Category Archives: Engineering
He should be held responsible: Engineering mistake may have contributed to collapsed building in the Bronx – PIX11 New York News
BRONX, N.Y. (PIX11) The city says a serious error by an engineer may have contributed to the partial collapse that has left more than a hundred people without a home.
The engineer failed to recognize a structural column labeling it as a decorative one.
New York City has suspended the inspection authority for that engineer and the city states it is working to permanently revoke the engineers authority to inspect exterior walls of buildings here in the city.
Back in June, a New York state-licensed professional engineer incorrectly labeled the buildings load-bearing corner column as decorative.
On Monday when work was being done on the building, the city said that a fundamental mistake may have contributed to the collapse.
In a statement, the mayor said in part when those who are entrusted to keep us safe cut corners and make catastrophic mistakes, were going to take swift action and hold them accountable.
Congressman Ritchie Torress who represents the Bronx agrees.
The fact that a licensed engineer would misdiagnose a structural column as decorative is a staggering act of incompetence, Torres said. He should be held responsible.
The Department of Buildings states it is now reviewing more than 350 recent filings by the engineer.It adds that with 1.1 million buildings in the city but with just over 540 building inspectors, the city must be able to rely on design professionals to do their jobs.
Congressman Torres is now partnering with CongressmanAdriano Espaillat on legislation to improve building safety.
One collapse is one too many and its so catastrophic that people have lost their homes, Torres said.
The city has not released the name of the engineer.The Department of Investigation andthe Bronx District Attorney are all investigating the engineers Conduct.
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Denys Poshyvanyk elevated to fellow of the Institute of Electrical and Electronic Engineers – William & Mary
Denys Poshyvanyk, chancellor professor of computer science at William & Mary, has been elevated to Fellow of the Institute of Electrical and Electronic Engineers (IEEE).
Denys is a prolific scholar who has produced results of impact and consequence, said Evgenia Smirni, Sidney P. Chockley Professor of Computer Science at W&M. According to Google Scholar, he is the 10th most cited author from W&M, and his work is of tremendous influence, as shown by his multiple Test of Time Awards for research contributions. He has squarely put W&M on the software engineering map.
Poshyvanyk is the fourth member of the W&M computer science department to be elevated to IEEE fellow. The other three are Smirni, Qun Li and Gang Zhou.
With approximately 427,000 members in more than 190 countries, the IEEE is the worlds largest professional technical society, consisting of engineers, scientists and allied professionals. Member research focuses on electrical and computer science, engineering and related disciplines. Less than 0.1% of voting IEEE members are selected annually for fellowship.
With Poshyvanyks elevation, 18% of W&M computer science faculty members are now IEEE fellows. For perspective, 13% of University of Michigans computer science faculty and 12% of Virginia Techs computer science faculty hold this distinction.
Poshyvanyks fellowship reflects the excellence of W&Ms computer science department and accentuates the vast potential of W&Ms proposed new school which will join the departments and programs of Computer Science, Data Science, Applied Science and Physics. Data is one of the cornerstone initiatives of W&Ms Vision 2026 strategic plan.
As a department, we are super-excited about the new school, said Poshyvanyk. It emphasizes the role of computer science and data science in shaping the future of liberal arts education. The new school will open up even more opportunities for computer science and create meaningful collaboration mechanisms both within and outside of W&M.
Poshyvanyks fellowship is in recognition of his contributions to integrating software analyses and machine learning, a type of artificial intelligence that allows computers to carry out complex tasks without being given precise commands.
Poshyvanyk explained that when developers write source code, it isnt just the final code that is produced. The changes accumulated throughout the development process are stored in the version tracking systems, including bug reports, evolving documentation requirements and all past versions of the code.
We can take advantage of all of the artifacts left behind by developers when theyre building the software, said Poshyvanyk. We can utilize that information to provide actionable insights for developers so that they can be more productive.
Poshyvanyk was one of the pioneers in utilizing deep learning and neural large language models (LLMs) for software development. Deep learning is a branch of machine learning that uses data and algorithms to mimic the way that humans learn. LLMs use enormous amounts of data and can generate or review code by recognizing, translating, predicting or generating text.
When Poshyvanyk began this research about 10 years ago, the idea of using deep learning and LLMs for software development seemed far-fetched to many computer scientists.
My papers were rejected, Poshyvanyk said. People were saying, This is science fiction. Do something real. My colleagues and I had a deep conviction at the time that this was going to be really useful down the road, and it turns out we were right.
A 2015 study co-authored by Poshyvanyk showed that deep learning produced higher quality models than those produced by systems that were the status quo at the time. Using deep learning models for code suggestion also produced superior results. In its conclusion, the study proposed future applications for deep learning that are now widely used in software engineering.
