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KDD 2021 Honors Recipients of the SIGKDD Best Paper Awards – Yahoo Finance

Top Data Scientists Recognized for Advanced Research and Applied Data Science in Topics Spanning COVID-19, Disaster Work Zones, and Diverse Time Range Queries

SAN DIEGO, Sept. 28, 2021 /PRNewswire/ -- The Association for Computing Machinery (ACM) Special Interest Group on Knowledge Discovery and Data Mining (SIGKDD) today announced the recipients of the SIGKDD Best Paper Awards, recognizing papers presented at the annual SIGKDD conference that advance the fundamental understanding of the field of knowledge discovery in data and data mining. Winners were selected from more than 2,200 papers initially submitted for consideration to be presented at KDD 2021, which took place Aug. 14-18. Of the 394 papers chosen for the conference, three awards were granted: Best Paper in the Research Track, Best Paper in the Applied Data Science Track, and Best Student Paper.

(PRNewsfoto/ACM SIGKDD)

"Academic and industrial researchers from all over the world submitted papers to KDD 2021 to showcase the newest innovations in the field of machine learning knowledge discovery," noted Dr. Haixun Wang, chair of the SIGKDD award committee. "Those selected for recognition have pushed the frontier of machine learning especially in tackling real-world problems." The SIGKDD Best Papers of 2021 are as follows:

Research Track: "Fast and Memory-Efficient Tucker Decomposition for Answering Diverse Time Range Queries," by Jun-gi Jang and U Kang (both from Seoul National University) Having investigated methods that analyze dense tensors to discover hidden factors, researchers showed that the Zoom-Tucker is a fast and memory-efficient Tucker decomposition method for finding hidden factors of temporal tensor data in an arbitrary time range. The paper illustrates that by elaborately decoupling the preprocessed results included in diverse time range and carefully determining the order of computations, the Zoom-Tucker method is up to 171.9x faster and requires up to 230x less space than existing methods, providing a creative solution that yielded astounding results.

Research Track, Student Paper: "Spectral Clustering of Attributed Multi-Relational Graphs," by Ylli Sadikaj (University of Vienna), Yllka Velaj (University of Vienna), Sahar Behzadi Soheil (University of Vienna), and Claudia Plant (University of Vienna) Having investigated the challenge of graph clustering when complex data in many domains are represented as both attributed and multi-relational networks, researchers proposed SpectralMix, a joint dimensionality reduction technique for multi-relational graphs with categorical node attributes. SpectralMix integrates all information available from the attributes, the different types of relations, and the graph structure to enable a sound interpretation of the clustering results.

Applied Data Science Track: "Supporting COVID-19 Policy Response with Large-Scale Mobility-Based Modeling," by Serina Chang (Stanford University), Mandy Wilson (University of Virginia), Bryan Leroy Lewis (University of Virginia), Zakaria Mehrab (University of Virginia), Emma J. Pierson (Microsoft Research), Pang Wei Koh (Stanford University), Jaline Gerardin (Northwestern University), Beth Red Bird (Northwestern University), David Grusky (Stanford University), Madhav Marathe (University of Virginia), and Jure Lesovec (Stanford University) The authors introduced a decision-support tool that utilizes large-scale data and epidemiological modeling to quantify the impact of changes in mobility on infection rates. The model captured the spread of COVID-19 by using a fine-grained, dynamic mobility network that encodes the hourly movements of people from neighborhoods to individual places, with more than 3 billion hourly edges. The paper describes the robust computational infrastructure required to support millions of model realizations that can simulate a wide variety of reopening plans, giving policymakers an analytical tool to assess the tradeoffs between future infections and mobility restrictions.

Applied Data Science Track, Runner Up: "Energy-Efficient 3D Vehicular Crowdsourcing for Disaster Response by Distributed Deep Reinforcement Learning," by Hao Wang (Beijing Institute of Technology), Chi (Harold) Liu (Beijing Institute of Technology), Zipeng Dai (Beijing Institute of Technology), Jian Tang (DiDi Chuxing), and Guoren Wang (Beijing Institute of Technology) The authors presented DRL-DisasterVC(3D), a distributed deep reinforcement learning framework, to maximize the amount of collected data from unmanned vehicles in a 3-dimensional (3D) disaster work zone. The paper described a 3D convolutional neural network with multi-head-relational attention for spatial modeling and auxiliary pixel control for spatial exploration, and a novel disaster response simulator, called "DisasterSim," used to conduct extensive experiments to show that DRL-DisasterVC(3D) maximizes data collection, geographical fairness, and energy efficiency, while minimizing data dropout due to limited transmission rate.

The technical program committees for the Research Track and the Applied Data Science Track identified and nominated a highly selective group of papers for the Best Paper Awards. The nominated papers were then independently reviewed by a committee led by Chair Haixun Wang, vice president of engineering and algorithms at Instacart; Professor Wei Wang, University of California, Los Angeles; Professor Beng Chin, National University of Singapore; Professor Jiawei Han, University of Illinois at Urbana-Champaign; and Sanjay Chawla, research director of Qatar Computing Research Institute's data analytics department.

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For more information on KDD 2021, please visit: https://www.kdd.org/kdd2021/.

