- and if he tries to remove even a single "piece," the entry collapses. He'll need all his wits and purity of heart.

Tales of the local Folk Catholics turn out to be... not all that wrong. There IS a Hell-portal out there. And, if they didn't put it there, someone else sure did. Even worse... there's real people down there; ...and the last thing either party remembers is the destruction of Asriel and Chara. Niche Folk tales can come forward and sensationalized tropes can step backwards.

Or, something far removed from myth entirely -- magical peoples condemned in a world that will no longer understand them.

A subterranean geologist visits a friend and notices a landmark on a map that isn't there now. They know that, because they're visiting the region for work soon. There's the decision to rappel in and see what was so noteworthy...but what they both didn't anticipate was wicked magic. The Barrier snaps a perfectly good, new repel line like butter once they're inside its maw. Inside, a humble people are being devastated by earthquakes and their civil engineers need a hand. They can only see a limited perspective of the region. But, now it's political -- an adult problem for an adult specialist.

They're alternate universes.

Let's make them OURS. I feel like that's something Toby would want, comparing Undertale and Deltarune.

(yes i have had a burst of questionable sanity and i will be writing most of these now thank you)

[nimilphilip]

Master's Courses in Australia for International Students

Australia has become one of the leading destinations but most specifically for those international students who are looking to undertake a master’s degree course. With top universities in the world, multicultural society, quality education and strong post study work opportunities, Australia is all dreams for any graduate student.

If you intend to study business, engineering, IT, health sciences, or arts, Australia has a variety of masters’ degrees especially fashioned for international students. In this blog, we will be taking you step by step through the best reasons to study in Australia, the most popular masters, qualification requirements, top universities, fees structure, and anything else you want to know.

Why Choose Australia for Your Master’s Degree?

1. World-Class Education System

Australia is home to some of the top 100 universities globally, including Melbourne University, Australian National University (ANU), and Sydney University. These institutions offer research-intensive, industry-handled master's programs that prepare students for ga lobal career.

2. Diverse Course Options

Australia offers over 20,000 courses across 1,100 institutions. From STEM and business to healthcare and social sciences, the diversity of master’s courses in Australia is unmatched.

3. Post-Study Work Opportunities

International students graduating with a master's degree from an Australian University are eligible for a post-study work visa (Subclass 485), allowing them to stay and work in the country for 2-5 years based on location and merit level.

4. High Graduate Employability

Australian degrees globally are recognized and valuable. Graduates of Australian institutions enjoy high employment rates due to the practical and industry-acquired nature of the education system.

5. Multicultural Environment

Australia is known for its diverse and inclusive culture. International students feel welcomed in a safe, student-friendly environment with access to numerous student support services.

Types of Master’s Degrees in Australia

There are several types of postgraduate degrees offered in Australia. The most common ones include:

Master’s by Coursework (Taught Master’s): Includes structured classroom-based learning, assessments, and exams. Examples: Master of Business Administration (MBA), Master of Engineering, Master of Public Health.

Master’s by Research: Emphasizes independent research work under supervision. Ideal for students interested in academic or research careers.

Extended Master’s: These are longer programs that provide professional accreditation and advanced knowledge, especially in fields like medicine, law, or architecture.

Popular Master’s Courses in Australia for International Students

1. Master of Business Administration (MBA)

Australia's MBA programs are recognized globally for their quality and practical approach. Most universities provide MBA expertise in Finance, Marketing, International Trade and Entrepreneurship.

Top Universities:

Melbourne Business School (University of Melbourne)

UNSW Business School

Monash Business School

2. Master of Information Technology

This course is ideal for students looking to make a career in data science, cybersecurity, software engineering, or AI. Australia's growing technical industry provides very well job potential for IT graduates.

Top Universities:

University of Sydney

RMIT University

University of Technology Sydney (UTS)

3. Master of Engineering

Engineering programs are recognized by Engineers Australia and are designed to meet international standards. Expertise includes civil, mechanical, electrical, software and environmental engineering.

Top Universities:

University of Queensland (UQ)

University of New South Wales (UNSW)

Curtin University

4. Master of Public Health (MPH)

Public health sector in Australia provides strong opportunities for career. The MPH program is popular among students for the purpose of working in health policy, epidemiology and community health.

Top Universities:

University of Melbourne

University of Sydney

Griffith University

5. Master of Education

Australia is a leader in education and pedagogy research. This course suits teachers, educators, and policy professionals seeking career growth or research opportunities.

Top Universities:

Monash University

University of Queensland

Deakin University

6. Master of Data Science

As data becomes the backbone of modern decision-making, a Master’s in Data Science from Australia can open doors in various industries, including finance, healthcare, and technology.

Top Universities:

University of Melbourne

University of Western Australia

Macquarie University

7. Master of Nursing

Top Universities:

University of Sydney

Deakin University

University of Adelaide

Admission Requirements for Master’s in Australia

Academic Qualifications:

A recognized bachelor’s degree or equivalent in a relevant field.

Minimum GPA requirements vary (generally around 65–70% or equivalent).

English Language Proficiency:

IELTS (6.5–7.0 overall, with no band less than 6.0)

TOEFL iBT (minimum 79–94)

PTE Academic (score of 58–65+)

Additional Requirements:

Statement of Purpose (SOP)

Letters of Recommendation (LORs)

Resume/CV (for professional courses)

Portfolio (for creative arts/design programs)

Cost of Studying a Master’s in Australia

Tuition Fees:

Master’s by Coursework: AUD 20,000 – AUD 45,000 per year

MBA Programs: AUD 40,000 – AUD 60,000 per year

Master’s by Research: AUD 25,000 – AUD 40,000 per year

Living Expenses:

The Department of Home Affairs requires students to have access to around AUD 24,505 per year to cover living expenses.

Scholarships for International Students in Australia

Many Australian universities and the government offer scholarships to help reduce financial burdens. Some notable scholarships include:

Australia Awards Scholarships

Destination Australia Scholarships

University-specific scholarships (e.g., Melbourne Graduate Scholarship, ANU Global Diversity Scholarship, UNSW International Scholarships)

These scholarships may cover tuition fees, living expenses, and sometimes even travel costs.

Post-Study Work Opportunities

Upon completing your master’s degree, you may be eligible for the Temporary Graduate Visa (subclass 485), which allows you to work full-time in Australia. The duration of the visa depends on your degree and the regional location of your university:

2 years for a master’s in major cities

Up to 4–5 years in regional areas (like Adelaide, Hobart, and Gold Coast)

This makes Australia one of the best countries to gain international work experience after graduation.

