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Civil and Environmental Engineering Research – Clarkson University News

Faculty Research

Our faculty have unique research areas, from reducing the impact of microplastics in waterways to the development of novel materials for use in lunar and Martian infrastructure. Sustainability is increasingly important for industry, academia and society alike, so we partner with Clarksons Institute for a Sustainable Environment to design interdisciplinary experiences and research projects.

Learn More About Our Faculty and Their Research Expertise

Civil and Environmental Engineering majors have the opportunity to do hands-on research, whether with a faculty member in our department or across the University. Undergraduate research projects often are multidisciplinary, allowing students to work with faculty both in the department and from other disciplines such as biology, business, anthropology, political science, mathematics and chemistry.

Interdisciplinary research is facilitated through the Institute for a Sustainable Environment, Center for Air and Aquatic Resources Engineering and Science, Center for Advanced Materials Processing, Institute for STEM Education and the U.S. Army's Cold Regions Research and Engineering Laboratory.

Graduate students use state-of-the-art experimental and computational facilities, focusing their research on engineering problems and applied science topics that include:

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UMass Amherst Engineering Major Brendan Scott Awarded NASA … – UMass News and Media Relations

Polymers are generally really insulative materials, explains Scott, who graduating from UMass in December. Even though they have all of these benefits like being easily machined, chemical resistance or low density, they have around a 0.1 to 0.33 watts per meter Kelvin thermal conductivity. Its very insulative. While the materials that are good conductors of heat are large, bulky, hard to make and expensive to maintain.

Every single time you have some sort of overheating problem, some sort of weight problem, some sort of chemical-like corrosion problem, you could do it better if you had these materials in your repertoire to use, says Scott. The development of thermally conductivepolymers allows us to create new designs with low-weight, complex geometries, replacing their heavier and more restrictive metal counterparts.

As the bounds of space travel continue to be pushed, this area of study becomes even more valuable. When I was doing research for this fellowship application, I looked into return missions where were getting samples from the moon and Mars and were bringing them all the way back, says Scott. Just sending one rocket is something thats already weight constrained, so adding a return rocket only tightens the tolerance.

The thing that loses out is that youre trying to bring rocks back, he says. And rocks are heavy. To maximize the outcome of this kind of mission, you need to build your equipment with the right materials with the right properties.

He gives an example of what this might look like on an unmanned mission. You control everything with electronics and motors. In order for motors and actuators to move, an electric current passes through a coil, and that uses magnetism to push something. When you do that, it produces heat, no matter what. You need to be able to manage this heat so nothing overheats or catches on fire, and do it in the most cost-effective, weight-effective way possible. Polymers are just the no-brainer for those, especially thermally conductive polymers because you want these to spit off heat as rapidly as possible, that way you can use them to the highest level.

Another application: astronaut clothes, adds Scotts faculty mentor, Yanfei Xu, assistant professor of mechanical and industrial engineering in UMass AmherstsCollege of Engineering. When the astronauts go to space, they want to wear wearable, flexible, lighter-weight clothes, she says. When they do a spacewalk, how can a space suit keep the astronaut as cool or as warm or as comfortable as possible? Clearly, we are aware of polymer-based materials, which have unique properties including being lighter weight, wearable, flexible and comfortable.

With the support from the Space Grant, Scotts research will focus on turning polymer insulators into heat conductors and investigating interfacial thermal transport between polymers and fillers in polymeric composites in Xus research group.

Xus excitement for her students success is obvious. As an educator, I dream to push the next generation of our talents, like Brendan and other students, to go into STEM fields, to consider pursuing higher education. Its so wonderful to work with young people. They are very creative. Give them the best opportunity to work on the frontier of research and the outcomes will benefit not only our lab, our university, or our country, but the world.

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Civil & Environmental Engineering Degree Requirements | Clarkson – Clarkson University News

Core Engineering Courses

All School of Engineering students are required to complete these subject areas during their first year:

Civil engineering majors are required to complete 90 credit hours. Civil engineering students must complete these additional core courses:

Students will have at least 18 credit hours available to use toward a Knowledge Area and/or University Course electives and approximately 18 credit hours available to use toward courses of their choice. Students also have the option of taking professional electives and should consult with their academic advisor.

