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Effect Of COVID-19 On Hospitality Industry – Web Hosting | Cloud Computing | Datacenter | Domain News – Daily Host News

The world is currently battling with the unprecedented effects of the COVID-19. With the UN claiming it to be a crisis on humanity like never before, it has put our social fabric and cohesion under tremendous stress. In the face of this fatal virus, the economies worldwide have come to a standstill, making the travel restrictions and social distancing policies the new normal.

The hospitality industry has taken a massive hit around the globe with occupancy rates dropping by 59% in US hotels alone. Significant declines are also forecasted in average daily rate (ADR), occupancy, demand, and revenue per available room (RevPAR) for 2020.

Current forecasts predict a deep economic contraction in the first half of the year, followed by a bounce-back in the latter half. However, there could also be a prolonged economic uncertainty that would resist a sharp bounce-back. As hotels counter this economic crisis, there will be a dire need to assess the business continuity and operational challenges, both for the short and long term, and understand the impact on Cash, Working Capital, and Profitability.

The severe situation had stalled travel plans for the majority of the people around the world but it is expected that hotel bookings will see a recovery after September 2020. However, it is also predicted that people will be more inclined towards traveling domestic rather than international. Thus, it is imperative for the hotels to be prepared before the business starts to ramp up and use this interim period as an opportunity to overhaul their legacy systems.

The core of the relationship between any brand and its consumers is the trust, and thus recapturing guest confidence should be the primary step for any brand amidst this pandemic situation. At a time when consumer confidence is at an all-time low, communication will play the lead role in re-assuring the guests of the safe environments at different hotels. Also, within the hotel premises, the way hotels empower their guests with increasingly relevant and timely information, will also hold the key to future.

Hotels will need to review their existing service offerings to adapt to the new normal and provide a touch-free experience to their guests when they arrive at the property. To achieve this, Hotels will need a transformation in their daily operations to provide an experience that would ensure that both the guests and the hotel staff are in safe hands.

A turnaround is also expected in the hospitality industry at the employer level. The current working models need to be re-evaluated for efficiency with employee wellbeing positioned higher than ever in the hotels priority list. Providing them with safety kits and eliminating the different touchpoints while serving the guests are the major needs of the hour.

In this new environment, hotels need to adopt new practices to regulate the environment in which the business happens. Once the operations begin, stern measures on sanitation and hygiene will bevery important andhotel properties will have to not just be aesthetically clean but also clinically clean. It will also be important to ensure that the mandatory regulatory guidelines such as social distancing are being followed at their properties

Technology has always been a primary component in driving a hotels value proposition to provide a home-like experience to guests. In a post COVID scenario, it will have a big role to play in furthering the digital transformation journey of the hotels. Digital solutions that can identify touchpoints and ensure minimum physical contact among the guests and the employees at each point of contact will take the center stage.

The operational goal will be to make the guest and the staffs journey seamless, reducing the physical touchpoints while they are at the property. The journey starts the moment guests/staff enter the property where a touch-less identification and mobile check-in is needed to avoid the long queues at the reception. Digital keys to access the rooms or elevators would be another aspect to avoid the physical touchpoint with the doors.

Smart devices such as sensor-based lights or gesture control features in washrooms can further elevate the touch-less ecosystem of the hotel

Touch-less experience means that the users are enabled with these services on their own mobile devices and avoid contact with any other vulnerable surfaces. In spite of many solution providers working with the hotels to incorporate such offerings, the major challenge which the hotels face is to get their applications downloaded onto the guests devices. Solutions such a Next Generation Hotspot (NGH) solution can help hotels in overcoming this challenge and further boost their mobile-first strategy by providing touchless and secure access to the available hotel services without the need for users to download any application on their devices.

Digital solutions can help hotels in ensuring that the social distancing guidelines would help them mitigate the legal liabilities which they need to comply with. One way is to re-design the common areas and communal facilities like health clubs, restaurants, and salons to ensure minimum human contact and drive guests to relish those spaces. Another relatively easier way is to ensure it, via technology, where hotel staff or the guests are informed of any such violation, enabling them to take appropriate actions. Solutions such as People Insights AIandIntelligent Monetization Platform (IMP) can empower hotels with such features by using the existing infrastructure of security cameras or hotel Wi-Fi networks.