How to Apply for a Master’s Degree in Australia?

Step-by-Step Process:

Shortlist Courses and Universities

Check Entry Requirements

Prepare Required Documents

Submit Online Applications

Receive the Offer Letter

Accept the Offer and Pay the Deposit

Apply for Student Visa (Subclass 500)

Arrange Accommodation and Travel

It’s best to apply at least 6–8 months in advance of your intended intake. The major intakes in Australia are February and July, with some universities also offering November intakes.

Final Thoughts

Getting a master's degree in Australia is a smart investment for your future. Whether you aim to achieve advanced knowledge, switch careers, or pursue global risk, Australian universities offer the correct mix of educational excellence and real-world learning. From flexible course options and industry participation to liberal post-study work rights, the country ticks all the right boxes for international students.

If you are ready to take the next step towards your dream of studying abroad, then start searching for your options today. For personal counseling, entry assistance, and visa guidance, our students feel free to contact experts from abroad.

Need Help Applying for a Master’s Course in Australia?

At Cliftons Study Abroad, we specialize in helping international students like you find the right university, secure scholarships, and navigate the visa process with ease. Contact us now for a free consultation and take the first step toward your international education journey.

[nandinish27]

Best Courses to Study in Australia for Indian Students with High ROI

If you're an Indian student dreaming of studying abroad, Australia should definitely be on your radar. With its globally ranked universities, strong post-study work rights, and high employability rates, Australia offers some of the best courses that guarantee a high return on investment (ROI). This in-depth blog acts as the ultimate study guide in Australia for Indian students, helping you choose the right course with career potential, affordability, and future growth.

Why Choose Australia for Higher Education?

Globally Recognized Degrees: Institutions like the University of Melbourne, Australian National University (ANU), and the University of Sydney offer world-class education.

High ROI: Competitive tuition fees, coupled with high post-graduation salaries.

Post-Study Work Opportunities: Australia offers up to 4 years of post-study work visas under the Temporary Graduate Visa (subclass 485).

Diverse & Welcoming Culture: Australia is home to over 700,000 international students, including thousands from India.

Strong Indian Student Community: You'll feel right at home with cultural festivals, student groups, and Indian restaurants across major cities.

Top Courses in Australia with High ROI

1. Information Technology (IT) and Computer Science

Why It's Great: Massive demand in tech sectors, especially in cybersecurity, AI, data science, and software engineering.

Average Salary: AUD 85,000–130,000/year(approx)

Popular Universities:

University of Melbourne

UNSW Sydney

Monash University

Job Roles: Software Developer, Data Scientist, Cybersecurity Analyst

2. Engineering (Civil, Mechanical, Electrical, Mining)

Why It's Great: Australia has a booming infrastructure and mining sector.

Average Salary: AUD 75,000–120,000/year

Popular Universities:

University of Queensland

RMIT University

Curtin University

Job Roles: Civil Engineer, Project Manager, Mining Engineer

3. Nursing and Healthcare

Why It's Great: High job demand, PR (Permanent Residency) pathways available.

Average Salary: AUD 70,000–110,000/year

Popular Universities:

University of Sydney

Deakin University

University of Technology Sydney (UTS)

Job Roles: Registered Nurse, Aged Care Worker, Mental Health Nurse

4. Business and Management

Why It's Great: Excellent for entrepreneurship, finance, and leadership careers.

Average Salary: AUD 80,000–150,000/year

Popular Universities:

University of Melbourne

Macquarie University

Australian National University (ANU)

Job Roles: Business Analyst, Marketing Manager, Financial Analyst

5. Accounting and Finance

Why It's Great: High demand in the finance sector and opportunities in Big Four firms.

Average Salary: AUD 70,000–120,000/year

Popular Universities:

University of Sydney

La Trobe University

Griffith University

Job Roles: Accountant, Financial Advisor, Auditor

6. Education and Teaching

Why It's Great: Shortage of qualified teachers in rural and urban Australia.

Average Salary: AUD 60,000–100,000/year

Popular Universities:

Monash University

University of Canberra

Edith Cowan University

Job Roles: Secondary School Teacher, Early Childhood Educator

7. Hospitality and Tourism Management

Why It's Great: Australia is a top travel destination, driving high demand in this sector.

Average Salary: AUD 60,000–95,000/year

Popular Universities:

Blue Mountains International Hotel Management School

Griffith University

William Angliss Institute

Job Roles: Hotel Manager, Event Planner, Travel Consultant

Scholarships for Indian Students

To reduce your financial burden and improve ROI, here are some key scholarships:

Australia Awards Scholarship

Destination Australia Scholarship

University-specific Scholarships (e.g., Deakin Vice-Chancellor’s Scholarship)

PR and Work Opportunities in Australia

Post-Study Work Visa

Valid for 2–4 years depending on your course and location.

Skilled Occupation List (SOL)

Courses aligned with the SOL offer higher chances of PR.

Internships and Placements

Many universities have industry tie-ups for internships that lead to full-time roles.

Cost of Education vs ROI

1. Information Technology (IT)

Studying IT in Australia typically costs between AUD 30,000 to 45,000 per year in tuition fees. Upon graduation, Indian students can expect an average starting salary ranging from AUD 85,000 to 130,000 annually. With strong demand in areas like cybersecurity, cloud computing, and software development, the return on investment (ROI) is high, making IT one of the most rewarding courses to pursue.

2. Engineering

Engineering programs in Australia usually have an average tuition fee of AUD 32,000 to 50,000 per year. Graduates can earn between AUD 75,000 to 120,000 per year, depending on their specialization—civil, mechanical, or electrical. Due to Australia's ongoing infrastructure development and tech innovation, engineering offers high ROI for Indian students seeking long-term career growth.

3. Nursing

Nursing courses are among the most affordable in Australia, with average annual tuition ranging from AUD 28,000 to 40,000. Despite the lower cost, nursing graduates can earn an impressive AUD 70,000 to 110,000 per year, especially with Australia’s high demand for healthcare professionals. This makes nursing one of the top courses with very high ROI for Indian students, particularly for those interested in PR pathways.

4. Business and Management

A business degree in Australia generally costs between AUD 30,000 to 50,000 per year. Graduates in areas like marketing, finance, or international business often secure jobs paying AUD 80,000 to 150,000 annually. Given the global recognition of Australian business schools and the diverse opportunities available, business studies deliver a consistently high ROI for Indian students.

