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Civil Engineering student part of National Women in Engineering "Dream Team" panel – uoflnews.com

Civil Engineering Junior Sophie Lipomanis is kind of a rock star in civil engineering. Named for a second year in a row as a national spokesperson for American Society of Civil Engineering (ASCE), the transfer from Rutgers University has also excelled in ASCE conferences, including being named Outstanding Student of the Year in 2019, a national award presented in front of 400 professional engineers at the Construction Institute Summit in Los Angeles. Locally, she was instrumental in driving her ASCE student chapter to exponential growth, and being named the 2020 Student Organization of the Year.

The latest in her current collection of kudos is her selection by ASCE to be one of only three speakers in the country on a Dream Team virtual panel of Women in Engineering on Tuesday, November 10 at 1 p.m. EST. The panel will be presented in concert with a free film screening of Netflixs award winning documentary,Dream Big: Engineering Our World.In addition to the film, ASCE is organizing the panels so those interested can join live conversations with these Dream Teams of young, diverse engineers.

I was asked by ASCE if I would be interested in being one of the panelists, and when they reached out, I couldnt say no, said Lipomanis, who is on co-op in New Jersey this semester. Its an exciting opportunity.

Lipomanis joins the illustrious company of two other woman engineers: Menzer Pehlivan, one of the stars ofDream Bigand a geotechnical engineer who specializes in earthquakes, and Monica Morales, a water engineer based in Los Angeles helping to solve future droughts in Southern California.

Lipomanis was the only undergraduate asked to participate on any of the Dream Team panels, which are held November 10, 14, 17 and 24. Besides Women in Engineering, other panels featured include Cities of the Future, Black Engineers, and Spanish-language Engineers.

Narrated by Academy Award winner Jeff Bridges,theDream Bigfilm is a first of its kind for IMAX and giant screen theaters and features feats of engineering from the Great Wall of China and the worlds tallest buildings, to underwater robots, solar cars and smart, sustainable cities.Dream Bigcelebrates the human ingenuity behind engineering marvels big and small, and reveals the heartthat drives engineers to create better lives for people around the world.

We hosted a screening of the movie at one of our school events, said Lipomanis. It is talking about how engineers are shaping the world of tomorrow.

At Speed School, Lipomanis said she has enjoyed the schools more close-knit culture and feels supported in her dreams and goals.

Its not a huge program, so I feel like I actually know my faculty, Dr. French from ASC and Dr. Sun, and many others, she said. My advisor Natalie Oliner has been fantastic, and Heidi Neal, Dean Collins, Gail DePuy. Really, I could just say everyone at Speed School.

Passionate about STEM education for younger students, part of Lipomanis ambassadorship has been about being an advocate in schools to introduce students to creative and advanced manufacturing tools like lasers, 3D printers and more.

Lipomanis said she and her other Women in Engineering panelists want to appeal to that audience.

I know we will talk about our experiences as engineers, and we want to make sure we are presenting our information in such a way as to inspire young people to pursue a career in STEM, she said.

After graduation, Lipomanis plans to serve as a U.S. Naval Officer with the Civil Engineering Corps as part of the Sea Bees (Construction Battalion).

The Sea Bees are deployed often times in the event of a national emergency, she said. When a hurricane hits, you go and civil engineers do things like build emergency port structures. In Student Council and ASC, I liked helping people and this is serving your country. Its been my dream to do that.

You can register hereto view the film and women in engineering panel on November 10, or any of the scheduled panels.

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Head of Engineering Maintenance job with DURHAM UNIVERSITY | 233561 – Times Higher Education (THE)

Estates and Facilities

Grade 9:-52,560 - 59,135 per annum

Open-Ended/Permanent-Full Time

Contracted Hours per Week:35

Closing Date:02-Dec-2020, 7:59:00 AM

Job Reference Number:20000685

Job Title: Head of Engineering Maintenance

Department: Estates and FacilitiesEstates Operations

Responsible to: Assistant Director (Estates Operations)

Responsible for:Maintenance Engineers (Electrical)Maintenance Engineers (Mechanical) BMS Engineer

Grade:9

Salary range:52,560-59,135

Contract type:Permanent

Working arrangements:Nominal 35 hours

Closing date:01 December @ midnight

Interview date: (if known)14 December 2020

The Department and role purpose

The Estates and Facilities Directorate provides a number of essential services to Durham University and is responsible for managing, maintaining and developing the infrastructure and building fabric of the various campuses, including:

The Head of Engineering Maintenance will be responsible for delivering a strategic-based engineering (electrical and mechanical) maintenance and minor works service to the University. Leading, managing and developing the Engineering Team to deliver a high level of service.