Another example of Poshyvanyks early influential work is a 2016 study which found that deep learning outperformed the traditional method of detecting code clones, a common problem for software developers. Since then, software developers have adopted deep learning as the most efficient method of detecting code clones, significantly improving overall productivity.
Poshyvanyks more recent work has been influential in the research and practice of automated program repair, which involves teaching a computer to modify an existing program in order to fix a bug. Poshyvanyk and his colleagues developed SequenceR. This novel approach to automated repair uses sequence-to-sequence learning, which translates from one language to another, and a copy mechanism to overcome the problem of large vocabulary in source code. This was a huge leap in automated program repair.
Additionally, Poshyvanyk has won multiple Best Paper Awards and Most Influential Paper Awards and the National Science Foundations CAREER award.
His achievements reflect both the distinction and significance of his work and the excellence of the W&M computer science department as a whole, said Smirni. This serves as a harbinger for the success of W&Ms proposed new school and its upcoming graduates.
Laura Grove, Research Writer
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Butch family gifts to WVU Tech boost robotics, math and engineering resources – Cleburne Times-Review
The West Virginia University Institute of Technology is expanding robotics, mathematics and engineering resources for students with support from a dedicated family of WVU Tech alumni honoring its late patriarch.
The Butch family established three new funds to boost STEM education at WVU Tech, providing a total of $170,000 in memory of James N. Butch. The familys gifts have a targeted focus on robotics, increasing financial support for materials and equipment, competition fees, travel, lodging, meals, faculty and more to aid the WVU Tech robotics team.
The funds also support enhanced math instruction and other areas of greatest need within Techs Leonard C. Nelson College of Engineering and Sciences.
The three funds established by the Butch family at WVU Tech will be instrumental in preparing our undergraduates to be STEM leaders for our great state of West Virginia and beyond. The Butch family legacy is rooted in West Virginia, but its reach is international, said Tamara Floyd Smith, dean of the Leonard C. Nelson College of Engineering and Sciences, in a press release. We are very proud of our connection to this family and its commitment to STEM education and excellence.
Butch, a native of Elkins, W.Va., was drawn to WVU Tech for its engineering programs. Butch met his wife of 45 years, Frances, while completing his bachelors degree in electrical engineering in the early 1970s. The couple settled in Charleston as they started a family that eventually included three daughters Maria Franck, Jaime Frampton and Natalie Swartz.
Butch and two partners founded Eagle Research Corporation in 1976 and spent the first few years building computers out of a garage. The company grew moving first to offices in St. Albans, W.Va., and later to Hurricane, W.Va. as Butch brought his passion for radio communication to the business and identified technological tools for the energy industry.
Swartz, who serves as director of operations, said her father relocated the business after he realized most of his employees were traveling from Putnam County. She noted that many longtime Eagle Research Corporation employees have remained loyal due to her dads gracious support for his staff.
All three of Butchs children now work for the family business. While his daughters earned degrees from WVU and Marshall University, Butchs grandchildren have chosen to follow in the footsteps of their grandfather at WVU Tech.
Swartz said both of her parents strongly believed in the power of education. The familys latest contributions build upon her fathers previous gifts to empower faculty and students at WVU Tech to succeed.
My dad very much loved all his professors, and he thought they were the best teachers, Swartz said in the release. He wanted to support the faculty, and he wanted to support the students in having the materials they needed.
Frances Butch devoted her career to education after completing her bachelors degree at West Virginia State College and her masters degree at WVU. She taught at several schools in Kanawha County, from elementary through high school.
James Butch was a longtime supporter of STEM education in West Virginia. His previous gifts established a radio frequency lab at Tech and an endowment to support senior design projects by students in WVUs Lane Department of Computer Science and Electrical Engineering. The latter was named for Lyle Blackwell, a longtime faculty member who nurtured Techs engineering programs and influenced Butchs education. His family continued that tradition by naming the newest funds for Blackwell.
Butch also served on advisory boards for WVU Tech, WVUs Benjamin M. Statler College of Engineering and Mineral Resources and the Lane Department of Computer Science and Electrical Engineering for 20 years.
Butch passed away unexpectedly June 12, 2020. His wife and children all reside in the Charleston area.
James Butch lives on at WVU Tech through our inquisitive students who continue to explore and innovate, said T. Ramon Stuart, president of WVU Tech, in the release. The generosity and thoughtful commitment from the Butch family help us continue our work to train the leaders and engineers of tomorrow.