How Eduvisor Can Help

Choosing the right course and university is crucial for your career. Eduvisor, a  study abroad consultant in India, specializes in personalized counseling, scholarship assistance, university shortlisting, visa guidance, and post-arrival support.

Their expert team helps Indian students create a high-ROI education plan tailored to their dreams and budget.

Final Thoughts

Australia continues to be one of the top destinations for Indian students in 2025, especially for those looking at strong ROI and global careers. From engineering and IT to nursing and hospitality, choosing the right course can make all the difference.

Follow this study guide in Australia for Indian students to plan smarter, invest wisely, and take the first step towards a successful international career.

Ready to begin? Talk to Eduvisor today and turn your Australian dream into reality.

[ion-austin]

Perfect Location

When you're looking for convenience, location is key, and Ion Austin delivers. Just one block west of the UT campus, you'll find everything you need close by. Whether it's the internet cafe for quiet study time or the arcade gaming for a fun break, this place has you covered. You can easily access public transportation, making it even simpler to get around town. Ion is also LEED Silver certified and participates in a community recycling program, showing a commitment to sustainability. Offering UT off campus student housing with private bathrooms for every bedroom, Ion Austin is designed to meet your lifestyle and your needs.

The Economy of Austin, Texas

Austin’s economy has really been booming lately, making it one of the hottest cities for job seekers. The tech industry is a huge part of it, with big names moving in all the time. If you’re into startups or working in innovation, you’re in the right place. But it’s not just tech—healthcare, education, and creative industries are growing fast, too. The city’s economy offers opportunities across the board, with a lot of new businesses opening each year. There’s a healthy job market, but with the growth comes competition. It’s a great place to build your career, but you’ll want to stay on top of trends. As the city grows, so do the chances for new opportunities.

Blanton Museum of Art in Austin, TX

If you’re an art lover, the Blanton Museum of Art in Austin is definitely worth a visit. It’s one of the largest university-affiliated museums in the country, with a fantastic collection of American, Latin American, and contemporary art. You’ll get lost in the exhibits, from thought-provoking pieces to beautiful paintings that capture different eras. The museum’s design makes it easy to navigate, and the atmosphere is welcoming. It’s not just about looking at art—it’s about feeling it, too. The Blanton also offers fun events and programs, so there’s always something new to experience. Whether you’re an art connoisseur or just someone who appreciates beauty, there’s something here for you.

National Academy Of Engineering Selects 5 From UT

It’s pretty impressive to see how many people from UT Austin’s Cockrell School of Engineering are being recognized by the National Academy of Engineering. These five individuals have contributed so much to fields like nuclear power, civil engineering, and technology that affect us daily. For example, Dale Klein’s work on nuclear safety and Ellen Rathje’s seismic slope assessments are shaping how we approach some of the world’s biggest challenges. Then there’s the innovation in lighting and technology with Michael Krames and Mark Papermaster, whose work in LEDs and semiconductor processors is now part of our everyday lives. It’s exciting to see the impact of these engineers’ work, not just in their fields but on society as a whole. Their accomplishments remind us how essential engineering is to shaping a safer, more efficient world.

Link to map

Blanton Museum of Art 200 E Martin Luther King Jr Blvd, Austin, TX 78712, United States Head west on E Martin Luther King Jr Blvd toward Congress Ave. Pass by Raising Cane's Chicken Fingers (on the left in 0.3 mi) 0.3 mi Turn right after Chick-fil-A (on the left) Destination will be on the left 0.1 mi Ion Austin 2100 San Antonio St, Austin, TX 78705, United States

[inkatesbush]

"What should we be doing?" said a G-man. He was obviously in command of the raid.

"Protecting the Republic," said Jones. "Why bother us? Everything we do is to make the country stronger. Join with us, and let's go after the people who are trying to make it weaker!"

"Who's that?" said the G-man.

"I have to tell you?" said Jones. "Haven't you even found that out in the course of your work? The Jews! The Catholics! The Negroes! The Orientals! The Unitarians! The foreign-born, who don't have any understanding of democracy, who play right into the hands of the socialists, the communists, the anarchists, the anti-Christs and the Jews!"

"For your information," said the G-man in cool triumph, "I am a Jew."

"That proves what I've just been saying!" said Jones.

"How's that?" said the G-man.

"The Jews have infiltrated everything!" said Jones, smiling the smile of a logician who could never be topped.

"You talk about the Catholics and the Negroes—" said the G-man, "and yet, here your two best friends are a Catholic and a Negro."

"What's so mysterious about that?" said Jones.

"Don't you hate them?" said the G-man.

"Certainly not," said Jones. "We all believe the same basic thing."

"What's that?" said the G-man.

"This once-proud country of ours is falling into the hands of the wrong people," said Jones. He nodded, and so did Father Keeley and the Black Fuehrer. "And, before it gets back on the right track," said Jones, "some heads are going to roll."

I have never seen a more sublime demonstration of the totalitarian mind, a mind which might be likened unto a system of gears whose teeth have been filed off at random. Such a snaggle-toothed thought machine, driven by a standard or even by a substandard libido, whirls with the jerky, noisy, gaudy pointlessness of a cuckoo clock in Hell.

The boss G-man concluded wrongly that there were no teeth on the gears in the mind of Jones. "You're completely crazy," he said.

Jones wasn't completely crazy. The dismaying thing about the classic totalitarian mind is that any given gear, though mutilated, will have at its circumference unbroken sequences of teeth that are immaculately maintained, that are exquisitely machined.

Hence the cuckoo clock in Hell-keeping perfect time for eight minutes and twenty-three seconds, jumping ahead fourteen min-utes, keeping perfect time for six seconds, jumping ahead two seconds, keeping perfect time for two hours and one second, then jumping ahead a year.

The missing teeth, of course, are simple, obvious truths, truths available and comprehensible even to ten-year-olds, in most cases.

The wilful filing off of gear teeth, the willful doing without certain obvious pieces of information—

That was how a household as contradictory as one composed of Jones, Father Keeley, Vice-Bundesfuehrer Krapptauer, and the Black Fuehrer could exist in relative harmony—

That was how my father-in-law could contain in one mind an indifference toward slave women and love for a blue vase—

That was how Rudolf Hoess, Commandant of Auschwitz, could alternate over the loudspeakers of Auschwitz great music and calls for corpse-carriers—

That was how Nazi Germany could sense no important differences between civilization and hydrophobia—

That is the closest I can come to explaining the legions, the nations of lunatics I've seen in my time. And for me to attempt such a mechanical explanation is perhaps a reflection of the father whose son I was. Am. When I pause to think about it, which is rarely, I am, after all, the son of an engineer.