View the civil engineering curriculum checklist.

View the BS in Civil Engineering worksheet in the Department handbook

Environmental engineering majors are required to complete 90 credit hours. Environmental engineering students must complete these core courses:

Students will have approximately 18 credit hours available to use toward professional electives and at least nine credit hours available to use toward Knowledge Area and/or University Course electives.

View the environmental engineering curriculum checklist.

View the BS in Environmental Engineering worksheet in the Department handbook

Double majors in civil and environmental engineering are required to complete 123 credit hours (including at least one semester of 18 credit hours). The curriculum has narrowly defined elective options, leaving limited flexibility within an eight-semester timeline.

Students with a double major must complete these courses during their sophomore year:

Junior and senior years consist of a mix of required and elective courses.

Learn more about double majoring in the Department handbook

The minor in architectural and facilities engineering is a total of 27 credit hours, plus students must have an architectural and facilities engineering focus for their capstone experience in their major.

Students must complete the following courses:

View the architectural and facilities engineering minor curriculum checklist.

Civil Engineers who would like exposure to this fast-growing field can also obtain the minor in environmental engineering. Students must complete one chemical principles course and and one biological principles course, plus one of the following core courses:

They must also complete one of the following professional electives:

Students also choose one additional professional elective. Minors are required to complete a capstone design course with a specific environmental focus or environmental research.

View the environmental engineering minor curriculum checklist.

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The Future of Automotive Engineering: How Advanced CAE Tools … – Fagen wasanni

The future of automotive engineering is being shaped by the rapid advancements in Computer-Aided Engineering (CAE) tools. These sophisticated software systems are revolutionizing the way vehicles are designed, tested, and manufactured, paving the way for the next generation of automobiles that are safer, more efficient, and more environmentally friendly.

CAE tools are a suite of software applications that allow engineers to simulate and analyze various aspects of vehicle design. They include tools for structural analysis, fluid dynamics, thermal management, and many other areas. By using these tools, engineers can create virtual prototypes of vehicles and test them under a wide range of conditions, long before a physical prototype is built. This not only speeds up the design process but also reduces the cost and risk associated with physical testing.

One of the most significant impacts of CAE tools is in the area of safety. Advanced simulation software allows engineers to analyze the structural integrity of a vehicle under various crash scenarios. They can identify weak points in the design and make necessary adjustments to improve safety. This has led to the development of vehicles that are significantly safer than their predecessors.

In addition to safety, CAE tools are also playing a crucial role in improving the fuel efficiency of vehicles. Engineers can use these tools to optimize the aerodynamics of a vehicle, reducing drag and improving fuel economy. They can also simulate the performance of different powertrain configurations to find the most efficient solution. This is particularly important in the development of electric and hybrid vehicles, where efficiency is a key factor.

The environmental impact of vehicles is another area where CAE tools are making a difference. Engineers can use these tools to analyze the lifecycle emissions of a vehicle, from manufacturing to disposal. This allows them to identify areas where emissions can be reduced and to design vehicles that are more sustainable.

Furthermore, CAE tools are enabling the development of autonomous vehicles. These tools can simulate the behavior of these vehicles in a wide range of scenarios, helping to ensure that they can operate safely and effectively in real-world conditions. This is a critical step in the advancement of this technology and its eventual adoption on a large scale.

The use of advanced CAE tools in automotive engineering is not without its challenges. These tools require significant computational resources and a high level of expertise to use effectively. However, the benefits they offer in terms of improved safety, efficiency, and sustainability make them an essential part of the future of automotive engineering.

In conclusion, the future of automotive engineering is being shaped by the use of advanced CAE tools. These tools are enabling engineers to design vehicles that are safer, more efficient, and more sustainable. They are also paving the way for the development of autonomous vehicles. As these tools continue to evolve and improve, we can expect to see even more significant advancements in the vehicles of the future.

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A shortage of engineers is slowing down work at DOT, officials say – The Connecticut Mirror

A shortage of engineers is complicating the state Department of Transportations efforts to upgrade and repair Connecticuts roads and bridges, officials told the CT Mirror.