The Butch familys gift was made through the WVU Foundation, the nonprofit organization that receives and administers private donations on behalf of WVU Tech.
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Students Melanie Leyson and Gardyartu Freeman attend national conference for women in engineering and … – Oregon Institute of Technology
Gardyartu Freeman and Melanie Leyson at WE23
Two Oregon Tech graduate students, Melanie Leyson and Gardyartu Freeman, recently participated in the Society of Women Engineers National Conference (WE23) held in Los Angeles from Oct. 27-29. The event allowed both students to engage with professionals in engineering and technology fields and gain valuable insights into their chosen careers.
Leyson, a graduate student in Renewable Energy Engineering, expressed her appreciation for the conference's focus on building a sense of belonging and authenticity. "The wide range of session topics and the extensive career fair presented opportunities to explore a multitude of industries featuring engineering, Leyson said. I returned home with new connections, more knowledge of the hydrogen economy, and actionable ways to build a sense of belonging and authenticity among my peers at Oregon Tech and in my workplace."
Leyson currently works at POWER Engineers, where she began as an intern and was hired into a full-time position as a Distribution Engineer I when she finished her undergraduate work at Oregon Tech. POWER Engineers sponsored Leysons WE23 registration and paid her for attendance at the professional training.
Freeman, also a Renewable Energy Engineering graduate student, highlighted the conferences impact on her personal and professional development. "It was fascinating to learn about the impact of engineers in healthcare as someone with a manufacturing background and who has worked with infusion pumps, Freeman said. It was fantastic to hear others present on issues I've already been working on during the personal development sessions. As a result, having them reiterate the message was immensely welcomed."
In addition to her studies at Oregon Tech, Freeman is working on a Google Project Management certificate to pivot to Project Management.
Oregon Tech's student organization, the Society of Women Engineers Portland-Metro (SWE PM), sponsored travel for the two students. The SWE PM is a chapter of the international Society of Women Engineers, a global organization that advocates for women in engineering. With approximately 40,000 members, including students, professionals, and retirees, the Society of Women Engineers aims to promote professional quality, globalization, advocacy, and diversity in engineering and technology.
On behalf of SWE PM, Oregon Techs Student Involvement and Belonging Director Thomas Arce emphasized the department's commitment to supporting student leadership development and providing opportunities for all Oregon Tech students.
We appreciate the opportunities our Oregon Tech student organization leaders can gain from attending industry-focused national association-based conferences, Arce said. Student leaders can practice the leadership and networking skills they learn from their participation with our university's co-curricular offerings.###
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Dynamical flexible inference of nonlinear latent factors and structures in neural population activity – Nature.com
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Noida engineering student had an argument with crane driver, he pushed her: Police – The Indian Express
A day after a 22-year-old woman died in an accident with a crane, police have learnt that the driver of the tow vehicle had pushed her off following an argument, Gautam Buddha Nagar police said Sunday.
Police said the deceased, Divyanshi Sharma, a resident of Nirankari Colony in GTB Nagar, Delhi, had called a crane to tow her Honda Amaze car away after a breakdown. However, while on the way, the side mirror of the car broke after brushing against an auto. This led to an argument between the crane driver, Vikas Bhati, a resident of Dadri, and the woman, an engineering student.
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As the crane reached near Expo Mart roundabout, the car it was towing brushed against an auto, leading to damage to the side mirror. This led to an arugment, with Divyanshi insisting that the crane driver pay for the damages and drop her and her three friends to a service center in Delhi. As the argument escalated, Bhati asked the group to get down and moved ahead with his vehicle, said Ashok Kumar, Additional DCP, Greater Noida.
He further said, Divyanshi ran behind the crane and Bhati pushed her down angrily. Divyanshi caught hold of the crane and got dragged for a few meters. Due to this, she suffered serious injuries and died during treatment.
Kumar said the accused has been arrested and is being produced before the court for remand. An FIR under IPC sections 304 (Punishment for culpable homicide not amounting to murder) and 279 (Rash driving or riding on a public way) has been registered at the Knowledge Park Police Station.
Divyanshi Sharma was a student at a private university in Greater Noida.
An eyewitness to the incident said that the accused was driving the crane in a rash manner and thus hit the car against the autorickshaw.The autorickshaw driver also confronted him, but he (the crane driver) outrightly denied any fault on his part. He was leaving us in the middle of nowhere and we requested him to at least drop us at the nearest service centre, where the car could be repaired. But he did not listen. Later, Divyanshi realised that her cars keys were still with the tow driver and she ran towards the crane to get them back. He did not care to stop she fell (off the crane), hitting her head on the road, said a friend of the deceased.