Since there is no one else to praise me, I will praise myself—will say that I have never tampered with a single tooth in my thought machine, such as it is. There are teeth missing, God knows—some I was born without, teeth that will never grow. And other teeth have been stripped by the clutchless shifts of history—

But never have I willfully destroyed a tooth on a gear of my thinking machine. Never have I said to myself, "This fact I can do without."

—Mother Night by Kurt Vonnegut

[geocontech]

Comprehensive NDT Services and Civil Engineering Services by Geo Con Tech Group-9 Locations

Geo Con Tech Group stands as a beacon of excellence in the field of Non-Destructive Testing (NDT) and Civil Engineering services. Our operations span nine global locations: India, Bangladesh, Thailand, Malaysia, Singapore, Cambodia, Vientiane, Indonesia, and the UAE. Our comprehensive range of services ensures the highest standards of safety, quality, and efficiency in various industrial sectors.

At Geo Con Tech Group, we are committed to delivering top-notch Non Destructive Testing Services, NDT Consultancy and Civil Engineering services tailored to meet the unique needs of each client. Our team comprises highly skilled professionals equipped with the latest technology and methodologies. We adhere to international standards and regulations, ensuring that our services are reliable, accurate, and efficient.

Non-Destructive Testing (NDT) Services

Non-Destructive Testing is a critical aspect of ensuring the integrity and safety of materials and structures without causing any damage. Geo Con Tech Group offers a comprehensive range of Non Destructive Testing Services, NDT Consultancy , including

1. Ultrasonic Testing (UT): Ultrasonic Testing is used to detect internal flaws in materials and measure thickness. Our advanced UT equipment ensures precise and reliable results, making it ideal for inspecting welds, castings, and forgings.

2. Radiographic Testing (RT): Radiographic Testing involves the use of X-rays or gamma rays to capture images of the internal structure of materials. This method is highly effective in detecting internal defects such as cracks, voids, and inclusions.

3. Magnetic Particle Testing (MPT): Magnetic Particle Testing is used to detect surface and near-surface defects in ferromagnetic materials. Our MPT services are crucial for identifying cracks, seams, and other discontinuities that could compromise structural integrity.

4. Liquid Penetrant Testing (LPT): Liquid Penetrant Testing is a versatile method for detecting surface-breaking defects in both ferrous and non-ferrous materials. It is particularly effective for inspecting welds, castings, and machined surfaces.

5. Eddy Current Testing (ECT): Eddy Current Testing is used to detect surface and near-surface defects in conductive materials. This method is widely used for inspecting heat exchanger tubes, aircraft components, and other critical applications.

6. Visual Inspection (VI): Visual Inspection is a fundamental NDT method that involves the careful examination of materials and structures for visible defects. Our experienced inspectors use advanced tools and techniques to ensure thorough and accurate assessments.

Our Global Presence

Geo Con Tech Group's extensive presence across nine global locations allows us to provide localized services with a global perspective. Our teams in each location are familiar with the regional challenges and regulatory requirements, ensuring that our solutions are effective and compliant.

1. India: In India, we offer a wide range of Non Destructive Testing and Inspection Services and Civil Engineering services, catering to the needs of the country's rapidly growing industrial and infrastructure sectors. Our clients include leading companies in the oil and gas, power, and construction industries.

2. Bangladesh: Our services in Bangladesh focus on supporting the country's burgeoning industrial sector. We provide reliable NDT and Civil Engineering solutions that ensure the safety and integrity of critical infrastructure.

3. Thailand: Thailand's diverse industrial landscape requires specialized expertise. Our team in Thailand delivers high-quality NDT and Civil Engineering services to clients in the automotive, aerospace, and construction sectors.

4. Malaysia: In Malaysia, we are known for our excellence in Non Destructive Testing and Inspection Services and Civil Engineering services. Our clients benefit from our advanced technology and experienced professionals who deliver accurate and reliable results.

5. Singapore: Singapore's dynamic economy demands top-tier engineering solutions. We provide comprehensive NDT and Civil Engineering services to support the city-state's infrastructure and industrial projects.

6. Cambodia: Our presence in Cambodia allows us to contribute to the country's development by providing essential NDT and Civil Engineering services. We work with clients in various sectors, including construction, manufacturing, and energy.

7. Vientiane: In Vientiane, we offer specialized Non Destructive Testing Services and Civil Engineering services tailored to meet the unique needs of the local market. Our team is dedicated to delivering high-quality solutions that ensure safety and reliability.

8. Indonesia: Indonesia's diverse industrial sectors benefit from our comprehensive Non Destructive Testing Services and Civil Engineering services. We support clients in the oil and gas, mining, and construction industries, ensuring the safety and integrity of their operations.

9. UAE: The UAE's thriving economy requires cutting-edge engineering solutions. Our team in the UAE provides advanced Non Destructive Testing Services and Civil Engineering services to support the country's ambitious infrastructure projects.

Commitment to Quality and Safety

At Geo Con Tech Group, quality and safety are at the forefront of everything we do. We are committed to maintaining the highest standards in all our services like Core cutting test, Rebound hammer test , ensuring that our clients receive reliable and accurate results. Our quality management system is certified to international standards, and we continuously invest in training and development to keep our team at the cutting edge of technology and best practices.

Innovation and Technology

Innovation is a key driver of our success. We leverage the latest technology and methodologies to deliver superior Ultrasonic Pulse velocity test and Civil Engineering solutions. Our investment in advanced equipment and software enables us to provide precise and efficient services, reducing downtime and costs for our clients.

Customer-Centric Approach

Our customer-centric approach sets us apart in the industry. We work closely with our clients to understand their specific needs and develop tailored solutions that meet their objectives. Our commitment to excellence and customer satisfaction has earned us a reputation as a trusted partner in the Ultrasonic Pulse velocity test and Civil Engineering sectors.

Sustainability and Environmental Responsibility

Geo Con Tech Group is committed to sustainability and environmental responsibility. We strive to minimize the environmental impact of our operations and services, implementing sustainable practices and solutions wherever possible. Our environmental engineering services help clients achieve their sustainability goals, contributing to a greener future.

Partner with Geo Con Tech Group for Expert NDT and Civil Engineering Services Across Nine Global Locations

Geo Con Tech Group is your trusted partner for comprehensive NDT services and Civil Engineering services across nine global locations. Our commitment to quality, safety, innovation, and customer satisfaction ensures that we deliver superior solutions that meet the unique needs of each client. Whether you are in India, Bangladesh, Thailand, Malaysia, Singapore, Cambodia, Vientiane, Indonesia, or the UAE, you can rely on Geo Con Tech Group for reliable and efficient Rebound hammer test and Civil Engineering services.