Although officials gave varying estimates as to how many jobs need to be filled in the department in coming years from 10% to more than 40% of the ideal workforce they agreed that hiring is a top priority.

We did lose a large number of senior engineers, senior maintainers, DOT Commissioner Garrett Eucalitto said at a press conference last month. The reduction in staffing has caused some projects to slow down, so it caused us to prioritize projects. What hasnt happened is it hasnt led to any reduction in inspection and repairs.

We are only about 200 engineers short right now out of around 1,200 to 1,300 that were supposed to have, he continued. Were doing better, but we still need a lot more. The problem for us here in Connecticut is we dont graduate enough engineers in this state. So, the past couple years we started to look outside Connecticut where we can attract people to move to Connecticut to work for the DOT.

Connecticut colleges had only 191 civil engineering graduates in 2020 and 2021, state data show. The major with the most graduates was psychology. The University of Connecticuts 2022 Undergraduate Student Outcome report shows that the top five employers for UConn engineering graduates last year were private corporations: General Dynamics Electric Boat, Pratt & Whitney, Travelers, Cigna and Lockheed Martin.

Eucalitto said that given the circumstances, the DOT has been trying to recruit new engineers from outside the state and work with corporations to make up for the 400-500 total vacancies created during the mass retirements of 2022 and for the retirements to come in the future.

Travis Woodward, supervising engineer at the DOT and president of CSEA SEIU Local 2001, a union that represents 25,000 active and retired public employees, said current hiring practices at the Department of Administrative Services (the agency in charge of hiring state employees) are archaic and are not efficient enough to meet the workforce demands of the DOT.

DAS continues to take anywhere from seven to 13 months to hire somebody. Theyve gotten that down; they pulled it down to couple months or half a year, but thats still way too much when our competition is the private sector, Woodward said.

If you were to look at our entry level positions it has the wrong salary range built in because of DASs archaic hiring regulations.

Eucalitto said more retirements are on the way and the work to fill vacancies within the department will continue.

We have about 900 retirements over the next three years coming up. Even though we had a huge retirement surge, we have a lot more retirements coming even if we fill every position today, we still need to be recruiting for the next three to four years, Eucalitto said.

But though the DOT is having problems hiring new employees, and with more retirements on the way, Woodward said that the DOT would need to hire approximately 500 new employees to reduce the departments dependence on private companies. He also admitted that the gap between the supply and demand for engineers will pose some challenges, but he is confident that the department will be able to bridge this gap.

I think its possible, and I think that this administration, especially our current commissioner and our current legislature, have done more for DOT and hiring than at least the previous 20 years of administrations, Woodward said. Theyre making the right actions, but more needs to be done, and we need to clear out those hurdles to hiring.

Josh Morgan, a spokesperson at the DOT, and Rep. Roland Lemar, D-New Haven, a co-chair of the state Transportation Committee, shared Woodwards optimism in the states hiring abilities, despite the circumstances.

I know that theyre struggling to recruit new engineers into the department. Thats not just a Connecticut DOT issue, though, thats a national issue, Lemar said. Theres a series of jobs that are important. We lost a lot of experience with a wave of retirements that happened in state service, and its going to take a while to fill in those gaps. But I have confidence in Commissioner Eucalitto that theyre aggressively out there recruiting new people into those positions.

We are working statewide with the DAS to streamline the hiring process to try to make it quicker for people to apply and hear back, Morgan said.

Repairing and upgrading the nations infrastructure has been a top priority of the Biden administration, but according to a 2022 report by the American Society of Civil Engineers (ASCE), Connecticuts infrastructure has been given an overall grade of C; with bridges graded at a C, and roads graded at a D-.

Lemar also said that despite the issues the department has been facing, maintenance of roads and bridges in the state has continued, and their conditions have improved since the release of the ASCE report.

What youve seen in those two grades is an improvement over the last number of years, Lemar said. Were investing the federal dollars that we receive and our state bonding dollars to addressing some of the backlog of deteriorated roads and bridges that we have across the state. I feel confident with the administration that weve got at the DOT right now.

