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Decarbonisation and sector disclosure for metals & mining – ING Think

Decarbonisation and sector disclosures

The metals and mining sector is in the very early stages of a 30-year transitionto carbon neutral production. The roadto net zero carbon emissions, or carbon neutrality, will have a crucial impact on corporates in the sector through at least two channels: (a) through the growth in demand for various metals needed to build a green economy, and (b) through the decarbonisation of operating and business processes.

While the metals and mining sector is one of the biggest producers of carbon dioxide, emitting around 4.5Gt of CO2 equivalent per year, many of the world's largest miners haveset net-zero carbon targets,announcingprojects to 'green'the production ofaluminium, copper, steel, etc. Large-scale net-zero carbon projects remain elusivebutthe first steps to decarbonise have at least been taken.In June, for example, the Swedish consortium SSAB, LKAB & Vattenfall, produced the first hydrogen-reduced sponge iron (i.e. steel) on asmall scale.Meanwhile, alarge number of public corporates in the sector have begun toreport their carbon footprint by disclosing Scope 1, Scope 2 and in some cases, even Scope 3 emissions, although thesedisclosures aremostly voluntary and requireimprovement in the quality, frequency and credibility.

In thehighly energy-intensive aluminium industry, the most advanced companies are trying to maximise the use of renewable energy but are still far from producing 'green'aluminium across the supply chain. Projects to produce 'green' nickel and copper have been announced over the last couple of years but are still far from completion.Decarbonisation will require a huge amount of investmentinto new technologies, such as greenhydrogen production, carbon capture, storage and transportation. Technological transformation will trigger significant investment,which will be reflected in new greendebt and equity supply.

In this article, we discuss how the metals and mining sector is shifting towards carbon neutrality. We look at theemissionsproduced, the sector's current stance, the level of reporting from corporates andthe targets they have set. We also examine thesectors share in the supply of 'green' and sustainable debt in the total green finance supply, the potential amount of investmentrequired, and what it all means for investors.

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Sustainable projects and investments in the metals & mining sector – Hellenic Shipping News Worldwide

Given the lack of available data, calculating the direct environmental costs of corporate activity is not always straightforward. Investment in green and decarbonisation technologies is at a very early stage in the metals and mining sector. Companies are trying to cut their emissions, but at least at first, they are doing so without using expensive advanced technologies.

Despite setting long-term targets, the first projects are largely experimental, although more projects will be launched by 2024. The effectiveness of decarbonising technologies differs widely and new technologies need to be proven before they will be more widely adopted. That is why the level of disclosed investments is low and varies between just 5-10% as percentage of CAPEX among corporates, which have disclosed this data. However, the total investment eventually needed for long-term decarbonisation is huge, reaching hundreds of billions of dollars at least for the metals and mining sector alone. That new investment will create additional supply in the debt capital markets as soon as mass transformation in the sector has started.

There are several general routes to decarbonising steel, aluminium and most base metals:

Produce fewer products, which is unlikely to happen in the next few years, given the growing demand for metals from sectors impacted by the energy transition. Use clean or CO2 neutral energy from green hydrogen derived from renewables (wind, solar, hydro) or energy from sustainable biomass. Material / Energy Efficiency (ie, green hydrogen, direct reduced iron in steel, hybrid electric arc furnaces already used for steel, and to be tested by aluminium producers. A transition from coal to low carbon-intensive energy sources. Carbon capture and storage. Relatively new, not widely adapted technology and not really popular given the announced projects which focus more on green energy and coal replacement. Reuse & Recycle materials. A larger share of recycled and re-used metals will also have a positive impact on carbon emissions reduction. Replacement by materials produced in other sectors. Potential substitution of some metals by plastics, for example, will also have a positive impact on carbon emissions reduction. Offset carbon footprint by purchasing CO2 quotes from sectors capturing carbon emissions.

In other words, in order to emit less greenhouse gas, the sector needs to (a) produce less, (b) use advanced technology with more energy-efficient (less-energy intensive) production, capture and store as much carbon as possible and use less carbon-intensive energy sources.

The amount of known investment in green projects varies depending on the technology used to reduce carbon emissions.