The Indian Express Pvt Ltd
First published on: 18-12-2023 at 04:55 IST
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Quality of engineering test papers below par – The Hindu
In engineering too, a Tamil Nadu State Planning Commission (SPC) study has indicated that the quality of question papers requires a large-scale improvement.
Question papers set by the university are mostly focused on the Remember and Understand level with a few questions related to Apply or Analyse levels, the study Evaluation of semester-end question papers of state universities in Tamil Nadu pointed out.
Bannari Amman Institute of Technology (BIT), Sathyamangalam, undertook the evaluation of engineering examinations. For engineering undergraduate degree program, seven subjects including B.E, Civil; B.E. Mechanical; B.E. Electrical and Electronics; B.E. Electronics and Communication; B.E. Computer Science; B.E. Information Technology; and B.E. Biotechnology, were considered and around eight papers were analysed in each of these subjects for the study.
In Civil Engineering, it was observed that the format of the papers did not effectively match the cognitive level in answer choices. Open-ended questions such as write a short note... do not adequately measure a students understanding and should be avoided. In Electrical and Electronics Engineering papers, evaluators found that some questions seemed to be from unrelated topics and course outcomes. Some key concepts, such as Dual Converter and TRIACs, appear to be missing from the question papers, they noted. In Mechanical Engineering papers, it was found that most questions did not provide a way to assess the students proficiency in various knowledge domains. Also, part-A questions mostly focus on the ability to recall information.
Similar observations were made in Computer Science papers. Here, phrasing of the question was not easy to understand in many portions, the evaluators noted, and flagged misuse of Blooms Taxonomy action verbs in questions. For example, with respect to a question like develop an algorithm, no new algorithm can be developed as a default algorithm is already available. Such questions had to be reconsidered. It was also observed that one just needed remembering and understanding skills for clearing the paper, and there was nothing interesting for the students to explore.
The SPC has recommended implementation of Outcome Based Education (OBE) should be carried out with proper understanding of its significance. Regular training and upskilling on OBE and Blooms Taxonomy should be provided to faculty.
The Commission further highlighted that the quality of question papers in engineering universities in the State required large-scale improvement. Criteria such as adoption of Blooms Revised Taxonomy for generating question papers have been recommended repeatedly by regulators. It is, however, not clear whether exam papers adhere to the norms, it said in the report.
To address this gap, the SPC undertook an evaluation of a sample set of question papers in the humanities, social sciences, natural sciences and engineering, drawn from a representative set of universities, along with a panel of experts.
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Engineer misdiagnosed column linked to Bronx collapse – Spectrum News NY1
How do you pick up your entire life in 20 minutes?" said Vannesa Olivo.
Thats all the time Olivo had to gather a lifetimes worth of memories for her mother and father at their Billingsley Terrace apartment on Friday.
How do you take your grandmas ashes and just throw them? Like, hurry up, put them in this bag and lets go. And how do I tell my mom she may never come back home? Olivo said.
Olivos parents are just two out of roughly 30 family members who lived in the building before it collapsed on Monday, now scattered between shelters.
A shelter. A room, an apartment that is empty. Nothing in it, just a bed, Olivo said.
Olivo said she only has enough room to house about a dozen family members on top of her family of six.
On Friday, the city said an engineer misdiagnosed a structural column as decorative.
To hear that it was this class of mistake calls into question the ways we are scrutinizing our professionals, said Councilmember Pierina Sanchez.
Sanchez is chair of the Housing and Buildings Committee. The collapse also happened in her district. Shes now looking into possible oversight committees.
As a City Council, were going to be asking the questions about what was missing. Did we not have enough eyes? Do we not have the right protocols? Sanchez said.
The city said it has suspended Richard Koenigsberg of Koenigsberg Engineerings inspection authority.
Officials want to permanently revoke the engineers authority to inspect exterior walls of buildings.
NY1 spoke with Koenigsberg. He said he just became aware of the allegations and has no comment at this time.
How dare they not double check that, and now were all in the street for one mistake? Olivo said.
Now Olivio said a family that once lived together will now be scattered for the holidays.
It doesnt look like home for the holidays, Olivo said.
In order to suspend the engineers authority, it must go through the Office of Administrative Trials and Hearings.
Its unclear, if these allegations are true, how long that could take.
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Engineer misdiagnosed column linked to Bronx collapse - Spectrum News NY1
Engineers working to resolve issue with Voyager 1 computer – Phys.org
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Engineers are working to resolve an issue with one of Voyager 1's three onboard computers, called the flight data system (FDS). The spacecraft is receiving and executing commands sent from Earth; however, the FDS is not communicating properly with one of the probe's subsystems, called the telecommunications unit (TMU). As a result, no science or engineering data is being sent back to Earth.