About ACM SIGKDD: ACM is the premier global professional organization for researchers and professionals dedicated to the advancement of the science and practice of knowledge discovery and data mining. SIGKDD is ACM's Special Interest Group on Knowledge Discovery and Data Mining. The annual KDD International Conference on Knowledge Discovery and Data Mining is the premier interdisciplinary conference for data mining, data science and analytics.

Follow KDD: Facebook https://www.facebook.com/SIGKDD Twitter https://twitter.com/kdd_news LinkedInhttps://www.linkedin.com/groups/160888/

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Analytics Insight Announces Big Data Analytics Companies of the Year – Yahoo Finance

SAN JOSE, Calif. & HYDERABAD, India, September 29, 2021--(BUSINESS WIRE)--Analytics Insight has announced 'Big Data Analytics Companies of the Year in its September magazine issue. The issue is focusing on trailblazing companies that are analyzing data to accelerate business development.

The magazine recognizes ten futuristic companies driving exponential growth in big data analytics ecosystem through innovative solutions. They aid businesses to achieve success by understanding patterns and deriving meaningful answers from the past, present, and future data. These companies use the latest tools and software to analyze and provide a wide variety of insightful solutions that help take the right business decision. Here is the list of the top ten big data analytics companies that are redefining the industry by giving an edge to business in 2021.

Featuring as the Cover Story is SWARM Engineering, a company transforming the way people solve problems, with a vision to democratize the use of AI and make it easily accessible to everyday business users. SWARM is focused on tackling inefficiencies in the agri-food supply chain, reducing food waste, and lowering carbon footprints, by finding more effective ways to operate processes such as forecasting yield or balancing supply and demand.

The issue features SDG Group and Qubedocs as the Companies of the Month.

SDG Group: SDG Group is a trailblazer in the data and analytics field. For the past 25 years, the company is helping clients transform data into business decisions. SDG Group serves its vision through services and capabilities that support the whole data journey.

Qubedocs: Qubedocs provides automated documentation for IBMs TM1/Planning Analytics (PA) tool. Some of the USAs largest corporate budgeting and planning models rely on the power and versatility of the company.

Other honourable companies include,

VisionSoft: VisionSoft is one of the top big analytics companies addressing the key challenges faced by the industry in controlling and managing big data as well as complexities with HANA Solutions, cloud managed services, and digitization.

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Tenzai Systems: Tenzai Systems is a purpose-driven AI company founded by award-winning data science leaders with the vision of helping organizations realize the true potential of artificial intelligence. The company creates impactful AI solutions for clients that are accessible.

Stefanini Group: Stefanini Group is a US$1 billion global technology company that provides organizations of all shapes and sizes with a broad portfolio of digital transformation services and solutions. The company offers AI, automation, cloud, IoT, and user experience services.

Flip Robo: Flip Robo is an artificial intelligence and development company. It specializes in chatbots, web scrapping, and building algorithms that help people scale up their businesses. The company is also an expertise in web and mobile development.

Cloudera: Cloudera accelerates digital transformation for the worlds largest enterprises. The company helps innovative organizations across all industries to tackle transformational use cases and extract real-time insights from an ever-increasing amount of data to drive value.

SAP: SAP is the market leader in enterprise application software, helping companies of all sizes and in all industries run at their best. SAPs machine learning, Internet of Things (IoT), and advanced analytics technologies help turn customers businesses into intelligent enterprises.

Alteryx: Alteryx helps customers achieve outcomes from their data to create business-changing breakthroughs every day. The companys human-centred analytics automation platform unifies data science, analytics, and process automation together to help clients harness complex data.

"The emergence of technology in diverse sectors has led to the generation of massive amounts of data every day. Without data analytics, businesses cannot understand what this information means. In this issue, Analytics insight aims to recognize and celebrate big data analytics companies that are sophisticating the business decision-making process with the help of data," says Adilin Beatrice, Associate Manager at Analytics Insight.

Read the detailed coverage here. For more information, please visit https://www.analyticsinsight.net/.

About Analytics Insight

Analytics Insight is an influential platform dedicated to insights, trends, and opinions from the world of data-driven technologies. It monitors developments, recognition, and achievements made by AI, big data, and analytics companies across the globe. The Analytics Insight Magazine features opinions and views from top leaders and executives in the industry who share their journey, experiences, success stories, and knowledge to grow profitable businesses.

To set up an interview or advertise your brand, contact info@analyticsinsight.net

View source version on businesswire.com: https://www.businesswire.com/news/home/20210929005638/en/

Contacts

Ashish SukhadeveFounder & CEOEmail: ashishsukhadeve@analyticsinsight.net Tel: +91-40-23055215http://www.analyticsinsight.net

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R is better than Python. Try telling that to banks – eFinancialCareers

Most serious data scientistsprefer R to Python, but if you want to work in data science or machine learning in an investment bank, you're probably going to have to put your partiality to R aside. Banks overwhelmingly use Python instead.

"Python is preferred to R in banks for a number of reasons," says the New York-based head of data science at one leading bank. "There's greater availability of machine learning packages like sklearn in Python; it'sbetter for generic programming tasks and is more easily productionized; plusPython's better for data cleaning (like Perl used to be) and for text analysis."

For this reason, he said banks have moved their data analysis to Python almost entirely. There are a few exceptions: some strats jobs use R, but for the most part Python predominates.