Metals & mining sector: selected key green projects to follow up in different sub-sectors

Green finance is already booming, but not due to the metals & mining sector

The green finance market is growing rapidly. The total number of new green debt transactions by the corporate sector in the first eight months of 2021 exceeded the total number of green debt transactions in FY2020: 2063 vs 2001, according to BloombergNEF data. The total amount of new debt placed reached US$639bn, exceeding the US$452b placed in 2020. This data excludes green asset-backed security transactions, government and supranational transactions and US municipal green bonds.

During the first eight months of 2021, metals and mining corporates placed 33 new bonds across the globe, worth US$14.9b in total vs 10 new deals in 2020 worth a total of US$2.9b. The share of green bond transactions from the metals and mining sector is around 2% of the total number of deals by all corporates across the globe.

We believe the number of deals and the amount of debt placed by the metals and mining sector will grow rapidly, starting from 2023-2024, as a large number of corporates in the sector advance their carbon emissions reduction projects and as new technologies are adopted.Source: ING

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Is big tech the new East India Company? – IT PRO

Colonialism has left a deep and enduring mark on the world. Its roots have anchored themselves across the globe, and its long shadow maintains an unequal balance of power and wealth between the Global North and South.

There are many architects of colonialism, with the East India Company and its complex history of trade monopolies, war and slavery among the most notorious. The company established infrastructure, like railroads and ports, in foreign lands to extract raw materials, which, in turn, were used to manufacture goods. Many of these were often even sold back to the countries from which the materials were taken.This method allowed many imperialist entities to substantially expand their wealth at the expense of others.

Although these practices are largely confined to the past, some suggest big tech companies are following in their footsteps. These companies are, too, accused of engaging in trade monopolies, play a key role in the industry of war, and are even swept up in allegations of benefitting frommodern slaveryprevalent in supply chains. Where goods once traded included cotton, silk or tea, today theyre minerals mined to make electronic components, and information. Although the days of the East India Company areover, is big techtoday partaking in a form of modern colonialism by entrenching themselves in the new power networks of technology and data?

Digital colonialism, says Michael Kwet, a visiting fellow at Yale Law Schools Information Society Project, is the use of technology for the political, economic, and social domination of another territory. Its principally achieved through the ownership and control of the digital ecosystem, comprising software, hardware, network connectivity, data, platforms, and intellectual property (IP). Kwet adds the US is by far the leader, with China and Europe vying to close the gap, alongside some Global South-based corporations seeking to impose their influence abroad, in what he terms South-on-South colonialism.

Big tech takes advantage of a borderless internet to impose its products and services in poorer countries, maintaining its dominance by retaining control over technology and property. This means the Global North, in effect, controls a potentially highly lucrative part of their respective economies, Kwet says making inroads before local companies can. Uber, for instance, had set up in Africabefore African companies could compete on the same footing. Global South populations, in turn, play the role of passive user, consumer, and producer of low-level goods and services, ranging from mining to sweatshop labour.

Colonialists of the past established trade monopolies, frequently engaged in warfare and built the slave trade industry

To expand its empire across the Global South, Kwet says tech firms employvarious tactics. They setthe rules, like IP, and seizethe first-mover advantage. They also take advantage of networks by blocking interoperability between platforms, which could allow many services to operate instead of just a few.

Instead of colonising the land and establishing infrastructure for extraction, Kwet continues, through digital colonialism, tech giants colonise the technology for data extraction and rent. He adds that networks like Facebook extract data, process it on server farms, and use it to provide services in a scenario in which the South cannot compete. He explains the North also has heavy machinery in place, like cloud centres, that are required for data-driven services. Kwet says these arent easy to replicate,and are comparable to machinery once used to drill deep beneath the surface to mine minerals like diamonds and gold.

Big tech takes advantage of relationship patterns that were established historically, argues Olufunmilayo Arewa, Shusterman professor of business and transactional law at Temple University. In Africa, she says, European powers once exercised control over social, political, and economic institutions, with countries integrated into the global economic system primarily as a source of raw materials, including peopleand agricultural products. The colonies, in turn, imported manufactured goods from the powers that controlled them. Arewa believes these patterns are mirrored in the modern era, as African nations still maintain similar economic relationships with external powers with an added digital dynamic.

African countries are an important source of raw materials for the industrial and digital economies, including metals such as tantalum, which is important for electronic components, she says. Many countries in Africa, however, remain economically marginalised, in important respects, and a capacity gap is evident, particularly in key skills needed in the digital economy.