The post-holder will be responsible for providing compliance assurance on a range of statutory inspections of engineering assets and systems on a pan-University basis.

Interviews for this post will take place on 14 December 2020.

Core responsibilities

Role responsibilities

Specific Role requirements

How to apply

We prefer to receive applications online.

Please note that in submitting your application Durham University will be processing your data. We would ask you to consider the relevant University Privacy Statementhttps://www.dur.ac.uk/ig/dp/privacy/pnjobapplicants/which provides information on the collation, storing and use of data.

What you are required to submit

Please ensure that you submit all documentation listed above or your application will not be considered.

Contact details

For further information please contact: Jane Robson,jane.l.robson@durham.ac.uk.

At Durham University, our aim is to create an open and inclusive environment where everyone can reach their full potential and believe our staff should reflect the diversity of the global community in which we work. We welcome and encourage applications from members of groups who are under-represented in our work force, including people with disabilities, women and black, Asian and minority ethnic communities.

We will notify you on the status of your application at various points throughout the selection process, via automated emails from our e-recruitment system.Please check your spam/junk folder periodically to ensure you receive all emails.

Person specification - skills, knowledge, qualifications and experience required

Essential Criteria

Desirable Criteria

Realising Your Potential Approach

Providing Excellent Student Services and Professional Support:Providing the best quality service to all our students, customers and stakeholders. Building genuine and long-term relationships, through every day interactions, in order to drive up service standards and to enhance their experience.

Providing Leadership and Direction:Seeing the work that you do in the context of the bigger picture and taking a long-term view. Communicating vision clearly and enthusiastically to inspire and motivate others.

Working Together:Working co-operatively with others in order to achieve objectives. Applying a wide range of interpersonal skills.

Using Resources Effectively:Making effective use of available resources including people, information, networks and budgets. Being aware of the financial and commercial aspects of the University.

DBS Requirement:Not Applicable.

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UC Merced Engineering Center to Focus on Ag Technology – AG INFORMATION NETWORK OF THE WEST – AGInfo Ag Information Network Of The West

With California Ag Today, Im Tim Hammerich.

UC Merced recently received funding from the National Science Foundation to build an engineering research center focused on ag technology.

Specifically their focus will be on precision agriculture and internet connect devices. Heres Dr. Catherine Keske, whos an associate professor of management in the school of engineering.

Keske Our center is really innovative in that we're looking at tree crops and row crops. That is part of what made the National Science Foundation really sit up and pay attention. My role as an economist, I'm looking to see if farmers will adopt this or how they would adopt it in a cost-effective way. And we're looking for ag producer, farmer, grower input. If it's easy to use, if there's considerations that maybe the engineers hadn't thought of.

Dr. Keske says they received word of the funding in August and are currently building advisory boards for the project.

Keske We want everybody to have a voice. It's not that we want the scientists to dominate the growers and we don't want industry to overpower everything. It's a really a partnership at all different levels. And I might add that students have a voice in the conversation and that part of the idea is to train a workforce that will be working with this technology as well.

Learn more about IoT4ag.us.

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‘Bending’ light to engineer improved optical devices and circuits – ND Newswire

Irfan Khan, electrical engineering Ph.D. student.

Rainbows are formed when light bends or refracts as it enters and exits a water droplet. The amount that the light bends depends on the color of the light, resulting in white light being separated into a beautiful spectrum of colors. The index of refraction, one of the tools that optical engineers use to control light, describes the interaction between light and matter.

Recently, materials that have an index of refraction that vanishes have gained significant interest across the scientific and engineering communities. These materials, called epsilon-near-zero (ENZ) materials, show great promise for applications in imaging small objects, detecting minute concentrations of targeted molecules (e.g., explosives, toxic chemicals, pollutants)and enabling a new generation of optical devices and circuits.

A team from the University of Notre Dame in collaboration with researchers at the University of Texas at Austin, Cornell Universityand the University of Massachusetts at Lowell has shown how the optical properties of ENZ materials can be engineered to improve optical devices. Their work uses many of the same materials that are used in industry for high-power electronics and could one day allow for the integration of this novel optical behavior into optical devices.

