$100K awarded to engineering student projects, activities

The University of Hawaiʻii at Mānoa College of Engineering has awarded more than $100,000 to fund student projects and club activities.

Eleven projects led by 150 engineering students received a total of $75,000, and more than $25,000 went to clubs and other student activities. Funds were generated by the college’s 2019 Annual Banquet, its largest annual fundraiser. Banquet sponsors included local industry partners, alumni and other friends of the college.

computer engineer vs computer science students have been granted extensions to use their awarded funds through the next academic year.

The spring 2020 student project awardees are:

• Steel bridge project
• Concrete canoe project
• Autonomous vehicle and traffic coordination project
• Unmanned aerial delivery system with vertical takeoff and landing project
• Autonomous search and rescue drone and ground vehicle project
• Formula SAE electric racer project
• Wireless sensor nodes project
• Team Hōkūlele rocketry project
• Resident autonomous underwater vehicle: Team NaviKai project
• CubeSat development—aerospace project
• CanSat 2020—delta wing glider project

Assistant Dean Song Choi, who reviewed all applications, said, “These projects will highlight the state-of-the-art development in society’s drive towards autonomy as well as the maintenance of engineering know-how and values embedded in the adherence to rules, regulations and limits governing our professions to produce the most competent and confident engineers.”

Nanosatellite initiative planned for Mexico

Nanosatellite manufacturer and mission integrator NanoAvionics, together with the Mexican Space Agency (AEM), is planning to introduce a nanosatellite pilot project for future space missions.

Working with students from the Polytechnic University of Atlacomulco, the first development planned by the project partners will be a nanosatellite for the State of Mexico, the most populous state in the country, which is located in South-Central Mexico.

Building the nanosatellite – the AtlaCom-1 – is part of a pilot project to establish a nanosatellite infrastructure for future space missions designed and built by Mexico’s youth.

The project, starting in September 2020, is, says NanoAvionics, a testimony to the importance of space applications enabled by what can you do with a computer science degree, which are rapidly becoming essential to national economies. 

NanoAvionics is a nano-satellite bus manufacturer and mission integrator. The company’s efforts are focused on enabling critical satellite functions and optimising their launch, hardware and operation costs – ranging from single missions to constellations. Its core engineering team has implemented over 75 successful satellite missions and commercial projects during the past several years.

Alkira Scores an Industry First With a Unified SaaS-Like Networking Platform

Cloud networking major Alkira unveiled Alkira Cloud Services Exchange, a Unified Multi-Cloud Network As-a-Service that enables building and provisioning a multi-cloud network with network using point and click operations within minutes.

Alkira’s Cloud Services Exchange is a computer science engineer salary network for the cloud which the company has effectively reinvented. Traditional multi-cloud solutions require the user to have a deep understanding and expertise in the cloud, with knowledge of every cloud’s networking details and limitations. On the contrary, Alkira’s Cloud Services Exchange does not require the user to have any training or certification in the domain.

The solution comprises a global mesh of interconnected points-of-presence across a low latency and higher speed. These points-of-presence store network and security services that the users can manage through the simple SaaS-like portal and Alkira’s Cloud Services Exchange provides this unified way to build, provision, and maintain policies of the global multi-cloud network.

Engineering Services Outsourcing (ESO) Market Will See Strong Expansion through 2020-2027

This report provides in depth study of "Engineering Services Outsourcing (ESO) Market" using SWOT analysis i.e. Strength, Weakness, Opportunities and Threat to the organization. The Engineering Services Outsourcing (ESO) Market report also provides an in-depth survey of key players in the market organization.

Global Engineering Services Outsourcing (ESO) Market overview:

WMR have new report spread across 100+ pages is an overview of the Global Engineering Services Outsourcing (ESO) Market Report 2020. The difference between computer engineering and computer science Market is projected to grow at a healthy growth rate from 2020 to 2025 according to new research. The study focuses on market trends, leading players, supply chain trends, technological innovations, key developments, and future strategies.