She says the introduction of new technologies draws attention to lawmaking within Africa, as many current laws and regulations were put in place before the digital revolution. The poor fit of existing regulations, many of which may predate modern technologies and business practices, isan issue of ongoing contestation globally, with the lack of regulatory oversight giving tech companies a green light to experiment in various territories as they see fit.

Undoing digital colonialism, Arewa suggests, would involve establishing relationships not built on colonial parallels. This would mean engaging with countries in the Global South as partners, rather than grounds for exploitation, she says. Several measures can be adopted from a trade perspective, meanwhile, according to Abhijit Das, head of the Centre for World Trade Organisation (WTO) Studies at the Indian Institute of Foreign Trade. He believes there should be no obligations on digital issues in free trade agreements at the WTO, such as forcing countries to liberalise e-commerce, with these agreements now the most important legal instrument for exacerbating digital colonisation. Countries should also have the flexibility to impose restrictions on cross-border data flows, and mandate localisation of servers within their territory. This, Abhijit says, will help developing countries create a vibrant domestic digital sector without becoming dependent on imports of digital products.

He adds countries must also be able to tax digital players, and nations must not be arm-twisted into not imposing taxes on foreign suppliers of digital services either. This is on top of governments being able to sufficiently regulate the digital sector, in light of provisions in existing trade agreements that tie the hands of governments.

The continued appropriation of data from the stream of the collective human experience is a phenomenon of historical significance, comparable with the original land grab, says Nick Couldry, professor of media, communications and social theory at LSE. He believes this data colonialism exacerbates historic power dynamics with regards to the worlds resourcesgiven that data, and the value derived from it, represents a completely new type of asset to grab and appropriate.

The continued appropriation of databy companies thriving in Silicon Valleyhas been likened to the original land grab

Couldry adds historiccolonialism evolved over the course of four centuries into complex imperialist political structures and cultures of racism. Its much too early to say, therefore, if data colonialism will ever evolve in the same way. He says, however, the underlying principles of colonialism, which centred on imposing Western superiority to appropriate resources across the world, will continue through the rhetoric of big data. This language of dataism, he adds, is based around the idea that the maximum amount of data must always be gathered, whatever the cost.

Data colonialism can, in principle, thrive everywhere, so it takes place not only in the Global South but also in the North. Ultimately, though, the key targets for data extraction will always be shaped by historical colonialism, Couldry continues, leaving many African countries vulnerable to the Trojan Horse offerings by companies like Facebook. He uses Facebook Free Basics as an example of a free, limited internet service for developing markets that was found to ignore local sites and prioritise Western ones instead. Where we think data colonialism is headed, as it grows within the power structures already inherited from capitalism, Couldry explains, is to make possible an entirely new type of social and economic order, based on much more intensive governance of people in the interests of value extraction."

The only way to end digital colonialism, Kwetadds, is by reconstructing the digital economy in a way that strips out the system of private property and production for profit, and replaces it with one organised by society to service society on egalitarian terms. This includes free and open source software, a phasing out of IP, stronger privacy laws, and a digital tech deal that would fund the production, maintenance, and access to technology for everyone. This must be formulated collectively by people across the world, he says, fuelled by a movement that intersects with broader political, economic, and social justice ambitions.

Couldry says hes optimistic about resisting data colonialism in the long term, provided were not misled by false solutions. He says a good starting point would be to imagine a world that refuses to intensify data colonialism and instead relies less on data-extracting platforms for the conduct of our daily lives. For this to be effective, though, it must be through collective means, as theres no other way to resist something as large as an entire social order except by imagining and starting to live out a different one.

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IT Asset Disposition Market Performance In Upcoming Years Based On Market Share, Size, Supply Volume And Key Regions – Scoop.co.nz

Thursday, 14 October 2021, 5:43 pmPress Release: MarketResearch.biz

The report entitled "IT Asset Disposition Market: GlobalIndustry Analysis 2021-2030" is a complete study have a lookat providing huge statistics approximately the COVID 19impact on this market - By MarketResearch.Biz

Apresent-day market studies report posted via way of means ofMarketResearch.Biz presents inventive enterprise insightsregarding theincreased potentialities of the IT Asset Dispositionmarket all through the forecast size 2021-2030.According to the studies, because of the developing call forproduct withinside the precise region, amazing advances inIT Asset Disposition technology, and developing funding forresearch and development sports, the IT Asset Dispositionmarket is projected to develop at huge CAGR all through theforecast size. The data accumulated via way of means of ouranalysts are from credible number one and secondary assetsthat give answers to a few pinnacle queries associated withthe global IT Asset Disposition market.