Optical devices create, manipulateor measure electromagnetic radiation light, both the visible and invisible. Eyeglasses and camera lenses, microscopes and telescopes, lasers, light-emitting diodesand solar cells are examples of common optical devices that have been developed to help see and sense the world. Each of these devices exploits the index of refraction in a different way.

The team shared its results in a recent paper published in Optics Express.

Many molecules have vibrational modes in the mid-infrared spectral region, and these vibrations can be used to detect them, said Irfan Khan, anelectrical engineering doctorate student and the paper's lead author. We used ENZ materials to couple to a special optical mode, known as the Berreman mode, to engineer specific optical responses in semiconductor materials currently used in industry.

Engineering these novel optical modes using semiconductor materials is a critical step to incorporating ENZ materials into future optical devices and circuits, says Anthony Hoffman, associate professor of electrical engineering and project lead.

The fact that ENZ materials are readily available, simple to fabricateand operate well on a very small scale also makes them ideal for a variety of applications.

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Transportation Engineering and Safety Conference to be held Dec. 9-11 – Penn State News

UNIVERSITY PARK, Pa. Transportation professionals from around the country will sign in from home and office computers next month, when the annual Transportation Engineering and Safety Conference (TESC) isheld virtuallyfor the first time in history.HeldDec. 911, TESC will bring together experts in industry and academia to discuss some of the most important issues in transportation.

Theconference is divided into six key trackssafety, operations, planning, design,technology andleadership.

Topics to be discussedinclude autonomous vehicles;intelligent transportation systems;new/revised state and federal transportation guidelines;public/private partnerships and innovative financing;work zone innovations;safety improvements; and smart city applications.

Justin Schwartz, Harold and Inge Marcus Dean of Engineeringin the Penn State College of Engineering,will open the conference with a welcome speech. Schwartz is scheduled to speak at 1 p.m. on Dec. 9.

YassminGramian, secretary of the Pennsylvania Department of Transportation (PennDOT), will serve as the conferences keynote speaker. She is scheduled tospeak beginning at approximately 1:10 p.m.onDec. 9.

Featured sessions include:

Online registration is available for attendees, exhibitors and sponsors. The deadline toregister as a sponsoris Nov. 13. Attendees mustregister by Dec. 3to avoid late fees. For complete details about sessionsorexhibitor opportunities, visittesc.psu.edu.

TESC is made possible each year with the help of a long list of sponsors and exhibitors. This years platinum sponsors are AECOM, HNTB, Jacobs, Michael Baker International,PennoniAssociates, Inc. and WSP. A complete list ofsponsorsandexhibitorsmay be viewed onthe website.

TESC is administered byPenn State Conferences and Institutesand hosted by theThomas D. Larson Pennsylvania Transportation Institute.

The Thomas D. Larson Pennsylvania Transportation Institute is Penn States transportation research center. Since its founding in 1968, the Larson Institute has maintained a threefold mission of research, education and service. The institute brings together top faculty, world-class facilities and enterprising students from across the University in partnership with public and private stakeholders to address critical transportation-related problems.

Last Updated November 10, 2020

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Management CEMETERY SUPERINTENDENT The City of Gibbon is currently accepting – Kearney Hub

Management CEMETERY SUPERINTENDENT The City of Gibbon is currently accepting applications for a Cemetery Superintendent. Job entails, but not limited to, a variety of semi-skilled duties in operation, turf management, maintenance and upkeep of the city cemetery as well as an assortment of supervisory, administrative, and technical tasks along with participating in an on-call rotation with other department leaders. A background in turf management and maintenance is desired and to be able to work well with others. Must possess or able to obtain a Nebraska driver's license. Applicate must also be willing to obtain a Nebraska Herbicide and Pesticide Certification within (1) year of hire date paid for by City of Gibbon. The City of Gibbon is an equal opportunity employer that offers competitive wages and a full benefit package for this position. For more information or to request an application please call Gibbon City Hall 308-468-6118. Candidates may send an application and resume to: City Administrator, PO Box 130, Gibbon, NE 68840. Applications accepted until the position has been filled.

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Prometheus: Why The Engineers Were Heading To Earth | Screen Rant – Screen Rant

In Ridley Scott's Prometheus, why were the primordial beings known as the Engineers planning on heading to Earth before they were attacked?