An important role will be played by the effective communication of the brand to empower their guests with the right information at the right place and at the right time. Besides engaging guests at the premises based on their locations,Proximity Marketingcan enable the hotels to notify them regarding any violations of the allowed number of people in a surrounding area, information about room-service delivery, or even informing them if their room is ready to check-in.

The crises made it evident that technology solutions accessed by employees remotely are crucial to keeping operations on track and were not considered by the past hoteliers in order to manage their hotels from afar before the pandemic. Reviewing and updating standard operating procedures, upgrading towards cloud-based platforms should be a standard for the hospitality ecosystem.

COVID-19 is pushing the industry to manage, adapt, and respond to the uncertainty and risk associated with this global health incident. Managing the guests & employees safety and delivering as per guests expectations will not be considered a competitive advantage, but rather an industry imperative. Enterprises in the hospitality industry should partner with the right technology solutions providers to ensure a foolproof digital transformational strategy for the future.

https://www.hospitalitynet.org/opinion/4098062.html

https://www.weforum.org/agenda/2020/04/covid-19-action-call-8-apr/

https://www2.deloitte.com/content/dam/Deloitte/nl/Documents/consumer-business/deloitte-nl-consumer-hospitality-covid-19.pdf

https://assets.ey.com/content/dam/ey-sites/ey-com/en_us/topics/covid-19/ey-covid-19-hospitality.pdf

https://hospitality.economictimes.indiatimes.com/news/operations/architecture-and-design/hotel-design-may-undergo-significant-changes-post-covid-19-pandemic/75140021

https://www.phocuswire.com/Hotel-digital-transformation-post-coronavirus

https://info.agilysys.com/WebinarReplay-Social-Distancing-Thank-You

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Arunachal: Boys hostel complex of GHSS Sille refurbished under crowd funding initiative of APCS 2016 batch – Arunachal24

PASIGHAT (By-Maksam Tayeng)- In a noble initiative of refurbishing dilapidated and abandoned school infrastructures without waiting for government assistance and funding, the boys hostel complex of Government Higher Secondary School, Sille under Ruksin Sub-Division here in East Siang District was refurbished by crowd funding initiative of APCS 2016 batch officers in collaboration with Sille-Oyan Banggo and All Legong Banggo Students Union.

The refurbished boys hostel complex was formally opened by Dr Kinny Singh, Deputy Commissioner, East Siang today in the presence of Ninong Ering, MLA, 37th Pasighat West, Tatung Jamoh, ex MLA, Tapi Gao, Director, Elementary Education and other public leaders including government officials, alumni and denizens of Sille-Oyan circle.

The school hostel buildings were completely in abandoned and dilapidated state andthe hostel premises were also encroached by people settling around. The renovation works included electrification of entire building, erection of barbed wire fencing all around the premises, new water and toilet connection/, painting of walls and roof, ceiling replacement and other works.

The main motive of this project isto protect public assets and to make it functional with public support which has been duly achieved, said Dr. Heera Panggeng, Circle Officer, Sille-Oyan circle who executed the project on behalf of 2016 batch of APCS officers.

While opening the refurbished boys hostel, Dr. Kinny Singh appreciated the noble initiative of the APCS officers and general public of Sille-Oyan Banggo including LBSU and alumnus of the GHSS Sille who whole heartedly contributed from their own respective capacities for the refurbishing of the boys hostel and securing the premises by erecting barbed wire fencing etc. Tapi Gao, Director, Elementary Education also admired the noble initiative of the APCS officers and general public which will go a long way in inspiring others also.

Meanwhile, local MLA Ninong Ering, who also contributed a sum of Rs. 2.5 Lakhs for the purpose said that the public properties like school infrastructures need to be maintained properly. While indirectly discouraging encroachment of school and hostel premises, he urged the public to be pro-development and upkeep the government funded assets which are for public uses only.

The total amount contributed for the refurbishing of the boys hostel till today was Rs. 7.6 lakhs including contribution in kind. And the good part is we are still receiving the contribution which can be used for the larger work, informed Dr. Panggeng.

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College of Engineering | University of Arizona

Improve the Mechanics of Flight Aerospace Engineering

Airplanes, rockets, satellites and spacecraft: Solve problems in flight and space exploration. Immerse yourself in thermodynamics, fluid mechanics, solid mechanics, aerodynamics, gas dynamics and control system design. And check out the UA College of Engineerings supersonic wind tunnel!