Nonetheless, R still has its fans. Jeffrey Ryan, the former star quant at Citadel is a big proponent of R and runs an annual conference on R in finance (canceled this year due to COVID-19). "R was designed to be data-centric and was researcher built," says Ryan. "Whereas Python co-opted R's data frame and time series, via Pandas [the open source software library for data manipulation in Python built by Wes McKinney, a former software developer at Two Sigma.]"

R is still used in statistical work and research, says Ryan. By comparison, Python is the tool of "popular data analysis," and is easy to use without learning statistics. "Python found a whole new audience of programmers at the exact right moment in history," Ryan reflects. "When programmers (more numerous than statisticians) want to work with data, Pythonhas the appeal of a single language that "does it all" - even if it technically does none of this by design."

Given the importance of data in financial services, it might be presumed that banks would favor the more capable language, even if itdoes require extra effort to master. However, Graham Giller, chief executive officer at Giller Investments and a former head of data science research at JPMorgan and Deutsche Bank, says banks have settled on Python over R because banks' IT departmentsare predominantly run by computer scientists rather than people who care a lot about data.

"Personally I like R a lot," says Giller."R ismuch more of a tool for professional statisticians, meaning people who are interested in inference about data, rather than computer scientistswho are people interested in code." As the computer scientists in banks have gained traction, Giller says banks have "replaced quants with IT professionals or with quants who deep down want to be IT professionals," and they've brought Python with them.

For the pure mathematicians in finance, it's all a bit frustrating. Pandas was built on the back of R, but has taken on a life of its own. "Pandas started out as a way to bring an R like environment to Python," says Giller, observing that Pandas can be "horrifically slow and inefficient" by comparison.

Most people don't care about this though: the more that Python and Pandas are used, the more use cases they have. "R has a relatively smaller user base than Pythonat this point," says Ryan."Thisin turn means a lot of tools start to get created around python and data, and it builds upon its success."

Have a confidential story, tip, or comment youd like to share? Contact:sbutcher@efinancialcareers.comin the first instance. Whatsapp/Signal/Telegram also available.

Bear with us if you leave a comment at the bottom of this article: all our comments are moderated by human beings. Sometimes these humans might be asleep, or away from their desks, so it may take a while for your comment to appear. Eventually it will unless its offensive or libelous (in which case it wont.)

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Accelerating Innovative Digital Engineering Capabilities To The Warfighter – Breaking Defense

Photo: Courtesy of BAE Systems

As a leading systems integration company, BAE Systems is accelerating capabilities that meet the national security needs, priorities, and missions of our customers. With evolving threats and technological advances on the immediate horizon, we are delivering solutions to complex systems problems, and making it easier for the Department of Defense (DoD) to manage, control, and modernize its systems.One way we accomplish this is through innovative and comprehensive digital engineering (DE) techniques. Guided by the DoDs DE strategy, we are integrating new modeling tools and developing model-driven methods for many services, systems, and products. In fact, we are already leading the implementation of DE on major missile and strategic weapon systems programs today.

Why digital engineering?

To realize these benefits, we apply model-based systems engineering (MBSE) approaches that result in a continuous end-to-end digital representation of the System of Systems, subsystems, and components. We enable a complete system-level model-based digital thread that supports consistent modeling, simulation, and analysis and provides a complete picture of how a system functions. This continuity provides more effective and efficient decision-making capability for our customers.

Its time to own digitalOur team translates paper-based legacy and 2D heritage design documents into interconnected, cross-domain digital models that own constantly evolving technical baselines. When applying our DE approaches, our customers benefit from a reduction in cost and improvement in schedule and performance on new and legacy programs.

Pete Trainer, vice president and general manager of BAE Systems Air & Space Force Solutions, said, Our experts are delivering effective product lifecycle management through DE, MBSE, and Agile DevSecOps software development for the ICBM Systems Directorates. Our DE work is helping our customers make better informed decisions, because they now have clear visibility into how making a change in one place can impact overall system readiness.

DE approaches are also enabling the creation of digital twins for true virtualization of critical no fail weapons systems to enable continuous development and integration, to optimize current system performance, to predict future performance, and enhance system readiness through predictive maintenance and analytics.

We use digital models to train operators and others in a virtual environment. This reduces training time, cost, and risk to the operational system. Our work also allows commanders, operators, maintainers, and logisticians to have unparalleled insight into the current and projected future status of a system, said Trainer.

For example, under the direction and prioritization of the U.S. Air Force, we are using low-risk, industry-standard modeling techniques, specifically the Object Modeling Group Systems Modeling Language (SysML), to author a model to predict the availability for the MMIII Intercontinental Ballistic Missile (ICBM) program. Our experts are documenting the entire ICBM system in a model from the weapon system specifications down to configuration items. The model thats being developed for MMIII is also compatible with the Ground Based Strategic Deterrent (GBSD) program, since we previously authored that programs Government Reference Architecture. In fact, our team provided the analysis and cost capability trades on the billions of possible GBSD design variants that were digitally assessed prior to the Air Force stabilizing threshold and objective requirements as well as the prime contractor arriving at a final design.

Developing, using, and supporting digital threads in DE environments enables our customers to maintain referential integrity, while enabling configuration and data management of technical baselines. DE analyzes capabilities, reduces lifecycle costs, and provides more flexibility. Digital transformation and DE are absolute necessities because of the efficiency and decision-informing value they bring to the table. Customers are turning to BAE Systems for trusted, innovative comprehensive DE services and solutions.