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North America (The USA, Canada, and Mexico)

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The Middle East &Africa (SaudiArabia, the UAE, South Africa, and the Rest of the MiddleEast & Africa).

ITAsset Disposition Market report consists of the estimationof market size for value (million USD) and volume. Bothpinnacle-down and bottom-up strategies were used to estimateand validate the market size of IT Asset Disposition Market,to estimate the scale of diverse different structuredsubmarkets within the ordinary market.

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Dried Blood Spot Collection Cards Market In-Depth Analysis On Forthcoming Development And Forecast By 2030 – Scoop.co.nz

Thursday, 14 October 2021, 5:45 pmPress Release: MarketResearch.biz

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A present-daymarket studies report posted via way of means ofMarketResearch.Biz presents inventive enterprise insightsregarding theincreased potentialities of the Dried Blood Spot CollectionCards market all through the forecast size 2021-2030.According to the studies, because of the developing call forproduct withinside the precise region, amazing advances inDried Blood Spot Collection Cards technology, and developingfunding for research and development sports, the Dried BloodSpot Collection Cards market is projected to develop at hugeCAGR all through the forecast size. The data accumulated viaway of means of our analysts are from credible number oneand secondary assets that give answers to a few pinnaclequeries associated with the global Dried Blood SpotCollection Cards market.

The enterprise intelligencehas a look at the Dried Blood Spot Collection Cards marketcovers the estimation size of the market every in terms ofvalue (Mn/Bn USD) and volume (x units). In a bid toapprehend the increased opportunities within the Dried BloodSpot Collection Cards market, the market studies have beengeographically segmented into essential areas which may beprogressing quicker than the whole market. Each segment ofthe Dried Blood Spot Collection Cards market has beenpersonally studied on the idea of pricing, distribution, andcall for prospects for the global areas.

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North America (The USA, Canada, and Mexico)

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The Middle East &Africa (SaudiArabia, the UAE, South Africa, and the Rest of the MiddleEast & Africa).

Dried Blood Spot Collection Cards Marketreport consists of the estimation of market size for value(million USD) and volume. Both pinnacle-down and bottom-upstrategies were used to estimate and validate the marketsize of Dried Blood Spot Collection Cards Market, toestimate the scale of diverse different structuredsubmarkets within the ordinary market.

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Concentrated Milk Fat Market Report Highlights The Competitive Scenario With Impact Of Drivers And Challenges 2030 – Scoop.co.nz

Thursday, 14 October 2021, 5:46 pmPress Release: MarketResearch.biz

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North America (TheUSA, Canada, and Mexico)

Europe (Germany, France,the UK, and the Rest of Europe)

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LatinAmerica (Brazil and the Rest of LatinAmerica.)

The Middle East &Africa (SaudiArabia, the UAE, South Africa, and the Rest of the MiddleEast & Africa).

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US Nuclear Regulatory Commission to support Auburn Engineering in advanced nuclear reactor research – Office of Communications and Marketing

The U.S. Nuclear Regulatory Commission recently announced two awards totaling $1 million to Auburn University to advance the future manufacturing and construction of advanced nuclear reactors.

The first award of $499,999, led by Kadir Sener and Jack Montgomery, both assistant professors of civil engineering, is to develop a soil-structure-interaction framework to enhance the regulatory oversight of new generation nuclear power plant designs known as Small Modular Reactors, or SMRs.

The second award of $500,000, led by Xiaoyuan Lou, associate professor of materials engineering, is for establishing the regulatory basis for qualifying laser additively manufactured stainless steels for nuclear applications. In particular, the research focuses on understanding the effects of microstructural variations from the laser additive manufacturing, or AM, process on the irradiation-assisted stress corrosion cracking susceptibility of reactor structural components.

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UMaine civil engineering researchers part of $4M NSF project to create next-gen sensor networks to monitor infrastructure – UMaine News – University…

Three University of Maine civil and environmental engineering researchers will collaborate with Vermont engineers to create the next generation of sensor networks for infrastructure monitoring.

Researchers from the University of Vermont, UMaine and Vermont Technical College were awarded a $4 million grant from the National Science Foundation to develop and test new technologies that could make monitoring the safety and performance of infrastructure less expensive, more accurate and more widespread, resulting in more dependable, durable structures in the future.