Consider a path where beauty and functionality meet strength and efficiency. From structural integrity to efficient heating and cooling, become a master at balancing top-down architectural design and component-up engineering design. Be the bridge between architects, engineers and contractors.

Join the biomedical revolution! This highly interdisciplinary, approved pre med program includes biomaterials, biomechanics, biosensors and microtechnologies. Use your know-how in engineering, medicine and biological sciences to advance telemedicine and improve medical diagnostics, treatment and therapy.

Gain a deeper understanding of agriculture and biology knowledge that will help feed the world and someday may be used to design life support systems for colonies on other planets. Students in UA biosystems engineering combine technical knowledge, computer techniques and control systems to manage soil and water resources and develop biological and biomedical products. Work on projects involving wise use of energy, materials, biochemicals and recyclable wastes.

Sustainability is a key driver of invention at the University of Arizona. In UA chemical engineering, apply emerging technologies in chemistry, math and physics to design and manufacture better consumer products, increase food production, and produce cleaner water and air. Hands-on experience and interactive classes in environmental, premedical and biomedical focus areas prepare you for success in private industry and with public agencies.

If you want to build sustainable, resilient cities and infrastructures, University of Arizona civil engineering is the place for you. Learn to design and construct buildings, roads, bridges, dams, tunnels, and power plants that can withstand earthquakes and other disasters. Focus on structural, geotechnical, transportation, or hydraulics and environmental civil engineering to hone your skills for the workforce.

Every technological device we rely on cell phones, laptops, automobiles, medical imaging and power plants depends on electrical and computer engineers. In the University of Arizona electrical and computer engineering program, you gain a solid foundation in analytical thinking and problem solving (and robot creation!). Delve into circuit design, power systems, mechatronics and electromagnetics or focus on software and operating system design and wireless communications.

Combine your love of engineering and business in the University of Arizona engineering management program. Get set to launch your own high-tech firm. Or prepare to work in quality engineering, technical sales and marketing, project and construction management, or reliability engineering with some of the worlds top companies.

Environmental engineers merge engineering with science, biology, and chemistry to improve recycling, waste disposal, public health, and water and air pollution control.

From manufacturing smartphones and cars to streamlining hospital operations to shortening the line at a roller coaster ride, efficiency is key. In the University of Arizona industrial engineering program, learn to combine engineering, business and social science skills to improve production planning, quality assurance, facility planning and information management.

Work at atomic and molecular levels to achieve globally significant results. In the University of Arizona materials science and engineering program, students work with glass, ceramics, plastics, polymers, composites, metals and other materials to create the devices and systems essential for solar energy production, information technology and medicine. From integrated circuits and chip carriers to turbine engines and optical waveguides, become an expert in materials properties, failure analysis, manufacturing techniques and quality assurance.

From biomorphic tissues to solar energy systems, mechanical engineering is one of the broadest engineering disciplines. Use math, computational tools and the laws of physics to design automobile parts, biomedical systems, robots, machine tools and more. Steeped in hands-on problem solving and team activities, University of Arizona mechanical engineering courses focus on solid and fluid mechanics, thermal sciences, dynamics and controls, and mechanical design

Put on your hard hat and head down 150 feet into the University of Arizonas San Xavier mine, the only student-run multi-level mine in the United States with a working vertical shaft. Drill deep into your mining interests with focus areas in mine operations, geomechanics, sustainable resource development and mineral processing. Expand your skills interning with a top mining company, and look forward to graduating from a program that boasts some of the highest starting salaries and job guarantees of all the engineering specialties.

Work side-by-side with experienced professionals at the University of Arizona on projects like the Giant Magellan Telescope and OSIRIS-REx, an unmanned space probe that will launch in 2016, land on an asteroid and return to Earth with a material sample. Four focus areas optics, optoelectronics, optical materials and optomechanics are geared to industry needs and filling the pipeline with work-ready UA College of Engineering students and alumni.

Established in 1961 as the nations first systems engineering academic department, UA systems engineering operates on the premise that to work effectively and beneficially, large, complex systems must be designed not only with imagination and technical skill but with rigorous attention to the design process and interactions among system components (machines, people, software, hardware, materials, and energy), other systems and society. Courses in probability and statistics, system theory, decision analysis and simulation prepare students for careers in private industry and with public agencies.