I think were all laser-focused on drawing down every available federal dollar to address this backlog, to make sure our roads and bridges are safe and traversable and up to modern standards, he added.Youd hate to be in a position where youre declining dollars because you dont have the capacity to do the work. Were not at that stage yet. But I think we risk that if we cant get more folks into state service.

Reports by the Bureau of Transportation Statistics in 2020 rated 67% of the states roads in acceptable condition (second-worst in New England and seventh-worst nationwide). Another report by the Federal Highway Administration states that out of the more than 4,000 bridges within the state, 231 of them are in poor condition the majority of which are in Fairfield County.

But the Department of Transportation does not intend to change the states bridge inspection program.

In an email, Morgan wrote, We are proud of our bridge repair and rehabilitation program and the significant progress we have made As part of our asset management strategy, we continually inspect, identify, and address deficient elements of our infrastructure.

Over the last 10 years, weve cut the number of Connecticut bridges rated poor in half from 10% to 5%. A poor rating is the result of one of the elements inspected is rated in poor or worse condition. A bridge in poor condition does not mean it is unsafe, it means that it requires rehabilitation. Today, of the 4,410 bridges measuring more than 20 feet in length in Connecticut, 96% are rated fair or better.

Morgan also cited the Reason Foundations Annual Highway Report released in April 2023, a report that rates state highway systems on cost versus quality. According to the report, Connecticut is ranked fifth in the nation in terms of overall highway and road conditions and within the top 20 for most other categories.

Lemar said the $5 billion received through the bipartisan infrastructure bill will be spent on a number of proposals, including improvements to the Gold Star Bridge in New London, over five years.

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A shortage of engineers is slowing down work at DOT, officials say - The Connecticut Mirror

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A Rare Czech Vehicle Has Showed Up On Both Sides Of The … – Forbes

A Czech army VT-72B.

The VT-72B is an oddity: an armored engineering vehicle based on a T-72 tank, minus its turret and gun, and briefly manufactured in the former Czechoslovakia in the late 1980s and early 1990s.

East Germany acquired a few copies, as did India, but for the most part the VT-72B was Czechuntil Czechoslovakia split up in 1993 and the ARVs cascaded to the successor states: the Czech Republic and Slovakia.

Neither countrys army still has any of the 46-ton, two-crew engineering vehicles in its active inventory, although the Czech army does operate a handful of newer VT-72Ms.

Its unclear exactly what the Czechs and Slovaks did with their old VT-72Bs. But somehow copies of the ARV wound up on both sides of Russias wider war on Ukraine.

Its obvious why the Ukrainians and Russians would want the VT-72Bs: both armies are losing tanks and other armored vehicles by the hundreds as the wider war grinds into its 18th month.

It often is possible to repair an immobilized vehicle, but only after engineers recover it from the battlefielda task that usually first requires an ARV crew to tow the vehicle to safety.

To that end, a diesel-powered VT-72B boasts a winch, a 19-ton crane and a dozer blade for stability. Its in the same class of vehicle as the German Bergepanzer, British Challenger ARV and American M-88.

Recovering irreplaceable ex-German Leopard 2A6 tanks, ex-Finnish Leopard 2R mineclearers and ex-American M-2 fighting vehicles, Ukrainian Bergepanzers have helped to mitigate the cost of a disastrous attempt by the Ukrainian armys 47th Brigade to cross a Russian minefield in southern Ukraines Zaporizhzhia Oblast on June 8.

The brigade left behind more than two dozen of its best vehicles. It wasnt until weeks later that the Ukrainians had advanced far enough past the minefield that the engineers in the Bergepanzers could begin their recovery work.

Both the Czech Republic and Slovakia, as NATO members, are supporters of a free Ukraine and have provided combat vehicles to Kyivs army. It seems the Czech Republic supplied a few VT-72Bs to Ukraine around 2014, the year Russia first invaded Ukraine. Some of those ARVs still are in action.

Its much less clear how Russia got VT-72Bs. The Russian army operates a wide array of recovery vehicleshundreds of thembased on tank and fighting-vehicle chassis.