The initiative is one of nine in which NSF invested a total of nearly $40 million to fund collaborative networks at 20 institutions through the Established Program to Stimulate Competitive Research (EPSCoR) Research Infrastructure Improvement Program.

The project, which focuses on building research capacity in fundamental wireless, spectrum management and infrastructure applications, will involve faculty, graduate students and undergraduates at the three schools to create a trained workforce that could design and manufacture the new technologies the research project will develop and use.

At UMaine, Eric Landis, the Frank M. Taylor Professor of Civil Engineering; associate professor Kimberly Huguenard and assistant professor Aaron Gallant will receive $800,000 to conduct research focused on the infrastructure applications of wireless communications for managing infrastructure systems through sensing, communication and control.

Two initial applications will be in coastal monitoring and structural health monitoring/smart structures. The UMaine researchers will create a coastal flood monitoring network that identifies vulnerable infrastructure in real-time during extreme events. Wireless data transmission will provide water level information on a publicly available website and has the potential to inform warning systems for inland inundation and storm surges topping coastal infrastructure.

In addition, the UMaine researchers will use novel sensing and networking to characterize new and existing infrastructure, including concrete, composite materials and additively manufactured systems. The work contributes to national interests in resilient infrastructure, and it will help build UMaine research capacity in this area.

The project will allow us to compress timescales with respect to data collection, analysis and interpretation, Landis says. The nature of most civil engineering problems is that they dont allow for prototypes and other iterative tools engineers typically use for refining solutions and designs. By integrating new sensing and communications technologies with different civil and environmental systems, we will be able to make much more rapid assessments of conditions and we will be able to use that information in new designs.

The projects key contribution will be to develop and deploy wireless sensor networks that can be quickly and cheaply embedded in existing infrastructure and built into new structures that will relay a wealth of data about the structures integrity to cloud-based servers via Internet of Things technology, according to the University of Vermont, the lead institution in the NSF project. The current generation of infrastructure sensors conveys information through cables, often fixed in conduits, that make deploying them expensive, limit their placement within a structure and make moving them difficult.

The new system also will use emerging 5G networks, which allow much greater rates of data transmission and more flexibility in how sensors communicate with the cloud and with one another, resulting in a significantly richer data flow. The system will also employ AI-enabled microrobots able to place the sensors in small or inaccessible spots that humans cant reach.

A UVM news release on the initiative is online.

Contact: Margaret Nagle, nagle@maine.edu

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These coding and engineering bundles are only $20 each — and pack loads of hireable knowledge – The Next Web

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Of course, coding is such a massive field with so many routes to success that there are still going to be areas primed for further exploration. This collection of 13 courses covering over 119 hours can further solidify your growing programming skills. Along with courses delving into topics like Ruby on Rails, C++, jQuery, and more, this package also includes hands-on opportunity to build working apps, and even get some first-hand experience in some of the key tenets of data science.

With everyone migrating their systems to the cloud, this top-to-bottom primer on creating, managing, and protecting networks on the Microsoft Azure platform is not only interesting, its positively vital. Over six courses, students can not only fast-track a career as a cloud developer or administrator, but also prep for exams aimed at earning prime Azure certifications to prove your skills.

After nearly three decades, Java remains so versatile and popular that its still one of the top programming languages in the world. With this eight-course package, youll understand why. One of the easiest and most powerful coding languages to learn, this training goes from the foundations of Java to how to write clean code to crafting your own algorithms. And once all this deep Java learning is done, theres also a course packed with interview questions youll undoubtedly be asked by employers that can prove your Java mastery.

Smart IT admin is knowing how to automate loads of tedious programming functions that can eat up time and brainpower. Microsoft PowerShell was built with just that task in mind and this three-course, 11-hour collection can show you how to use PowerShell to automate processes and save hours on your builds. From the basics all the way through the advanced scripting tricks and tools that all the experts use, this training can take users from PowerShell novices to experts in record time.

Raspberry Pi and Arduino have become the building blocks of DIY electronics creation everywhere. This bundle of five intensive courses can help users understand the scope of what those open-source single board microcomputers and microcontrollers can really do. Each of these courses is packed with hands-on projects like using a Pi to build a surveillance and alarm system, how Arduino code can power your own traffic light, and how to create, build, run, and debug a robot powered by your own ROS program.