The Engineering Services Outsourcing report provided by Research Group in these assertive and speedily improving market settings, the most recent marketing and advertising information are vital to ascertain performance and make important choices for growth and profitability of the marketplace.


The report gives a SWOT analysis of the new projects in the Engineering Services Outsourcing market, investment feasibility, development trends, and investment return analysis of these projects. Study of this Global market's competitive landscape includes data facts and figures about leading countries and suppliers' capacity, cost-structures, production values, profits, and gross margins of key businesses operating in the market over the report's review period.

Dyson Creates 44 Science and Engineering Challenges for Kids

From marine biology camp to hands-on lessons inspired by Frank Lloyd Wright, there are plenty of fun, educational activities for kids to do at home right now. If you're looking to add more STEM learning to the mix, your kids can tackle 44 science and engineering challenges designed by Dyson engineers.

Created for kids ages seven and older, the James Dyson Foundation's free Challenge Cards are designed to get children excited about engineering. Featuring easy-to-follow instructions and required materials that can be found around the house, the challenges can all be completed at home.

With 22 engineering challenges and computer science vs computer programming, your kids can choose from tons of creative activities. For the Balloon Car Race challenge, they'll make and race a car, using just a balloon, a plastic cup, straws, thread and rubber bands. Spaghetti Bridges is another fun engineering challenge in which kids try to build a bridge made of spaghetti that's strong enough to hold a pack of sugar. The Marble Run challenges kids to use cardboard to create a run that will keep the marble moving for a minute.

CNF jump-starts startups in New York state

Electroplating – the process of using electricity to deposit one metal onto another – originated in the 19th century and can be found in everything from pennies to gold-topped cathedrals.

But electroplating is no easy task when you’re creating groundbreaking microscale technology, as Kwame Amponsah ’06, M.Eng ’08, M.S. ’12, Ph.D. ’14, discovered several years ago while trying to fabricate microelectromechanical systems (MEMS) devices at the Cornell NanoScale Science and Technology Facility (CNF). Amponsah is CEO of the startup Xallent, which builds nanoscale software and hardware products to test semiconductors and thin-film materials.

Their fabrication dilemma had computer science vs information technology and his engineers stumped.

“We tried to do this kind of electroplating, but we weren’t getting the results that we wanted,” he said. “Then we involved the CNF staff.”

Founded in 1977, CNF enables scientists and engineers from academia and industry to conduct micro- and nanoscale research with state-of-the-art technology and expertise from its 23-member technical staff.

But perhaps the facility’s greatest breakthrough is helping launch startup companies in New York state. Over the last four decades, at least 34 startups have launched at CNF and continue to use its services, with 14 – including Xallent – forming in the last ten years. These companies annually generate about $1.4 billion in funding and revenue. 

Engineers Develop Method for Creating “Flexoskeletons” Without Special Equipment

Engineers at the University of California San Diego have developed a method to create soft, flexible, 3-D printed robots without the use of special equipment. This new method makes it faster and cheaper to produce the robots, which can be used for a variety of different purposes.

The engineers developed the new method by venturing off the path of how soft robots are normally built, which is by adding soft materials to a rigid robot body. Instead, the team of researchers started with a soft body and added rigid features to it. Inspiration for the robots came from insect exoskeletons, which consist of both soft and rigid components. The team calls the creations “flexoskeletons.”

The new method for developing these robots makes it much faster to construct soft components. It takes just a fraction of the time previously required, and it is much cheaper than before.

Nick Gravish is a mechanical engineering professor at the Jacobs School of Engineering at UC San Diego and the paper’s senior author.

“We hope that these how much do computer scientists make will lead to the creation of a new class of soft, bioinspired robots,” said Gravish. “We want to make soft robots easier to build for researchers all over the world.”

With the new method, large groups of flexoskeleton robots can be built with little manual assembly. It allows for the creation of separate components that are interchangeable, allowing robot parts to be swapped.