In our DE Lab based in Washington D.C., we implemented a high-fidelity mixed reality system in support of the Strategic Systems Program sustaining the Trident Submarine-Launched Ballistic Missile (SLBM), said Lisa Hand, vice president and general manager of BAE Systems Integrated Defense Solutions. As we develop digital twin techniques in real-time, we are also collaborating on engineering design, performing interactive system maintenance, and providing immersive end-user and support training to warfighters.

Systems engineering and integration expertise where it countsOver the past 40 years, BAE Systems has served as the lead contractor to the U.S. Navys AEGIS TECHREP program. We provide critical large-scale system engineering, integration, acquisition, and testing expertise for the AEGIS Weapons and Combat Systems aboard U.S. Navy surface combatant ships. Today, we are working with the Navy to develop a classified lab with distributed access to a collaborative DE environment.

We are using cutting-edge innovative DE technology and our MBSE and DevSecOps tools to enable the Navy to instantly analyze mission success based on documented data, said Hand. Our work is helping the Navy achieve its goal of using a secure cloud-based virtualization to quickly deliver capabilities to the warfighter.

BAE Systems highly-proficient technical workforce is geared to help our customers maintain a combat advantage through assessing and managing complex system performance using our proven processes, tools, capabilities, and infrastructure.

Our demonstrated, innovative system engineering, MBSE, DevSecOps, and product lifecycle management capabilities on weapon system modification, sustainment, and acquisition programs (e.g., GBSD, MMIII, SSP Trident, and AEGIS TECHREP) are delivering results that meet the mission priorities of our customers today and decades into the future.

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Biomedical Engineering Participants Receive Recognition at Recent ASEE Conference – University of Arkansas Newswire

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From left, top: Timothy Muldoon and Jeffrey Collins Wolchock; bottom: Mostafa Elsaadany, Raj Rao and Ishita Tandon.

The American Society for Engineering Education (ASEE) held its Midwest Section Virtual Conference Sept. 13-15. The conference, hosted by the U of A's College of Engineering, had 93 participants. Events included panel discussions, guest speakers and oral presentations of refereed papers. Several representatives from the Biomedical Engineering Department made presentations during the three-day event, including faculty members and a doctoral candidate.

Timothy J. Muldoon and Jeffrey Collins Wolchock, associate professors in biomedical engineering, received the best paper award for their submission, Impact and Delivery of an Engineering Service Learning Course in a Remote Environment. The paper discussed the challenges of teaching during the COVID-19 epidemic, which made necessary the move to remote learning. In the paper and presentation, the team pointed out strategies it used to keep students engaged in a clinical observations course.

"The course places our junior-level undergraduate students into area clinics, where they directly shadow healthcare providers and work to identify areas where engineering solutions may be beneficial," said Muldoon, instructor for the course.

Mostafa Elsaadany, an assistant professor in biomedical engineering, also was selected to make an oral presentation of his paper, Instructional and Learning Opportunities for Remote Offerings of Integrated Lab-lecture Core Undergraduate Biomedical Engineering Courses. Reflecting on lessons learned while teaching during the pandemic, Elsaadany and his collaborators, Muldoon and Raj Rao, professor and head of the Biomedical Engineering Department, discussed the challenges faced and processes adopted after the unplanned transition to remote instruction related to instruction of two core courses in the department.

"We found that one of the main challenges was maintaining students' morale and motivation," Elsaadany said. "The students were understandably concerned about their health and their loved ones and showed a continued decrease in their motivation to focus on fulfilling the course objectives."

Elsaadany explained that to combat this challenge, instructors frequently posted informal short videos.

"The informal friendly video announcements had the instructor showing up to update the students about course assignments or exams," Elsaadany explained. "Several students mentioned that the announcements helped them de-stress by lightening the mood, while effectively delivering the message."

Ishita Tandon, a doctoral student in biomedical engineering, presented her talk through a student competition, Ignite Talks. The competition asks students to prepare a five-minute presentation in the delivery style of a TED Talk related to the conference theme: Preparing Tomorrow's Engineers. Tandon's talk, which was recognized as the best presentation in Ignite, was entitled, "I" in Inclusion. She discussed how it is easy for us as individuals to focus on another person's race, religion, nationality and gender and tie their identity to where they come from. With that, we focus on their diversity and question their belonging and inclusion. However, we automatically introduce ourselves as who we are and what we do and never question our own inclusion.

The talk also described how the departments of Chemical and Biomedical Engineering collaborated to start the monthly virtual town halls to discuss various topics related to diversity and inclusion with the goal of promoting equity and social justice in the STEM fields. Ed Clausen, a University Professor in Chemical Engineering and the conference chair, noted that the Ignite presentations were a real highlight of the conference. "The Ignite presentations were all very good, but Ishita's presentation on diversity and inclusion was also very timely and very well presented."

Tandon said, "Humanity is based on building effective relationships, which requires compassion. If we extend the same compassion we have for our family and friends to others around us, we can promote inclusion! All it takes is the will to implement that positive change."

When discussing the success of the Biomedical Engineering Department in the ASEE conference, Rao reflects on the department's philosophy of empowering students. One way is by faculty setting examples of professional involvement in conferences. "As a department, we strive to help our students succeed in their coursework, professional endeavors and as individuals," Rao said. "We want all of our team, especially the students, to succeed in an environment that promotes hands-on educational opportunities."