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Kettering University will end 5 programs, focus on engineering – MLive.com

FLINT, MI - Flint-based Kettering University is ending five of its 13 majors as part of an effort to refocus on its more popular engineering programs, according to a letter from university President Robert McMahan.

Kettering is sunsetting its applied math, applied biology, applied physics, biochemistry and chemistry programs, meaning it will accept no new majors in those fields after fall 2021, according to the letter.

There are 77 current students majoring in these programs, including 47 seniors. The university will still offer these students the needed classes to complete their degree and will give them individualized pathways to graduation, according to the letter.

Engineering fields and computer science, which make up six of the universitys 13 majors, contribute half of the universitys annually awarded credit hours, with another 40% coming from service courses for those majors, according to the letter. The seven remaining majors only contribute 6% of the credit hours but require one-third of the universitys instructional resources.

McMahan decided the changes based on the mid-2020 findings of a task force that sought to identify consistently underperforming programs and enhance programs that have greater market demand, according to the letter. He decided to delay implementing the changes until it looked like the country was beginning to emerge from the pandemic.

I did this out of a desire to not add additional stress on you or our community as we were adapting to the Covid-19 crisis, including pivoting immediately to entirely new modes of virtual services delivery in every unit across the University, McMahan said in the letter. We, like the rest of higher education, will not be going back to the way it was before. It is therefore incumbent upon us to think creatively and plan carefully for our future.

To help you navigate this complicated school year, were pleased to offer you a simpler way to get all of your education news: Our new Michigan Schools: Education in the COVID Era newsletter delivered right to your inbox. To receive this newsletter, simply click here to sign up.

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BitTitan Names Manoj Kalyanaraman New VP of Product and Engineering – Business Wire

BELLEVUE, Wash.--(BUSINESS WIRE)--BitTitan, the developer of MigrationWiz and a global leader in managed services automation, today announced Manoj Kalyanaraman as the companys new vice president of product and engineering. Manoj will be headquartered in BitTitans Singapore office, further bolstering its presence in the Asia Pacific region.

Manoj assumes this role as digital transformation continues to accelerate around the world, with the Asia Pacific region leading the pack. By 2023, over 65 percent of Asia Pacifics gross domestic product (GDP) will come from digital products or services, with more than $1.2 trillion expected to be added, according to an IDC study.

Manojs cloud architecture and product-launch expertise, along with his broad multi-platform experience, make him an ideal choice for this role, said Geeman Yip, founder and CEO at BitTitan. His commitment to customer satisfaction, technical knowledge, and strategic and operational management skills will all help drive product innovation and international business development. Were thrilled to welcome Manoj to our leadership team.

Manoj joined BitTitan in 2019 as a director of engineering and site leader. Prior to joining BitTitan, Manoj held the role of chief technology officer for the hospitality industrys Next Story Group. There, he led the digital transformation of the organization. Manoj built a technology platform to launch a new business line in the shared workspaces domain across the Asia Pacific markets of Taipei, Sydney, Singapore, Saigon and Hong Kong.

His experience includes an extended tenure with Intuit in India and the U.S. At Intuit, he led a global engineering organization, heading the TurboTax suite of products for the U.S. and Canadian markets. Manoj helped launch the industry-leading TurboTax mobile application. He has also held engineering leadership roles in the U.S., Singapore and Australia.

As digital transformation continues to accelerate globally, my commitment is to enable BitTitan partners to be successful in the cloud by delivering advanced IT solutions and 24/7 service, said Kalyanaraman. I am excited to take on this new role with an innovative SaaS company like BitTitan, which is helping our partners drive cloud adoption around the globe. This is a terrific opportunity for us to be a part of the growing market here in Singapore and throughout the world.

BitTitan continues to strengthen its worldwide commitment to seamless service delivery with new offerings and routine product updates. We are excited to be launching new features and enhancements to MigrationWiz each week, said Yip. We are committed to simplifying the adoption of cloud services and providing innovative, industry-leading solutions to customers in the Asia Pacific and around the world.

For the latest news and information on BitTitan, like and follow the social media channels below.