Contact us today to learn more about how we can support your projects and ensure their success. With our expertise and dedication, we provide tailored solutions that uphold the highest standards in the industry, ensuring that every project is completed with excellence and precision.

FAQs

1. What types of Non-Destructive Testing (NDT) services does Geo Con Tech Group offer?

Geo Con Tech Group offers a range of NDT services, including Ultrasonic Testing (UT), Radiographic Testing (RT), Magnetic Particle Testing (MPT), Liquid Penetrant Testing (LPT), Eddy Current Testing (ECT), and Visual Inspection (VI).

2. How does Geo Con Tech Group ensure the quality and safety of its services?

We adhere to international standards and regulations, with a certified quality management system, continuous investment in training, and state-of-the-art technology to ensure reliable and accurate results.

3. In which countries does Geo Con Tech Group provide its services?

Geo Con Tech Group operates in India, Bangladesh, Thailand, Malaysia, Singapore, Cambodia, Vientiane, Indonesia, and the UAE, offering localized services with a global perspective.

4. What sets Geo Con Tech Group apart from other engineering service providers?

Our customer-centric approach, commitment to quality and safety, advanced technology, and tailored solutions ensure we meet the unique needs of each client, making us a trusted partner in the industry.

5. How can I contact Geo Con Tech Group for more information or to request services?

You can contact us through our website or directly reach out to our offices in any of the nine global locations to learn more about how we can support your projects.

[riskcon24]

Safeguarding the Flow: Pipeline Engineering Inspection Services for the Oil & Gas Industry.

The oil and gas industry is the backbone of modern civilization, powering our homes, industries, and transportation. But this vital flow of energy relies on a vast network of pipelines, silently snaking across vast distances. Ensuring the integrity of these pipelines is paramount, not just for safety reasons, but also to prevent environmental damage and costly disruptions. This is where engineering inspection services come into play.

The Importance of Pipeline IntegrityPipelines are subjected to a multitude of threats throughout their lifespan. Corrosion, internal pressure, and external factors like seismic activity can all compromise the integrity of the pipe. A single leak can have devastating consequences, causing environmental damage, financial losses, and even loss of life. This is why industrial engineering firms offer specialized engineering inspection services for the oil and gas industry.

Non-Destructive Testing (NDT): A Look Beneath the Surface

At the heart of these engineering inspection services lies a suite of techniques called non-destructive evaluation (NDE) or non-destructive testing (NDT). These methods allow inspectors to assess the condition of a pipeline without damaging it. Some of the most commonly used NDT techniques in pipeline inspection include:

Visual inspection: Trained inspectors perform a thorough visual examination of the pipeline, both internally using specialized cameras and externally, looking for signs of corrosion, cracks, or leaks.

Ultrasonic testing (UT): This method utilizes high-frequency sound waves to identify irregularities within the pipe wall, such as cracks, delamination, or inclusions.

Radiographic testing (RT): Similar to X-rays used in medicine, RT uses X-rays or gamma rays to create an image of the interior of the pipeline, revealing internal defects.

Magnetic particle testing (MT): This technique utilizes a strong magnetic field to detect surface and near-surface cracks in the pipeline.

The Role of the Inspection Engineer

Engineering inspection services are spearheaded by qualified inspection engineers. These professionals possess a deep understanding of pipeline engineering, materials science, and NDT techniques. They play a crucial role in:

Developing inspection plans: Inspectors tailor inspection plans based on the specific pipeline, its age, operating conditions, and potential risks.

Selecting appropriate NDT techniques: Choosing the right NDT method depends on the type of defect being investigated and the material of the pipeline.

Interpreting test results: Inspection engineers analyze the data collected through NDT to assess the severity of any defects and determine if further action is required.

Working with welding engineers: In cases where repairs are necessary, the inspection engineer collaborates with a welding engineer to ensure the repairs are performed according to industry standards and best practices.

Benefits of Utilizing Engineering Inspection Services

The benefits of utilizing engineering inspection services for oil and gas pipelines are numerous:

Enhanced safety: Regular inspections identify potential problems before they escalate, preventing pipeline failures and ensuring the safety of personnel and the environment.

Reduced downtime: Proactive maintenance through inspections minimizes the risk of unexpected pipeline failures, leading to less downtime and improved operational efficiency.

Extended pipeline lifespan: By identifying and addressing issues early on, inspections help extend the lifespan of pipelines, delaying costly replacements.

Compliance with regulations: The oil and gas industry is subject to stringent regulations regarding pipeline safety. Regular inspections help ensure compliance with these regulations.

Conclusion: A Safe and Secure Future for the Oil & Gas Industry

Engineering inspection services, with their focus on NDT and the expertise of qualified inspection engineers and welding engineers, play a vital role in safeguarding the flow of oil and gas. By ensuring the integrity of pipelines, these services contribute to a safer, more efficient, and environmentally responsible oil and gas industry. As the industry continues to evolve, so too will engineering & inspection services, adapting to new technologies and challenges to guarantee a secure future for this critical sector.

[prashantgujjar]

How to import data with titles and plot on a plane ?

I have droplet diameter and coordinates in a CSV file and I want to draw the all these points in 3d space and later project them on a 2D plane. can someone suggest how can I read this data. Thanks in advance.