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Webinar on Oct. 7: Latina Engineers: Changing What Engineers Look Like – All Together – Society of Women Engineers

Latina Engineers: Changing What Engineers Look LikeSpeaker: Diana Iracheta, Latina EngineerOct. 7, 2021 5 pm CTtinyurl.com/latinaeng

Next week, the Latinos Affinity Group will be hosting a webinar with speaker Diana Iracheta titled Latina Engineers: Changing What Engineers Look Like.

Engineer, influencer, and entrepreneur Diana has spent the last couple of years creating and growing a community of Latina Engineers throughout the world. Today the network has grown to over 10,000 women both in academic and industry in several different countries. By supporting and empowering Latinas in engineering, Diana is hoping to help make the industry more welcoming and inclusive of all who wish to enter. Knowing how it felt to be one of a few girls, and one of the only Latinas in her classes, Diana decided to start Latina Engineer in 2019 to help raise awareness of the low quantities of Latinas in engineering and share resources to current and future engineers. In 2020, amongst a global pandemic, Diana started the annual International Latinas in Engineering Week conference, where she hosts speakers on technical, personal, and professional topics related to engineering and Latinidad. The conference also hosts scholarships for current Latinas pursuing degrees in engineering.

We had the opportunity to talk to Diana about the webinar and about her efforts as a Latina Engineer. Heres what was discussed:

When did you know you wanted to start something like Latina Engineer? What have been your reactions as youve watched your network grow?

Part of me chose engineering because I wanted to contribute to changing the number of Latinas in Engineering, but I didnt really think of creating something until I was out of college. As a student, I faced multiple challenges, and I never felt like many students, organizations, or faculty really understood all of them. Once I was done and I started to notice that I was doing good, I decided to share my story. I wanted to share how my unique characteristics, while making it more challenging, did not stop me from succeeding. The best part is that I started to connect with other Ingenieras right away. Meeting them really brightened my life and motivated me to keep going. As this network grows, I become more proud of who I am, and I hope to translate that into others through the content I create.

Being a Latina leader in STEM, what are some ways you empower and support current and future Latinas in STEM?

I like to focus on 3 things.

As we will discuss in the webinar, inclusivity in the workplace is extremely important. What does inclusivity look like to you? What does an inclusive environment look like/feel like?

There are multiple ways to be inclusive. It is a bit more challenging when it comes to engineering because the majority are men, so how can we create that? The first way is by changing the environments to be welcoming to diverse individuals. The number one reason women leave engineering is because of harsh environments. However, in my first few years, I have experienced a lot of support and sense of belonging in my all-men engineering teams. That definitely has made a positive impact in my career. The other thing is actually creating diverse environments. I understand that not every work place can have a 50/50 men vs women engineering team, but slowly making that combination is very important. At my current job, we have gone from 0 to 3 female engineers in the last 5 months. Let me tell you it has meant the world to me to make that change. I was the first one to come in and I had already talked about making the other 2 my best friends since before their first day.

What has been your biggest struggle while creating Latina Engineer and what strengths have you gained from them?

Being out there really exposes you to negativity. So, I have definitely learned to deal and not let it get to me. I see myself as poking a bear. I am bringing all these changes and struggles to light, so of course I am putting myself in that situation. However, by doing this, I am normalizing more that Latinas are here to succeed in engineering, so I feel like I am fighting it somehow. Unfortunately, a lot of the negativity comes from men, and they are the ones that dominate Engineering. So little by little I am changing those mentalities, or at least I feel like I am.

What would you say to anyone whos considering attending your webinar? Why should they come and what should they expect?

If you want to find a community, feel inspired, want to make a difference, and learn how to make the best of your engineering career, you need to attend this webinar. I will get to explain a bit more during the webinar but: Every Latina Engineer is a role model. We should be proud of it and work hard to demonstrate how much we want this. Not only that, but also making an impact that transforms our career into something bigger than ourselves. If you are proud of your roots and want to open space to others like us, I would highly recommend you join us!

SWE Blog

SWE Blog provides up-to-date information and news about the Society and how our members are making a difference every day. Youll find stories about SWE members, engineering, technology, and other STEM-related topics.

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30 Forensic Engineering Expands Collision Reconstruction Group with the Appointment of Ankit Kumar P.Eng. – Canadian Underwriter

TORONTO, ON, SEPTEMBER 29, 2021/insPRESS/ 30 Forensic Engineering, Canadas leading multidisciplinary forensic firm, is pleased to announce the appointment ofAnkit KumarB.A.Sc., P.Eng. as Associate, within theCollision Reconstruction group. x

Ankit holds a Bachelor of Applied Science with a focus in Mechanical Engineering from University of Waterloo and conducts vehicle and site examinations for collisions involving different types of vehicles, including automobiles, trucks, bicycles, motorcycles, and other types of heavy machinery. Ankit is recognized as a Professional Engineer in the Province of Ontario and is a member of the Society of Automotive Engineers (SAE).

Ankit joins the firm after spending several years in the forensic engineering space where he conducted numerous technical investigations pertaining to collision reconstruction. Previously, Ankit worked as a Project Manager at Husky Injection Molding Systems Ltd and Mitchell Plastics where he managed several projects critical paths from concept design to start of production for various top tier clients in the consumer goods and automotive industry. Ankit has great knowledge and passion for automobiles and is continuously working towards improving his knowledge of the industry.