Twitter: @BitTitan Facebook: http://www.facebook.com/BitTitan LinkedIn: http://www.linkedin.com/company/BitTitan

About BitTitan

BitTitan empowers IT service professionals to successfully deploy and manage cloud technologies through automation. MigrationWiz is the industry-leading SaaS solution for mailbox, document, public-folder and Microsoft Teams migrations between a wide range of Sources and Destinations. Voleer is a solution that centralizes and automates IT tasks, helping empower IT service professionals to streamline daily operations and eliminate redundancies. Since 2009, BitTitan has moved over 22 million users to the cloud for 45,000 customers in 188 countries and supports leading cloud ecosystems including Microsoft, Google and Dropbox. The global company has offices in Seattle and Singapore. To learn more, visit http://www.BitTitan.com or the BitTitan blog.

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NIU Engineering professor explains how to harvest the power of wind energy – NIU Today

Wind flows a lot like water, according to NIU Associate Professor of Mechanical Engineering Nicholas Pohlman. The same fluid mechanics applies to hydro power that has been used since the 18th century, just with a lower density, intermittently available resource, he says. In other words, harnessing the kinetic energy of wind to create electricity relies on many of the same principles that are well established in the energy industry but it also requires some changes in our thinking and behavior.

Nick Pohlman

Dr. Pohlman will discuss the conversion of wind energy to electricity and answer audience questions at the next NIU STEM Caf, online on Tuesday, March 16, at 6 p.m. Register for this free event at go.niu.edu/windenergy.

Pivoting to wind energy may require power balancing of the grid because wind is intermittent are you willing to turn off the TV and lights so that the toaster works? Pohlman asks. It also requires a willingness to see where and how energy is converted into the electricity that we rely on in our daily lives.

When energy was converted remotely (coal, nuclear, etc.), few people cared where the facility was located, Pohlman says. However, he notes that many people have a not in my backyard attitude towards wind energy, which is generally located closer to the end user.

Such proximity to consumers can have positive effects, however, not the least of which is to decrease transmission losses the energy lost as heat when electricity is transmitted along power lines from the plant to your home or business. If urban areas could incorporate wind energy into their architecture, then we might be able to reduce transmission losses, he explains.

Perhaps even more important is the mental shift of learning to see our own energy consumption instead of taking it for granted. Wind energy is widely available and increasing in capacity, but we all need to be willing to SEE the energy harvesting rather than just hope power comes out of the outlet, Pohlman notes. Seeing the energy conversion will hopefully help us recognize our own energy needs.

The only limit on size of wind turbines is the transportation mechanisms used. Here, wind turbines are being transported by rail through northern Illinois.

Dr. Pohlman will be joined by Derek Hiland, DeKalb County Community Development Director, who will address questions related to growth, zoning and land-use changes in the county.

This is a wonderful chance for the public to learn about wind energy something that has been in the news often lately, says STEM Caf coordinator Judith Dymond. Dr. Pohlman and Derek Hiland will help us sort fact from fiction, so we can make informed decisions about energy use.

Fossil-fuel based energy had millions of years to collect sunlight and be compressed underground, but we are consuming at a rate that far exceeds its multi-million-year collection, says Pohlman. If we can learn to harness and immediately use the lower energy density forms, such as wind, then we will have greater sustainability and decrease impact on climate change.

The STEM Caf will take place online via zoom on Tuesday, March 16, at 6 p.m. Register for this free event at go.niu.edu/windenergy.

Northern Illinois University STEM Cafs are sponsored by NIU STEAM and are designed to increase public awareness of the critical role STEM fields play in our everyday lives. For more information, contact Judith Dymond, Ed.D., at 815-753-4751 or email[emailprotected].

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An interview with Victoria Suber, Lexington native and civil engineer – Wicked Local

Sean Osborne| Association of Black Citizens of Lexington

To celebrate National Engineers Week and Womens History Month, Sean Osborne, President of the Association of Black Citizens of Lexington, interviewed Victoria Suber, LHS Class of 2013. Ms. Suber received her Bachelor of Science in Civil Engineering from Temple University in 2017. She has passed the Fundamentals in Engineering Exam, the first of two examinations that engineers must pass in order to be licensed as a Professional Engineer in the United States. PE licensure is the engineering profession's highest standard of competence, a symbol of achievement and assurance of quality.