NOTE:-

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I am not exactly certain what you want. One way of plotting them in 3D and also projecting them on a plane is to combine a stem3 plot and a scatter3 plot — Uz = unzip('data.zip'); % fc = fileread(Uz{1}) fidi = fopen(Uz{1},'rt'); k = 1; while ~feof(fidi) & (k<=10) rl{k,:} = fgetl(fidi); k = k+1; end fclose(fidi); VN = strsplit(rl{4}, ' '); droplets = readtable(Uz{1}, 'FileType','text', 'HeaderLines',5); droplets.Properties.VariableNames = VN(2:end-1) droplets = 4670×20 table TIME X-Coord Y-Coord Z-Coord Diameter Density U-Velo V-Velo W-Velo UT-Velo VT-Velo WT-Velo Temperatur Life_Time Weber_No Stokes_No Ident Nozzle Proc Imping ____ _________ _________ __________ __________ _______ _________ _________ _________ ___________ __________ ___________ __________ _________ __________ __________ _____ ______ ____ ______ 0.05 -0.090385 -0.032003 0.0081542 3.4145e-05 959.89 -0.031454 -0.038965 0.013472 -0.0041884 -0.0013082 0.002092 373.15 0.045 7.6791e-07 0.033496 3448 1 7 0 0.05 -0.091358 -0.03418 0.015947 3.6409e-05 959.89 -0.048048 -0.024729 0.016297 -0.0023005 -0.0014205 -0.00089046 373.15 0.0445 1.1324e-06 0.00046301 4065 1 7 0 0.05 -0.095208 -0.030039 -0.0036156 4.1337e-05 959.89 -0.027739 -0.090139 -0.030527 0.022442 -0.021859 0.0024811 373.15 0.0405 2.1372e-06 0.34806 9022 1 7 0 0.05 -0.095018 -0.040921 0.020399 4.6496e-05 959.89 -0.079326 -0.031016 0.016833 0.0010701 -0.0014528 0.0018666 373.15 0.045 3.397e-06 0.0010893 3546 1 7 0 0.05 -0.084277 -0.045149 0.0052363 5.266e-05 959.89 -0.075503 -0.059956 0.0044079 -0.00036266 -0.0015555 0.0017451 373.15 0.045 4.3691e-06 0.00056493 3396 1 7 0 0.05 -0.095041 -0.038119 -0.027047 7.8739e-05 959.89 -0.074046 -0.2798 -0.22825 -0.001181 0.0013092 -0.0007613 373.15 0.0355 0.00010153 0.0026183 11904 1 7 0 0.05 -0.093338 -0.034883 0.022804 5.1174e-05 959.89 -0.075775 -0.057902 0.049309 -0.00028933 0.0017213 0.0013845 373.15 0.0395 5.1543e-06 0.00062802 9929 1 7 0 0.05 -0.090707 -0.057069 -0.0059532 5.417e-05 959.89 -0.088391 -0.071006 -0.013249 0.00022564 0.0013297 -0.00069184 373.15 0.0435 7.0252e-06 0.00037145 5231 1 7 0 0.05 -0.095023 -0.052208 -0.0054762 5.8263e-05 959.89 -0.10234 -0.094789 -0.013927 -0.00076917 0.00018328 0.00095466 373.15 0.0445 1.0662e-05 0.0093345 4165 1 7 0 0.05 -0.089498 -0.035614 0.044709 0.00013526 959.89 -0.014238 -0.41357 0.61117 0.00063334 0.00078877 0.00083319 373.15 0.041 0.00074065 0.0022664 8373 1 7 0 0.05 -0.091463 -0.031236 0.010759 4.5083e-05 959.89 -0.053295 -0.0458 0.020416 0.0003124 0.0058428 -0.00058846 373.15 0.045 2.3234e-06 0.10925 3510 1 7 0 0.05 -0.08727 -0.036753 0.0073399 4.3337e-05 959.89 -0.054384 -0.031757 0.0052104 -0.00040866 0.0016526 -0.0001831 373.15 0.0435 2.193e-06 0.00071105 5235 1 7 0 0.05 -0.078492 -0.045156 -0.014288 5.0382e-05 959.89 -0.068305 -0.039995 -0.012197 0.0013146 -0.0024517 -0.0018704 373.15 0.045 3.5571e-06 0.00043666 3481 1 7 0 0.05 -0.09666 -0.029865 0.009483 3.4918e-05 959.89 -0.042103 -0.066528 0.022839 0.0021231 -0.014508 0.0011205 373.15 0.0445 8.4588e-07 0.24043 4038 1 7 0 0.05 -0.081006 -0.047258 -0.01738 0.00020125 959.89 0.18871 -0.6734 -0.35412 0.00011428 0.0003534 0.00036473 373.15 0.0405 0.0012263 0.0071006 8892 1 7 0 0.05 -0.090334 -0.038719

SEE COMPLETE ANSWER CLICK THE LINK

[techndt]

Where is Ultrasonic Testing used?

Introduction to Ultrasonic Testing

How is ultrasonic inspection used in Industry?

Ultrasonic inspection is a versatile and powerful Non-destructive Testing (NDT) technique that utilizes high-frequency sound waves to detect, characterize, and locate flaws, defects, and anomalies in various materials and structures.

This technology finds widespread application across multiple industries, playing a pivotal role in ensuring quality, safety, and reliability. 

Ultrasonic inspection, often referred to asUltrasonic Testing (UT), involves the propagation of high-frequency sound waves through a material to identify internal flaws and irregularities.

These sound waves, which are beyond the range of human hearing, bounce back when they encounter interfaces or defects within the material.

Where is Ultrasonic Testing Used?

Ultrasonic Testing Method versatility extends across industries, from safeguarding the structural integrity of buildings and bridges to ensuring the safety of Pipelines, aircraft, and medical diagnostics.

How is Ultrasonic Inspection Used in Industry? Here are a few places where the ultrasonic test is used.

1. Oil and Gas Industry

In the Oil and Gas Sector, where pipeline safety is paramount, ultrasonic testing on tanks/pipelines plays a crucial role.

Ultrasonic Testing Procedures are used to inspect pipelines for corrosion, weld integrity, and other defects, ensuring the prevention of catastrophic failures that could lead to environmental disasters.

2. Aerospace Sector

In the Aerospace Industry, where precision and safety standards are exceptionally high, ultrasonic testing applications are utilized in the manufacturing and maintenance of aircraft components.

This includes the Ultrasonic Testing (UT) inspection of critical parts like wings, fuselage, and engine components for any imperfections that might compromise structural integrity.

3. Automotive Manufacturing

Automotive manufacturers employ ultrasonic testing NDT for quality control in the production of vehicle components.

This includes inspecting welds in chassis and body structures, and ensuring that the materials meet stringent safety standards.

4. Structural Testing of Buildings and Bridges

In civil engineering, NDT ultrasonic testing is applied to assess the structural health of buildings and bridges.

It aids in detecting hidden flaws in concrete, steel, or other construction materials, contributing to the longevity and safety of infrastructure. 

5. Medical Diagnostics

Beyond industrial applications, ultrasonic testing has found a vital place in the field of medicine.

In diagnostic medical imaging, an ultrasonic examination is used for the non-invasive visualization of internal organs, providing detailed insights without the use of ionizing radiation.

6. Weld Inspections

The welding industry extensively relies on Ultrasonic Testing (UT) for inspecting welds and steel.

UT ensures the quality of welds, detecting any imperfections that might compromise the structural integrity of the welded joint.