SPECIALIZED PROFESSIONAL COMPETENCIES

Mark Fabbroni B.A.Sc., M.A.Sc., P.Eng., Vice President & Practice Lead, Collision Reconstruction & Trucking states: Ankit joining our Collision Reconstruction team is another example of 30 Forensic Engineering becoming the home of choice for the industrys leading experts of tomorrow. We are thrilled that he decided to bring his experience and talents to our team after years with another firm. Welcome to the team Ankit.

About 30 Forensic Engineering

30 Forensic Engineering is one of Canadas largest and most respected multi-disciplinary forensic firms. Our core team of 65 professional engineers, experts, investigators, engineering technicians and support staff is enhanced through relationships with some of the top scientists, standard-makers and specialized consultants in North America serving a wide variety of industries including: Insurance, Manufacturing, Legal, Construction, Health Care, Commercial and Residential Property, Financial, Government, Hospitality, Mining, Renewable Energy and Transportation.

We provide world-class engineering and consulting expertise in:

Civil/Structural FailureBuilding and Fire CodeGeotechnical and MiningBiomechanics & Personal InjuryHuman FactorsCollision ReconstructionTransportation SafetyRenewable EnergyEnvironmental Health & SafetyMulti-disciplinary RemediationMaterials & Product Failure / Piping & HVACFire / Electrical & Explosion investigationsTrucking

TheCanadian Lawyer Magazinereadership acknowledged 30 Forensic Engineering as their top choice in both forensic engineering categories:

For further information and media inquiries, please contact:

Paul Aquino, Director, Marketingpaquino@30fe.com

For confidential inquiries on becoming a member of the 30 Forensic Engineering team, please contact:

Stephanie dObrenan, Director, Human Resourcessdobrenan@30fe.com

30 Forensic Engineering In the News:

30 Forensic Engineering Expands Vancouver Office Civil/Structural & Building Science Group with the Appointment of Rakan Jaber M.Eng.

30 Forensic Engineering Welcomes Samantha Bennet as Associate to the Transportation Safety Group

30 Forensic Engineering Strengthens Collision Reconstruction Group with the Appointment of Greg Prentice P.Eng.

30 Forensic Engineering Strengthens Materials & Product Failure Group with the Appointment of Daniel Balagot P.Eng.

30 Forensic Engineering Launches NEW 2021 Spring/Summer Virtual Seminar Series Curriculum

30 Forensic Engineering Experts to Present at the 2021 Society of Automotive Engineers (SAE) World Congress

30 Forensic Engineering Recognizes International Womens Day 2021 Choose To Challenge

30 Forensic Engineering Adds Local Collision Reconstruction Services to the Alberta Market

Dr. Adam Campbell Ph.D. to Speak at the 2021 Ontario Good Roads Association Virtual Conference

30 Forensic Engineering Strengthens Calgary Office with the Senior Appointment of Dr. Troy Eggum CIP, P.Eng. Ph.D.

30 Forensic Engineering Continues Western Canada Expansion with Calgary Office

30 Forensic Engineering Recognized as Top Experts by Canadas Legal Community

30 Forensic Engineering Strengthens Civil Structural Failure Group with the Appointment of Steve Mah

30 Forensic Engineering Releases Curriculum for 2020/2021 Virtual Education Series

30 Forensic Engineering Expands Biomechanics & Personal Injury Group with the Appointment of Julia de Lange

30 Forensic Engineering Strengthens Collision Reconstruction Group with the Appointment of Anna Polak

30 Forensic Engineering COVID-19 Response Services

30 Forensic Engineering Recognizes International Women in Engineering Day 2020

How to Stop Building Envelope & Environmental Issues from Turning Small Losses into Big Losses WEBINAR

Multidisciplinary Assessments of Personal Injury Claims WEBINAR

Soil-Structure Interaction Losses Requiring Geotechnical & Structural Expertise WEBINAR

Fire Losses from Start to Finish: WEBINAR

Collision Reconstruction Assessments of Suspected Fraudulent Claims WEBINAR

Water Loss Investigations in Condo & Office Towers: Systems Overview & Failure Case Studies WEBINAR

Best Practices: Safe Joint Examinations & Site Assessments During COVID-19 WEBINAR

30 Forensic Engineering Launches Virtual Seminar Series Curriculum

30 Forensic Engineering Expands Biomechanics & Personal Injury Group with the Appointment of Dr. Andrew Huntley

30 Forensic Engineering Strengthens Multidisciplinary Remediation Group with the Appointment of Meghan Brady

Technology-Based Investigations during COVID-19: Solutions for the Insurance Industry

COVID-19 Impacted Facilities: Remediation, Clearance and Best Practices for Risk Management WEBINAR

Scope of Work Developed by 30 Forensic Engineering to Issue Clearance for Cleaned & Disinfected Work Areas

30 Forensic Engineering Congratulates Jeff Reitsma on Receiving the Ontario Dispute Adjudication for Construction Contracts Certification

30 Forensic Engineering Recognizes and Celebrates International Womens Day 2020 #EachforEqual

Unconscious Bias Conference Diversity, Inclusion and Overcoming Bias in the Workplace

30 Forensic Engineering Expands Collision Reconstruction Group with the Appointment of Nicholas Young

30 Forensic Engineering Welcomes Claire Wilcox to the Technical Writing Team

30 Forensic Engineering Strengthens Materials & Product Failure Group with the Appointment of Olivia Yalnizyan

Beard Winter LLP and 30 Forensic Engineering Co-Host Insurance Industry Seminar at the Hockey Hall of Fame