Nothing runs without power so this package of five courses gets into understanding power engineering from small household energy feeds to electrical substations powering whole neighborhoods. With more than 43 hours of instruction, learners get deep into electrical circuitry, electrical drawing, powering DC machines, as well as the role of solar energy in powering both on and off-grid systems.

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Academy of Mechanical and Aerospace Engineers inducts new members – Missouri S&T News and Research

Seven professionals with ties to Missouri University of Science and Technology were inducted into the Missouri S&T Academy of Mechanical and Aerospace Engineers during an induction ceremony held Thursday, Oct. 7, at the Signature Event Center in Rolla.

The academy recognizes outstanding alumni for their professional achievement and success. It also provides support and experience to help the mechanical and aerospace engineering department at Missouri S&T reach its collective mission and values.

New members are:

Timothy Alfermann of Noblesville, Indiana, electric machine release engineering manager with BorgWarner, earned a bachelor of science degree in mechanical engineering from Missouri S&T in 2001 and a master of science degree in electrical and computer engineering from Indiana University in 2007. Since joining BorgWarner, Alfermann has held positions of increasing technical and managerial responsibility, received multiple patents and launched customers in North America, Asia and Europe.

Matthew Cordner of Dallas, associate vice president and principal aerospace and defense business architect with HCL Technologies, earned a bachelor of science degree in mechanical engineering from Missouri S&T in 1984. At HCL, Cordner provides consulting and program support for complex business transformation initiatives and large aerospace and defense A&D companies. Prior to joining HCL, Cordner spent 30 years at Bell, where he held functional and leadership positions in engineering, manufacturing, supply chain, flight operations, program management and IT. He also served as director of enterprise systems and analytics for Textron, Bells parent company.

Scott Glaeser of Milstadt, Illinois, pipelines project manager with Burns & McDonnell, earned a bachelor of science in mechanical engineering from Missouri S&T in 1986. Glaeser began his career at Granite City Steel, where he focused on energy infrastructure. He also held several roles at Union Electric Co., the predecessor of Ameren, where he held numerous positions before being named vice president of gas operations and business development. Glaeser then joined G2 Integrated Solutions as vice president of the Midwest division, supporting pipeline engineering and integrity projects throughout the region.

Anthony Lebert of Milstadt, Illinois, senior design lead for aircraft structures at Boeing, where he supports Boeing Phantom Works research and development projects, earned a bachelor of science degree in mechanical engineering from Missouri S&T in 1988 and a masters degree in business administration from Washington University in St. Louis. During his tenure at Boeing, Lebert has held various design engineering and project leadership positions. He has worked on production aircraft programs including the F/A-18 Hornet and Super Hornet, the F-15 Eagle and 777X commercial airliner. He has also worked on advanced design programs.

Bradley Nelson of Maryville, Illinois, senior test program manager for the T-7 Redhawk at Boeing, earned a bachelor of science degree in mechanical engineering from Missouri S&T in 1987. Since joining Boeing as a flight test engineer, Nelson has served in various engineering and management positions at test locations throughout the country. In his current role, he manages the development of the T-7 Redhawk advanced pilot training program in St. Louis.

Michael Sinnett of Woodway, Washington, vice president and general manager of product development for Boeing Commercial Airplanes, earned bachelor of science degree and master of science degrees in aerospace engineering from Missouri S&T in 1986 and 1990, respectively. Sinnett is a member of the National Academy of Engineering, a fellow of the Royal Aeronautical Society, and an associate fellow of the American Institute of Aeronautics and Astronautics.

Anne Spence of Waco, Texas, clinical associate professor and assistant chair of mechanical engineering at Baylor University, earned a bachelor of science degree in aerospace engineering from Missouri S&T in 1985. She also earned a master of science degree in aerospace engineering from the University of Texas-Arlington in 1988 and a Ph.D. in aerospace engineering with a focus on helicopter aeromechanical stability from the University of Maryland in 1994. Spence began her career with Bell Helicopters as a handling qualities engineer. After completing her Ph.D. she was a faculty member at the University of Maryland and the University of Maryland Baltimore County.

About Missouri University of Science and Technology

Missouri University of Science and Technology (S&T) is a STEM-focused research university of over 7,200 students and is part of the four-campus University of Missouri System. Located in Rolla, Missouri, Missouri S&T offers 101 different degree programs in 40 areas of study and is ranked by CollegeFactual as the best public university to study engineering. For more information about Missouri S&T, visitwww.mst.edu

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