Less than 2 percent of Black freshmen in the United States enter college engineering programs. According to the National Society of Black Engineers (NSBE), 3,500 African-Americans earned engineering bachelors degrees in 2014.

ABCL understands that it is important to nurture Black students and professionals interest and aptitude in engineering.Through this interview we hope to expand their professional horizons and to provide the inspiration to lead our nation to greater economic prosperity.

When did your family move to Lexington?

My family moved to Lexington in February 1999. I started kindergarten at Bowman Elementary, then moved on to Clarke Middle School and graduated from LexingtonHigh School.

In what activities did you participate while you were a LPS student?

In elementary school I was part of the before school math program with Ms. Kisler from third to fifthgrade, I believe. Outside of school my mom signed me up for a variety of classes at Hayden Recreation Center: swimming lessons, pottery, jewelry making, cooking, gymnastics, and ice skating. I also attended Hayden Day Camp from first to fifth grade. In middle school I played soccer on Clarke's junior varsity soccer team for a year and ran track and field from 6th to 8th grade. In high school I participated in outdoor track & field from 10th to 12th grade and did indoor track & field and cross country my senior year. From 6th grade to theend of high school I also played violin in orchestra after first taking lessons at Bowman in fourth and fifth grade.

How well did LPS prepare you for the academic and social aspects of college?

I think that all around, LPS prepared me very well for college. Something that I realized in college was that I had a new-found freedom and independence of living on my own. I had no one telling me what to do or when to do it (except my coach who made sure we stayed on top of our coursework). My experience at LPS taught me how to think critically, and the competitive atmosphere also taught me the focus and discipline to stay on top of my workload. I also will never forget in 8th grade when my US History teacher Mr. Romulus taught us how to take notes, and that really stuck with me to this day. I learned how to read and process information much more efficiently which became a key part of how I was able to thrive in futureclasses. The academic challenges that I experienced at LPS taught me the reward of success from hard work. Socially, LPS taught me howto master being able to put on many faces. I learned tobe comfortable with people based on emotional and intellectual connections because I was not usually in classes with people who looked like me, forcing myself to adapt socially. This actually led me to become more introverted and develop a lot of hobbies on my own and made friends through my interests.

What made you choose your undergraduate institution?

I wanted to live somewhere new, meet new people. While LPS was great to me, I acknowledge that I was living in a bubble, and I felt that I needed to leave my peers in order to grow into the person that I always imagined myself to be. In middle school I started in the sport of fencing as a winter extracurricular with my friend Juliet and fell in love with the sport. When I was deciding on which colleges to apply, I really narrowed down my options to places that offered a competitive fencing program. I also wanted to attend a school with a variety of degree programs because I had too many interests to decide on a major. When I was accepted to Temple University I was thrilled just by the fact that I had an option to attend college thatmet all of my wants. From the moment my mom and I crossed the Ben Franklin Bridge into Philadelphia on our first visit, I could not stop smiling. I immediately started taking pictures of every painted mural and interesting-looking building that we drove past. I fell in love with Temple's campus: the open campus, being located right in the middle of North Philadelphia, the diversity of students, and that Temple really felt like a brand-new place. It was perfect for the growth and life that I dreamed for myself, so I had my mind set that this was the place I wanted to go if my first choice for college didn't work out (and it didn't). While I had already been accepted as an undergraduate student, the icing on the cake for me was when I was also accepted as a walk-on to the Division I Fencing Team.

Why did you choose to become a civil engineer?

Originally, I wanted to go to art school. I had a summer drawing class teacher encourage me to apply to Rhode Island School of Design at his recommendation, but the cost of tuition would be too high. Additionally, I was not confident in my ability to turn my hobby into how I made a living. I wanted to pick a college major that still integrated the creative aspect of fine arts, so I thought about pursuing an architecture major. However, I really love the math and sciences and I didn't find any architecture programs that would challenge me in those areas. My parents saw my indecision and my dad suggested that I look into civil engineering. I had never thought of pursuing an engineering degree because I had not taken a single engineering class at any level during my time at LPS. When I looked into undergraduate civil engineering programs, I realized how diverse civil engineering was, that I would be working on projects with visibly tangible results and saw that it best integrated my math and science (particularly physics) interests. What really sold me on civil engineering, particularly consulting, was working at my first internship at OSD Engineering Consultants in Lexington. I had never imagined that engineering could be so tedious yet active. I really enjoyed the problem-solving aspect of servicing clients, helping contribute to the well-being of others on a large scale, and the field experience. Engineering consulting felt balanced socially,intellectually, and physically.