7. Phased Array Ultrasonic Testing (PAUT) in Manufacturing

Advanced ultrasonic NDT testing techniques, such as Phased Array Ultrasonic Testing (PAUT), are increasingly used in manufacturing processes.

PAUT offers enhanced capabilities, allowing for more detailed inspections of complex geometries and materials.

[8thman]

On this day, July 16, 1969...

Celebrating the 54th year anniversary…

The First Mission To Land Men on the Moon Begins as the Apollo 11 is Launched Atop a Saturn V Rocket, Destination: the Moon

Apollo 11 blasted off from Cape Kennedy, Florida, and began the first manned mission

“Mankind had been waiting for millennia with much anticipation by all who had looked up at the Moon in wonder and imagined a day when they or other men would walk on its silvery surface. The launch of Apollo 11 was the first step in the realization of that dream. ”

The Apollo 11 spacecraft was launched atop a Saturn V rocket from Cape Kennedy at 13:32:00 UT on July 16, 1969. After 2 hr and 33 min in Earth orbit, the S-IVB engine was reignited for acceleration of the spacecraft to the velocity required for Earth gravity escape. Apollo 11 was the first manned mission to land on the Moon. The first steps by humans on another planetary body were taken by Neil Armstrong and Buzz Aldrin on July 20,1969. Broadcast on live TV to a world-wide audience, Armstrong stepped onto the lunar surface and described the event as “one small step for [a] man, one giant leap for mankind.” Apollo 11 effectively ended the Space Race and fulfilled a national goal proposed in 1961 by the late US President John F. Kennedy in a speech before the United States Congress, “before this decade is out, of landing a man on the Moon and returning him safely to the Earth.” The astronauts also returned to Earth the first samples from another planetary body. Apollo 11 achieved its primary mission - to perform a manned lunar landing and return the mission safely to Earth - and paved the way for the Apollo lunar landing missions to follow.

Read more about this historic event of human civilization here:

[insincere-engineer]

I know I don't talk about work here much, but being a woman in the civil engineering/construction industry is hard. Not in the ways you'd expect, though.

I haven't been harassed by male colleagues. I haven't been overlooked for positions or promotions simply because I'm female. It's more subtle than that.

Sure, there was the one guy who kept asking me questions about my life and what I did on the weekends and generally making me uncomfortable because I like to keep my personal and professional lives separate - but he did that to everyone, even the other guys. He was just lonely. He was annoying, but it wasn't gonna kill me.

The thing that sticks out the most to me is that this job is physically not designed for people like me.

I've lost count of the number of times I've strained my back reaching over a ute tray to secure tools and samples. The number of times I've strained my back trying to manoeuvre the hammer onto the top of the cone penetrometer rods. I've brought this up to my supervisors multiple times, explained I'm not physically tall enough to conduct DCP testing. They still put me on those jobs anyway. They won't get shorter rods, or anything for me to stand on.

On occasions, I've ordered specialised work shirts that were mandatory for specific projects and the smallest size available, men's XS, still fit me like a tent. They didn't make those shirts in women's sizing. My boss at the time just told me to get the shirts tailored. It was easy for him to say that, because his wife is a seamstress. I shouldn't need to either pay a small fortune or learn sewing and alterations to have a uniform that's comfortable and safe. Baggy sleeves are an entanglement risk, as every safety presentation I've attended in this line of work has so clearly pointed out. This oversight could kill me.

Then there's all the regional jobs. Working in some random farmer's fields, in the heat of summer, an hour from the nearest town, an hour from the nearest public toilets. Of course all the guys can just go piss against a tree, but I don't get that option. Especially if it's an open field where you can see a mile in every direction. My choices are a UTI (or even toxic shock syndrome if I happen to be menstruating that week), or heat stress from just not drinking water. If by chance there were some more substantial bushes for me to wander off into, they would almost certainly be inhabited by venomous snakes. Being an hour out of town, we're also an hour from any kind of medical attention. This oversight could kill me.

[warsofasoiaf]

Its been awhile since you've done any character analysis on Fallout New Vegas, but would you be willing to go into one for some of the minor characters? I'm actually curios of your opinion on Silus the captured centurion and his motivations.

I’m more than happy to, although this won’t be about Silus so much as it will be about the quest Silus Treatment. It’s one of my favorite quests in the game, since it does a great deal just with dialogue and some creative use with the engine to create an engaging quest that showcases some of the failures of the NCR and the Legion. Given that the central theme is about picking a faction, warts and all, having a quest that puts the two main faction of New Vegas on full display is an absolutely good idea. The game is too old for spoilers, but it’s a long analysis so I’ll put a cut in.

Silus Treatment starts off simple enough, going to Camp McCarran, in the old McCarran International Airport, now the regional command post of Colonel Hsu. McCarran is not in a great spot when you first get there; there are periodic Fiend attacks, tensions in Freeside are causing havoc for NCR civilians, the overstretched NCR supply lines are making it difficult even for their central point of operations, and there’s a strong possibility that they’ve been infiltrated. It’s all Colonel Hsu can do to keep order and function in the base. Perfect protagonist fodder, in other words, for a nice quest hub.

It’s a tough needle to thread in any RPG to build a quest hub where there’s stuff for a character to do. If everyone is incapable of solving even the most basic of problems, it gives a great deal of quests for the player to do but it makes the quest-givers look incompetent, especially if the quest-givers are supposed to be capable figures in their own right. Conversely, if the NPC’s are competent, then the quests would be solved and that would close out on content for the player. There’s plenty of ways to settle this, and the devs do an adequate job here. The war effort means prioritization, and Hsu is dealing with being torn from both angles. He can’t just hunt down the Fiends, because he needs to organize patrols and deal with NCR settlers in the area. He can’t just pacify Freeside because it will engender hostility with House and so he’s delaying the order from his butcher superiors like Moore to go in with fire and sword. He doesn’t have a solution to the Kings but he’s trying to find one, which as far as writing goes is a good solution. Hsu is a decent man but overworked. He’s hoping that he can develop a solution in time before Cassandra Moore decides to pull rank and go on the warpath against all who oppose the NCR, which leaves a convenient spot for the player.

It’s this person that gives us our introduction to the Silus Treatment questline. Hsu has a valuable prize: Silus, a captured Legion centurion! Typically centurions always commit suicide rather than be captured to deny any useful intelligence to the enemy, so to capture a centurion alive should be quite a find. But it’s not going so well. Lt Carrie Boyd, in charge of base security, can’t get Silus to talk. Again, perfect quest writing to get the PC involved in the plot. Normally such a sensitive operation would never be given to an unknown civilian contractor, even for a bureaucratic mess like the NCR. Frontier desperation, hitting a wall via official channels, and the fact that the character is the protagonist in a sprawling open world help it pass ludonarrative muster.