30 Forensic Engineering and Mason Caplan Roti LLP to Host Fire Investigations and Subrogation Session RSVP Now

30 Forensic Engineering Continues Its Geographic Expansion with the Opening of a Western Canadian Office

Announcing The 14th Annual Big Mingle 2020

2019 Unconscious Bias Conference Diversity, Inclusion and Overcoming Bias in the Workplace

30 Forensic Engineering Strengthens Transportation Safety Group with the Senior Appointment of Dewan Karim

30 Forensic Engineering Strengthens Multidisciplinary Remediation Group with the Senior Appointment of Deepak Bhathal

30 Forensic Engineering is Pleased to Announce Cocktails in the Capital Youre Invited

30 Forensic Engineering Recognized as Top Experts by Canadas Legal Community

30 Forensic Engineering Promotes Djordje Miholjcic to Intermediate Associate within Collision Reconstruction Group

30 Forensic Engineering Promotes Harrison Griffiths to Intermediate Associate within Collision Reconstruction Group

30 Forensic Engineering Promotes Dr. Adam Campbell to Practice Lead of Human Factors Group

30 Forensic Engineering Appoints Dr. Rob Parkinson as Vice President & Practice Lead, Biomechanics & Personal Injury

The Big Mingle 2019 Special Thanks to Guests and Sponsors

30 Forensic Engineering Welcomes Amanda Wyllie to Technical Writing Team

International Womens Day 2019 #BalanceforBetter

30 Forensic Engineering Strengthens Materials & Product Failure Group with the Appointment of Bradley Walker

30 Forensic Engineering Strengthens Civil Structural Group with the Appointment of Abrar Khan

30 Forensic Engineering Expands Civil Structural Group with the Appointment of Claire Miller

30 Forensic Engineering Welcomes Dr. Mohamed El Semelawy as Senior Associate Civil Structural Group

30 Forensic Engineering Strengthens Geotechnical Engineering Group with the Senior Appointment of Dr. Vito Schifano

30 Forensic Engineering Strengthens Multidisciplinary Remediation Group with the Senior Appointment of Grant Elligsen

30 Forensic Engineering Launches Flood Risk Assessment Service

Forensic Science Group to Host First Annual Expert Witness Colloquium

Announcing The 13th Annual Big Mingle 2019

Charles Taylor Adjusting and 30 Forensic Engineering Team Up to Deliver Special Seminar RSVP Today

Risky Business Conference 2018: Embracing Uncertainty

30 Forensic Engineering is Pleased to Announce Ottawa Office Launch Event Youre Invited

30 Forensic Engineering Accelerates Growth with Opening of New Regional Office in Ottawa

30 Forensic Engineering Recognized as Top Experts by Canadas Legal Community

30 Forensic Engineering Appoints Mark Fabbroni as Vice President & Practice Lead, Collision Reconstruction & Trucking

30 Forensic Engineering Strengthens Collision Reconstruction Group with the Appointment of Derek Wong

30 Forensic Engineering Appoints Jeff Reitsma as Vice President & Practice Lead, Multidisciplinary Remediation

30 Forensic Engineering Expands Collision Reconstruction Group with the Appointment of Heather Aitken

30 Forensic Engineering Appoints Robert Sparling as Senior Vice President & Practice Lead, Materials Failure

30 Forensic Engineering Strengthens Senior Management with the Appointment of Greg MacLeod as Chief Financial Officer

30 Forensic Engineering Appoints Jamie Catania to President

30 Forensic Engineering Strengthens Fire Investigation Group with the Senior Appointment of Brandon Northrup

2018 Forensic Investigation Forum: Ottawa

30 Forensic Engineering Announces New Ownership

2018 Forensic Investigation Forum: Current Perspective on Property & Casualty Claims and Risk Mitigation

Be Prepared Be Emergency Ready

JLT Canada Presents 2018 Municipal Risk Management & Professional Development Conference

30 Forensic Engineering Names Jeff Reitsma Principal for Remediation Practice

30 Forensic EngineeringandBlouin Dunn LLP Host The 12th Annual Big Mingle

30 Forensic Engineering Strengthens Civil/Structural Group with the Senior Appointment of Derek Gibson

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30 Forensic Engineering Expands Collision Reconstruction Group with the Appointment of Ankit Kumar P.Eng. - Canadian Underwriter

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Engineering science and mechanics head elected to two international posts | Penn State University – Penn State News

UNIVERSITY PARK, Pa. Judith Todd, P.B. Breneman Chair, professor and department head of engineering science and mechanics at Penn State, was recently elected as president of ASM International and as planning chair for The Franklin Institutes Committee on Science and the Arts.

Judith Todd, P.B. Breneman Chair, professor and head of engineering science and mechanics at Penn State.

Both of these roles are regarded as positions of honor that highlight the holders contributions to their field and to the professional society, said Justin Schwartz, Harold and Inge Marcus Dean in the College of Engineering. Dr. Todds selection is both a testament to her reputation within her discipline, as well as to her ability to provide outstanding leadership in these roles. I have no doubt she will serve both organizations with enthusiasm, energy and her deep knowledge and appreciation of engineering as it applies to society.