In Ridley Scotts 2012 sci-fi mystery, Prometheus, why were the engineers heading to Earth? The central themes that pervade both Prometheusand its 2017 sequel, Alien: Covenant,can help one better understand this, as both movies deal with the fraught relations between creator and creation, reflecting a classic tussle for power amid the two. Prometheus follows a human expedition headed by archaeologists Elizabeth Shaw (Noomi Rapace) and Charlie Holloway (Logan Marshall-Green), wherein humanity seeks knowledge about belief, immortality, and death from beings that appear god-like in comparison to mortals.

The opening shot of Prometheus features an unforgettable sequence wherein an Engineer named Sacrifice drinks the black goo - which was later discovered by the android, David, on LV-223 - from an urn to create humanity itself, which is accomplished through an act of literal disintegration. The ritualistic sacrifice of this particular Engineer is not different from the lore surrounding the Mayans and the Incas and carries religious undertones, which is subtly hinted at throughout Prometheus, especially when it is revealed that an Engineer was sent to Earth so as to prevent humanity from being consumed by cruelty and aggression, who is believed to be Christ himself. Although very little is known about these beings, their origins, and motivations, it is established that Engineers are a primordial species, with access to cutting-edge technology, which also involved genetic engineering.

RELATED: What Aliens Space Jockeys Were Like Before Prometheus Engineers

When the human expedition team enters the Derelicts Orrery, the murals on the walls, along with the corpse of an Engineer, exemplify that they were equipped with bio-spacesuits and hazmat suit-styled bio-masks, which could potentially be protection gear for the bioweapons found at the alien temple. The crew of the UCSS Prometheus, especially Peter Weyland, are on a doomed quest right from the start. Weyland wishes to prolong his lifespan, and demands so from his maker, without a clear understanding of the core beliefs of the alien race. What ensues is a reversal of the creator-creation dynamic in Blade Runner, as here, the primordial creator views Weylands request as a fall from grace, which is an indication of failure as a race that does not deserve redemption. Prior to this, Weylands daughter, Vickers, questions his hubris, driving the point home: "A king has his reign, and then he dies. It's inevitable.

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Total hands out UKCS engineering framework deals to trio of consultants – News for the Oil and Gas Sector – Energy Voice

A trio of consultancies said yesterday they had clinched contracts to provide engineering services on oil and gas giant Totals UK continental shelf (UKCS) assets.

In separate announcements, Apollo, Atkins and Xodus Group said they would help deliver a range of services for the Paris-headquartered operator over the next three years.

A source claimed the work being dished out via the framework agreements was worth a mid-seven-figure sum in total over the period.

Work packages include safety, environmental, development, facilities, subsea and pipeline engineering, process and flow assurance, and decommissioning.

Apollo, of Aberdeen, was acquired last year by Inverness-headquartered Global Energy Group (GEG).

The companys brownfield engineering capability was combined with GEGs integrity and construction division to create Global Engineering & Construction. Apollos consultancy business continued to operate under its existing brand.

Bosses at Apollo said the deal with Total whose UKCS assets include the massive Culzean gas development, Elgin/Franklin, Laggan-Tormore and the Glendronach discovery was its largest consultancy contract win to date.

They added the company was in a good position to weather the storm of Covid-19 and low oil prices, and the new contract would help Apollo continue on its growth trajectory.

Paul Ellerton, consultancy director, Apollo, said: The award of the contract is a significant milestone in building our relationship with Total.

All the team is excited by the opportunity and looking forward to see what we can achieve together.

We have continued to grow year-on-year in a very challenging market, so this award really cements our position as one of the leading engineering providers in the UKCS.

Apollo business development executive Roisean Farquhar added: Total is one of the largest operators in the North Sea and to be chosen to support them really proves the talent that exists within Apollo.

Xodus, a subsidiary of energy service giant Subsea 7, is also headquartered in the Granite City.

Andrew Wylie, Europe, Middle East and Africa regional director, Xodus, said: We have enjoyed a relationship with Total since we launched 15 years ago and are extremely pleased to be continuing our support for its UK operations as we transition to a net-zero energy efficient future.

Aktins is part of Canadian engineering group SNC-Lavalin, whose Aberdeen-based market director for resources, Matt Browell-Hook, said: Securing this framework is a recognition of the high-quality engineering weve provided to Total over the past years, with a broadening of scope across all our core service lines.