Boyd is a real piece of work, she’s openly sadistic hiding beneath of veneer of civility. She considers the humane treatment of POW’s as an impediment, and so looks for ways around it. Notably, while she wants information from Silus to deliver to her superiors, she’ll settle for just having Silus beaten so bloody that he can’t speak anymore, calling it “entertainment.” This is a person who simply should not be in charge of interrogating a prisoner, she is neither humane nor effective at her job, but here she is by virtue simply of being the chief MP on base.

Not that Silus, the prisoner and the other side of this duo, is better. He openly revels in the barbaric practices of the Legion’s slavery system, even trying to ensure that the slaves can never achieve some level of comfort by tightening the collars and making it difficult for them to feel at ease while eating or drinking. Even if Silus is mostly saying those things simply to get a rise out of Lieutenant Boyd, he knows what the Legion is up to and enjoys it. Silus is arrogant to an extreme degree, he is filled with confidence that he can outlast any interrogation by the feeble NCR without giving up any intelligence, that he could easily escape NCR confinement and that he is so valuable to the Legion that following Caesar’s order would be a waste. Good fodder then, for the protagonist to bring him down to size.

Silus Treatment as a quest is relatively simple. Boyd signs off on the Courier beating the ever-living tar out of Silus and then steps out for a smoke, letting the player do whatever he or she wants to the prisoner. Silus, sneering, dismisses the Courier as just another piece of NCR trash, and it’s up to the player with how to succeed. Violence is always an option, you can beat Silus, and eventually gets something useful, that the base itself will be the target of Legion destruction. Silus admits that his fantasy of escape was always a fantasy, he was dead to Caesar just as surely as he as if he had committed suicide before capture. 

Yet if the Courier has points in Speech or Intelligence, he can completely upend Boyd’s methods and actually deliver a worthwhile interrogation. The first technique, with speech, uses an interrogation technique known as Pride-and-ego-down, where the interrogator routinely belittles and demeans the prisoner, usually their technical competence or soldierly qualities, in an attempt to get the prisoner to “redeem” themselves by explaining a piece of useful intelligence that would explain the deficiency as opposed to it just being a terrible personal quality. The Courier mocks Silus as a coward (bravery being a key soldierly virtue) and he defends himself by stating his bravery and that suicide is a poor death for a soldier of his intelligence and caliber, then saying how good a soldier he is for a “self-appointed megalomaniacal dictator.” Silus then spills that Caesar held his unit for three days because of “headaches,” in actuality, it’s Caesar’s brain tumor. The technique works to an exceptionally high degree, not only does Silus divulge that McCarran has been infiltrated as in the violence ending, but also that the Legion is suffering a crisis of command due to Caesar’s illness. The Courier gets a lot of useful intelligence out of Silus and doesn’t compromise the humane treatment of prisoners in the process. If it actually caused some self-reflection in Boyd, that’d be a complete win, but I suppose we can’t have everything.

My favorite option is the intelligence option, because the Courier goes full-on PSYOPS, posing as a Legion assassin sent to kill Silus for his failure to commit suicide on Caesar’s order. Silus denies it at first, but as the Courier continues to sell the performance, Silus begins to express real terror at the thought that the Courier is actually a frumentarius sent to kill Silus before he divulges anything to the NCR. The Courier fully sells the deal using Latin phrases as the language of Caesar’s elites. The Courier can quote Cicero, “legum servi sumus” - we are all slaves to the law, in what is perhaps a perfect example of Caesar’s philosophy of totalitarian obedience. The full quote "Legum servi sumus ut liberi esse possimus” - we are slaves to the law so that we might be free, means little in Caesar’s totalitarian state where all are subject to his whims and contingency plans for Caesar’s incapacity aren’t even considered. Of course, the Roman Republic was hardly a free state, but Caesar really takes the cake with his dictatorship. If Caesar’s dictum holds true: “Corruptio optimi pessima” - the corruption of the greatest is the worst outcome. how much worse is it when Caesar himself is corrupted? But totalitarians rarely raise the possibility that they themselves are corrupt, because the good of the dictator is the good of the state. After all, L'etat c'est moi is the dictum of any dictator, not just a Sun King.

Of course, fitting New Vegas, you can side with Silus, and facilitate his escape. There, you feign beating him to unconsciousness and slip him a silenced pistol, then Silus makes good his escape, killing the guard sent to bring him back to his cell and sneaking out. Of all the endings, this one isn’t as satisfying. Some of it, of course, is that you never interact or see Silus again, so there’s never any reward to the quest except for the knowledge that the base is infiltrated, which in the pro-Legion side of the quest I Put a Spell on You allows you to complete Curtis’s sabotage operation (and a far better Legion quest, in my opinion, with the NCR quest side being even better given the multiple outcomes), but also it’s not referenced again with Caesar. What would Caesar’s reaction be to the Courier springing Silus? He is quite fond of reciting a litany of the Courier’s accomplishments in Act 2 at Fortification Hill.

If I could improve Silus Treatment, I think I would have made it so the violent path wouldn’t have produced enough valuable intel, and the player needs to do some more detective work to actually get to I Put a Spell on You, or even being mislead by Curtis and becoming the unwitting patsy of the Legion. But overall, I think it was an incredible quest and a testament to the writing in the game.

Thanks for the question, Anon.

SomethingLikeALawyer, Hand of the King

[materialsscienceandengineering]

Polymers can protect buildings from large fault ruptures

Surface rupturing during earthquakes is a significant risk to any structure that is built across a fault zone that may be active, in addition to any risk from ground shaking. Surface rupture can affect large areas of land, and it can damage all structures in the vicinity of the fracture. Although current seismic codes restrict the construction in the vicinity of active tectonic faults, finding the exact location of fault outcrop is often difficult.

In many regions around the world, engineering structures such as earth dams, buildings, pipelines, landfills, bridges, roads and railroads have been built in areas very close to active fault segments. Strike-slip fault rupture occurs when the rock masses slip past each other parallel to the strike.

A team of researchers led by Associate Professor Behzad Fatahi and supported by Ph.D. candidate Habib Rasouli in the School of Civil and Environmental Engineering at University of Technology Sydney (UTS) has recently found a groundbreaking solution to protect buildings sitting on deep foundations subjected to large ground deformations due to strike-slip fault rupture.

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