Todd was named a fellow of ASM International, formally known as the American Society for Metals, in 1997 and has served on the board of trustees since 2017. During that time, she liaised with the Women in Materials Engineering Committee and the Thermal Spray Society, and she chaired a task force on diversity, equity and inclusion. Most recently, she served as the organizations vice president.

As president, my priorities continue to focus on growing our membership and further expanding and disseminating knowledge on new materials frontiers and other technical areas where the society excels, Todd said. I will also continue to work closely with the ASM Materials Education Foundationto employ highly interdisciplinary approaches to engage students and their teachers in materials education.

Todd also noted that she will continue to advance equity and inclusion for all ASM International members. A priority is developing international chapters to facilitate strategic collaborations to provide existing members and engage potential members with the resources they need to advance materials and related disciplines.

ASM International is a world leader for materials information, a recognition that should reflect the diverse breadth of individuals who hold expertise in materials, Todd said.

While Todd plans to contribute to the infrastructure that advances science and engineering in her role at ASM International, she also aims to help recognize those who have made significant contributions in her other new position as planning chair for The Franklin Institutes Committee on Science and the Arts.

The Franklin Institute was founded in 1824 in Philadelphia as a center of science education and development in tribute to Benjamin Franklin. Since its founding, the institute has issued Benjamin Franklin Medals across the world for outstanding achievements in science, engineering and industry. The Committee on Science and the Arts reviews the nominee and their accomplishment for uncommon insight, skill or creativity and substantial scientific value and/or proven utility. Todd previously served as a member and chair of the committees civil and mechanical cluster, where she contributed to the successful awarding of the Benjamin Franklin Medal to Subra Suresh in 2013, for mechanical engineering and materials science; and John Rogers in 2019, for materials engineering; and the 2015 Bower Award and Prize for Achievement in Science to Jean-Pierre Kruth in mechanical engineering.

The Franklin Institute laureates include several of the most innovative and inventive individuals of the last three centuries, such as Nikola Tesla, Marie Curie, Stephen Hawking and so many more, Todd said, noting that 121 laureates have also received Nobel Prizes for their work. As planning chair for the Committee on Science and the Arts, I will contribute to the commemoration of the most influential scientific and technical work of the modern world. It is an honor.

Last Updated September 28, 2021

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Invest 40m annually to improve Stem education and secure future skills, engineering bodies urge government – Professional Engineering

Engineering news The engineering organisations urged the government to invest 40m annually (Credit: Shutterstock)

More than 40 engineering organisations, including the IMechE, have urged the government to invest 40m annually to improve access to careers provision in English schools and colleges.

Aimed at enabling more young people to understand the opportunities available in science, technology, engineering and maths (Stem) careers, the call was first made byEngineeringUKin a June reportco-authored by the IMechE and other organisations.

Now, the National Engineering Policy Centre (NEPC), has backed the call and made six further urgent recommendations ahead of theupcoming Autumn Budget and the governments Comprehensive Spending Review. Bringing together the views of 42 engineering organisationsand ledby the Royal Academy of Engineering, the NEPC represents 450,000 UK engineers.

Ensuring that we have the number and diversity of future engineers to achieve the governments ambitions aroundnet zeroand economic growth requires government to develop a well-funded Stemeducation strategy with careers provision at the heart of it, saidBeatriceBarleon, head of policy and public affairs atEngineeringUK.

The recent report highlighted underfunding of careers provision,Barleonsaid, limiting what schools can offer to young people. This must change, she said.

Speaking about the 40m annual investment, she said:This small investment,in the context of the widerschoolsbudget, will ensure that schools have the capacity to fulfil their statutory duties in relation to careers provision in a meaningful way and help inspire the next generation of engineers. This is not only vital for the future of young people of this country and for levelling up, but also for the economic success of thiscountry.

The NEPCssixrecommended areas for investmentare:

Join IMechE and Professional Engineering at THE virtual fair for early engineering careers and find your perfect job!Register forEngRec2021 FREE today.

Content published by Professional Engineering does not necessarily represent the views of the Institution of Mechanical Engineers.

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What Do Engineers REALLY Do? – All Together – Society of Women Engineers

Engineering is more than just math and science. Engineering makes all of our lives better. Engineering especially makes a big difference to those who are most in need. Engineers identify a problem that many people are facing, and they solve it!

Just a few things that engineers do with their knowledge are:

Engineers started their academic and professional careers with dreams. In fact, many of them dreamed of being engineers when they were kids, just like you! When they grew up, Engineers made those dreams a reality. Once those dreams become a reality, Engineers can design things that make the world a better place! You can be that engineer, too!

Bonus Activity:

One of the scary things about earthquakes is that sometimes they can cause buildings to fall down. That can cause people to get hurt or worse. Engineers see this problem and they solve it. They design buildings that can stay standing after an earthquake to protect the people inside. How would you design a safer building to protect people from earthquakes?

Get the help of an adult in your life and put your engineering skills to the test! Design a building that can withstand earthquakes using Jell-O.

What youll need:

Once your Jell-O is ready:

Allison Osmanson

Allison Osmanson is a Materials Science and Engineering PhD student at the University of Texas at Arlington. She holds a Masters degree in Materials Science and Engineering from the University of North Texas and she earned her Bachelors degree in Materials Science and Engineering from Washington State University. She plans to graduate in December 2021, after which, she will be a Microelectronics Packaging Engineer at Texas Instruments in Dallas, Texas.

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