How did trailblazers like Hattie T. Scott Peterson affect your career choice and your career trajectory?

When I started in civil engineering, I started to receive a lot of encouragement from peers and strangers to keep at it because there are not many femaleAfrican American professional engineers. I didn't think much of this until I joined NSBE (National Society of Black Engineers). The majority of Temple's engineering program consisted of white men, so it was pretty cool that there was such a supportive close-knit network of Black engineers. I made lifelong friends in NSBE, and the organization gave me an incredible amount of support and guidance in my civil engineering studies (especially since I had nearly zero exposure to engineering before college so I did become overwhelmed at times). Every professional Black engineer that I have met has contributed to my network of support in my choice to become a civil engineer with their guidance on how to advance my engineering career asan African American woman. As I get older, I've realized more and more the importance of supporting my black coworkers, associates, and mentors inmy field, so I look to the trailblazers in my field as sort of role models to what kinds of success are possible.

Had you heard of Hattie T. Scott Peterson before The Black History Project of Lexington?

Nope! Not to my knowledge. When I looked her up after reading your first question, I figured I must have heard of her before but I couldn't think of when. I don't know if it would make a difference for myself as a black female engineer because I never had a true role model in my life whose footsteps inspired me to follow; I kind of learned and grew into this awe and inspiration as I went along. For other NSBE members, who may feel more strongly about the role of role models, I think it would make a huge difference. NSBE is an organization that members are extremely proud to represent, so I believe that having a black woman as the face of trailblazing women engineers as a whole is very empowering and would help inspire not just NSBE collegiate members, but also NSBE Jr. members who are our high school counterparts.

What advice would you give to a Black LPS student who wants to be an engineer?

Don't be afraid to excel, don't be afraid to get outside of your comfort zone, and support and collaborate with your peers. Being Black in a professional field will always have its struggles but being able to find a support system that encourages and challenges you to achieve your aspirations, I think, is a big key to success. It's important to not only be open to the help and support being given to you, but also to give back to encourage your Black peers that "they can do it too". Also, be vocal about what you want to do. You never know who or what people know, and these connections can help build your network which is important in the professional world.

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An interview with Victoria Suber, Lexington native and civil engineer - Wicked Local

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What Do The Returns On Capital At Spirax-Sarco Engineering (LON:SPX) Tell Us? – Simply Wall St

Did you know there are some financial metrics that can provide clues of a potential multi-bagger? Amongst other things, we'll want to see two things; firstly, a growing return on capital employed (ROCE) and secondly, an expansion in the company's amount of capital employed. This shows us that it's a compounding machine, able to continually reinvest its earnings back into the business and generate higher returns. However, after investigating Spirax-Sarco Engineering (LON:SPX), we don't think it's current trends fit the mold of a multi-bagger.

For those that aren't sure what ROCE is, it measures the amount of pre-tax profits a company can generate from the capital employed in its business. Analysts use this formula to calculate it for Spirax-Sarco Engineering:

Return on Capital Employed = Earnings Before Interest and Tax (EBIT) (Total Assets - Current Liabilities)

0.16 = UK254m (UK1.9b - UK352m) (Based on the trailing twelve months to June 2020).

Thus, Spirax-Sarco Engineering has an ROCE of 16%. On its own, that's a standard return, however it's much better than the 8.9% generated by the Machinery industry.

Check out our latest analysis for Spirax-Sarco Engineering

Above you can see how the current ROCE for Spirax-Sarco Engineering compares to its prior returns on capital, but there's only so much you can tell from the past. If you'd like, you can check out the forecasts from the analysts covering Spirax-Sarco Engineering here for free.

On the surface, the trend of ROCE at Spirax-Sarco Engineering doesn't inspire confidence. Over the last five years, returns on capital have decreased to 16% from 31% five years ago. Meanwhile, the business is utilizing more capital but this hasn't moved the needle much in terms of sales in the past 12 months, so this could reflect longer term investments. It's worth keeping an eye on the company's earnings from here on to see if these investments do end up contributing to the bottom line.