We will utilise our UK expertise through Atkins and global teams to bring a continued focus on decarbonisation to ensure long-term value and sustainability for the North Sea as the industry concentrates on energy transition.

It is understood Genesis, a subsidiary of TechnipFMC, is also competing for a share of the action.

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10 books thatll help you become a better software engineer – The Next Web

Today Im answering one of your questions: what are the books Id recommend to learn more about programming? Before jumping into the recommendations, let me clarify one thing. I did not read all the books listed below. However, I read many of them, and those I didnt read were recommendations I got in the past or are books highly recommended by others in the industry.

Also, I want to state that books are super important to develop skills, learn about best practices, and acquire general knowledge. Still, the most important thing to do when learning to code is to practice and build things independently.So read the books, and then sit down on your computer and perform your magic.

Lets now start with my recommendations for developers.

This book is a masterpiece that will push your software engineering skills to the next level. The book is well-written and covers a variety of topics that will test your limits to better engineering.

The book covers methods and techniques focusing on code design, routines, and quality. I recommend this book to every developer, though it may be overwhelming for those just starting or with little experience.

Planning on landing a new job? Are you taking or planning to take interviews? Then, this book is for you.

Its a collection of frequently asked questions by the top tech companies covering topics such as Big O notation, data structures, algorithms, dynamic programming, object-oriented programming, among other things.

The books author tells his story with interviews, working in giant tech companies like Microsoft, Apple, and Google.

Algorithms, algorithms, algorithms? We all know some sort of definition of the word like: An algorithm is a set of instructions that performs a specific task. Many developers can still go months working on projects without understanding the most common algorithms and data structures. Sometimes we simply dont need them, or so we think. Knowledge of advanced algorithms can help make your code cleaner, not to mention you would be able to complete more complex tasks, and last but not least, its usually a topic for interviews.

This is one of the best books of the present time to develop coding skills. It covers and provides a brief introduction to all aspects of coding skills. It consists of five parts that cover 27 chapters. This book offers a complete guide to fundamental concepts of programming (loops, strings, modules, files, etc.), Object-Oriented Programming, and BASH. It also provides basic guidelines for your first programming job interview.

I highly recommended this book for self-taught developers like myself, though its a good read for any developer in general.

This book compiles the story of 15 excellent developers in the form of interview questions. All the questions aimed at their daily life and challenges as software engineers. There is much to be learned from others experiences, and this book does an amazing job at that. Covering topics such as software development, debugging technics, and programming languages is a no brainer for any developer.

The book about coding best practices. If you often write code, this is definitely for you. Covering topics that will make you write better code every time, no matter the programming language. Though it focuses on java, the concepts apply to many other object-oriented programming languages.

A must-read for software developers, specifically for beginners. The book is like a toolbox, filled with battle-proven tools that will help you be your best self when it comes to writing beautiful and practical code.

I havent read this myself, but it looks very promising, and my friends and colleagues highly recommended it.

Just by looking at the glossary, you can tell so much about the potential of this book. Covering all aspects of software engineering, talking about code and how to get better at it, and other soft skills such as negotiation, time management, estimation, collaboration, and much more.

The book is not only the ultimate guide to making you a better software developer; but also to make you a better software engineer, entrepreneur, and team member.

If I say that this book is an NYTimes best-seller, you would probably think its not a programming book; you would be right; this book is about business and entrepreneurship, and I believe that many developers have this spirit, so knowing a thing or two can be a crucial factor when building your own company.

If you have a million-dollar idea, give this book a try; with all the previous books, you have enough knowledge to build any product you like. Make it rock!

I know were software developers and not designers, but believe me that having some knowledge of design and user experience will boost your productivity as a developer, especially when working in teams with designers and UX experts or building your product.

This article was originally published on Live Code Stream by Juan Cruz Martinez (twitter: @bajcmartinez), founder and publisher of Live Code Stream, entrepreneur, developer, author, speaker, and doer of things.

Live Code Stream is also available as a free weekly newsletter. Sign up for updates on everything related to programming, AI, and computer science in general.

Read next: What to check about a Python machine learning book before buying it

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Global Data Mining Software Market 2020 | Know the Companies List Could Potentially Benefit or Loose out From the Impact of COVID-19 | Top Companies:…

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