Among other things, the FDS is designed to collect data from the science instruments as well as engineering data about the health and status of the spacecraft. It then combines that information into a single data "package" to be sent back to Earth by the TMU. The data is in the form of ones and zeros, or binary code. Varying combinations of the two numbers are the basis of all computer language.
Recently, the TMU began transmitting a repeating pattern of ones and zeros as if it were "stuck." After ruling out other possibilities, the Voyager team determined that the source of the issue is the FDS. This past weekend the team tried to restart the FDS and return it to the state it was in before the issue began, but the spacecraft still isn't returning useable data.
It could take several weeks for engineers to develop a new plan to remedy the issue. Launched in 1977, the spacecraft and its twin, Voyager 2, are the two longest-operating spacecraft in history. Finding solutions to challenges the probes encounter often entails consulting original, decades-old documents written by engineers who didn't anticipate the issues that are arising today. As a result, it takes time for the team to understand how a new command will affect the spacecraft's operations in order to avoid unintended consequences.
In addition, commands from mission controllers on Earth take 22.5 hours to reach Voyager 1, which is exploring the outer regions of our solar system more than 15 billion miles (24 billion kilometers) from Earth. That means the engineering team has to wait 45 hours to get a response from Voyager 1 and determine whether a command had the intended outcome.
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Engineers working to resolve issue with Voyager 1 computer - Phys.org
It’s Official: Platform Engineers Earn More Than You – The New Stack
In the rapidly evolving world of technology, hiring strategies can make or break you when it comes to staying competitive especially with the ongoing war on talent. So were super excited for our big reveal.
A new champion has emerged in the field of engineering salaries: platform engineers. According to the latest findings in Humanitecs State of Platform Engineering Report Vol 2, this relatively new entrant is already making big waves, outpacing its DevOps counterparts in earnings. This revelation not only highlights the increasing value of platform engineering, it also sets the stage for a deeper look into its growing prominence in the tech industry.
Recently named a Top Strategic Technology Trend by Gartner for both 2023 and 2024, platform engineering sits at the peak of Gartners Hype Cycle. For many organizations, its transitioned from an emerging trend to a new standard. This recognition comes not only from Gartner but also from CNCF, Google, Microsoft and many others. And it underscores the critical importance and snowballing influence of platform engineering in shaping the future of technology.
Platform engineerings rise is largely shaped by its approach. Its the perfect blend of software development, operations, product management (platform as a product) and infrastructure. But this multifaceted discipline is not just about technical know-how; its about driving standardization and automation to enhance overall productivity and efficiency in software delivery processes. As platform engineering continues to gain momentum, companies are rethinking their approach to software development and operations.
The Platform Engineering 2023 survey, which primarily targets the United States and Europe, shines a spotlight on the current technology pay gap. In the US, platform engineers enjoy a staggering 42.5% salary advantage, averaging an additional $65,439 over their DevOps counterparts. Europe sees a similar trend (to a lesser extent), with platform engineers earning 18.64% more. Thats equivalent to an extra $15,871 annually.
Note: Data aggregated is based on the description of what respondents say they work on. Platform engineering was aggregated from platform engineering and developer experience. DevOps was aggregated from infrastructure, DevOps setup and ops.
This significant salary difference could be due to the demanding nature of platform engineering. Unlike traditional ops and DevOps roles, platform engineering demands a broader and often more specialized skill set. These professionals are not just bridging gaps between software development and ops. Nor do they simply solve team or individual problems. Much more than that, their work impacts the entire organization, innovating and shaping the platforms that, if built well, lead to shorter time to market by unblocking developer and ops bottlenecks.
Awareness of this salary gap has far-reaching implications for the tech industry. For one, it may influence the career trajectories of aspiring engineers, nudging them towards specializing in platform engineering. It may also get companies thinking about the need to reassess their hiring strategies and salary structures to attract and retain the very best talent.
This trend also signals a potential shift in employment dynamics within the tech sector. As the demand for platform engineering expertise grows, roles could realign, with more focus on finding skills that cover wider technological breadth and depth.
Our report findings highlight the ever-growing importance of the platform engineer role. The fact that theyre leading the way in terms of earnings is a trend every engineering organization should sit up and pay attention to. Not only does it reflect their potential to impact the entire business and cut time to market, but, for some organizations, it signals the need to seriously rethink recruitment strategies and secure the right people with the right skills and stay ahead of the curve.
Explore Humanitecs full report for more insights into the state of platform engineering.
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It's Official: Platform Engineers Earn More Than You - The New Stack