On a related note, Spirax-Sarco Engineering has decreased its current liabilities to 19% of total assets. So we could link some of this to the decrease in ROCE. What's more, this can reduce some aspects of risk to the business because now the company's suppliers or short-term creditors are funding less of its operations. Since the business is basically funding more of its operations with it's own money, you could argue this has made the business less efficient at generating ROCE.

In summary, Spirax-Sarco Engineering is reinvesting funds back into the business for growth but unfortunately it looks like sales haven't increased much just yet. Investors must think there's better things to come because the stock has knocked it out of the park, delivering a 245% gain to shareholders who have held over the last five years. But if the trajectory of these underlying trends continue, we think the likelihood of it being a multi-bagger from here isn't high.

If you want to continue researching Spirax-Sarco Engineering, you might be interested to know about the 1 warning sign that our analysis has discovered.

For those who like to invest in solid companies, check out this free list of companies with solid balance sheets and high returns on equity.

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This article by Simply Wall St is general in nature. It does not constitute a recommendation to buy or sell any stock, and does not take account of your objectives, or your financial situation. We aim to bring you long-term focused analysis driven by fundamental data. Note that our analysis may not factor in the latest price-sensitive company announcements or qualitative material. Simply Wall St has no position in any stocks mentioned. *Interactive Brokers Rated Lowest Cost Broker by StockBrokers.com Annual Online Review 2020

Have feedback on this article? Concerned about the content? Get in touch with us directly. Alternatively, email editorial-team (at) simplywallst.com.

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What Do The Returns On Capital At Spirax-Sarco Engineering (LON:SPX) Tell Us? - Simply Wall St

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QS ranks VIT among top 12 institutions of India in engineering and technology – Hindustan Times

PUBLISHED ON MAR 10, 2021 09:44 AM IST

Vellore Institute of Technology (VIT) is ranked one among the top 12 institutions of India in Engineering and Technology and within the top 450 Universities in the World as per QS subject ranking, 2021.

According to a press release, seven subjects of VIT are in the list published by QS this year. Four subjects namely Computer Science and Information Systems, Electrical and Electronics Engineering (EEE), Mechanical Engineering and Chemistry have moved up 50 positions as compared to last year.

Among them Computer Science and Information Systems and Electrical and Electronics Engineering (EEE) are ranked within the top 10 in India. Electrical and Electronics Engineering (EEE), is ranked within the top 300, both Computer Science and Information Systems and Mechanical Engineering are ranked within the top 400 in the world. VIT's Mathematics and Biological Sciences have entered in QS Subject Ranking for the first time and are ranked within the top 500 and 600 in the world respectively.

The QS World University Rankings by Subject 2021 cover a total of 51 disciplines, grouped into five broad subject areas. The QS World University Rankings by Subject are compiled every year to help prospective students to identify the leading universities in a particular subject. Research citations index along with the results of major global surveys of employers and academicians are used to rank universities.

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QS ranks VIT among top 12 institutions of India in engineering and technology - Hindustan Times

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Tuolumne County Hosting Engineers and Scientists in Schools Week – MyMotherLode.com

By Nic PetersonPublished Mar 8, 2021 04:01 pmUpdated Mar 8, 2021 04:07 pm

Tuolumne County Superintendent Of Schools Office

Sonora, CA Professionals from dozens of companies will be instructing hundreds of local students via zoom as part of Engineers and Scientists In Schools week, taking place throughout this week. The Tuolumne County Superintendent of Schools office will be collaborating with the San Fransisco Public Utilities Commission (SFPUC) to bring experts from a plethora of fields to help instruct students in a variety of topics. Twenty-nine classes at eight different schools totaling six-hundred and fifty students will be digitally instructed on subjects and activities such as how to solve engineering challenges to exploring shark teeth.

The Tuolumne County Superintendent of Schools office relays that they are grateful for the support from local and out of area firms in helping students see the impact of Science, Technology, Engineering, and Math (STEM) in their everyday lives.

The following firms and agencies will be participating in this scholastic event: Stantec Consulting, Joe Hill Consulting Engineers, Jacobs Engineering, GEI Consultants, SFPUC, Applied Technology and Science, Mott MacDonald, McMillen Jacobs Associates, and Dabri Inc.

Written by Nic Peterson

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Tuolumne County Hosting Engineers and Scientists in Schools Week - MyMotherLode.com

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