It wasnt widely known that the Russian army had VT-72Bs until one of the aging ARVs appeared alongside some other old combat vehicles on a Russian train, bound for Ukraine, in a video that circulated online on Wednesday.

That the Russians are activating every old ARV they can locate at some Siberian vehicle park should come as no surprise.

Since widening their war on Ukraine in February 2022, the Russians have lost around 300 engineering vehicles that independent analysts can confirm. Thats a lot of engineering vehiclesfar more than most armies have in their entire inventories.

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The Impact of AI on Geotechnical Engineering Design and Decision … – Fagen wasanni

Exploring the Impact of AI on Geotechnical Engineering Design and Decision-Making

The field of geotechnical engineering, which involves the analysis, design, and construction of foundations, slopes, retaining structures, and other systems that are made of or are supported by soil or rock, is undergoing a significant transformation. This change is being driven by the rapid advancements in artificial intelligence (AI) technology. The application of AI in geotechnical engineering design and decision-making is not only enhancing efficiency but also improving the accuracy of predictions and risk assessments.

AI, with its ability to process and analyze vast amounts of data, offers unprecedented opportunities for geotechnical engineers. Traditionally, geotechnical engineering has been a data-intensive field, requiring the collection and analysis of large volumes of soil and rock data. However, the manual analysis of this data can be time-consuming and prone to errors. AI algorithms, on the other hand, can quickly process this data, identify patterns, and make accurate predictions.

One of the most significant impacts of AI on geotechnical engineering is in the area of risk assessment. The design and construction of geotechnical structures involve a high degree of uncertainty due to the variability of soil and rock properties. AI algorithms can analyze historical data and current conditions to predict potential risks and suggest mitigation strategies. This predictive capability can significantly enhance the safety and reliability of geotechnical structures.

Moreover, AI is also transforming the design process in geotechnical engineering. Machine learning algorithms, a subset of AI, can learn from past design data and generate optimal design solutions for new projects. This not only reduces the design time but also improves the quality of the design. AI can also assist in decision-making by providing engineers with data-driven insights and recommendations.

Despite these advantages, the integration of AI into geotechnical engineering is not without challenges. One of the main issues is the quality and availability of data. AI algorithms require large amounts of high-quality data to function effectively. However, in many cases, the available geotechnical data may be incomplete or inconsistent. Moreover, there is a need for skilled professionals who can understand and interpret the results generated by AI algorithms.

Another challenge is the acceptance of AI by the engineering community. Despite the proven benefits of AI, some engineers may be hesitant to rely on algorithms for decision-making. This is mainly due to the perceived lack of transparency and interpretability of AI algorithms. To overcome this, it is crucial to develop AI models that are not only accurate but also explainable.

In conclusion, AI has the potential to revolutionize geotechnical engineering design and decision-making. It can enhance efficiency, improve accuracy, and reduce risks. However, to fully realize these benefits, it is essential to address the challenges related to data quality, skills, and acceptance. As AI continues to evolve, it will undoubtedly play an increasingly important role in the future of geotechnical engineering.

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Buy Triveni Engineering and Industries; target of Rs 360: Sharekhan – Moneycontrol

Sharekhan is bullish on Triveni Engineering and Industries has recommended buy rating on the stock with a target price of Rs 360 in its research report dated July 26, 2023.

Sharekhan's research report on Triveni Engineering and Industries

Triveni Engineering & Industries (TEILs) Q1FY2024 performance was hit by lower domestic sugar sales volumes due to lower quota allocation. Gross revenues and PAT grew by 5% and 16% y-o-y, respectively. Company maintained guidance of double-digit growth in ethanol production with expanded capacity to 1,110 KLPD over the next two years. TEIL sees no major impact of FCI suspension of surplus rice for ethanol production. Mix will determine business profitability. Engineering business is scaling up well and has a strong order booking of Rs. 1,613 crore. TEIL foresees strong opportunities in the defence business (investing Rs. 40 crore in capex).

Outlook

Stock trades at 15.2x and 11.87x its FY2024E and FY2025E earnings, respectively. We maintain a Buy with a revised PT of Rs. 360.

For all recommendations report,click here

Disclaimer:The views and investment tips expressed by investment experts/broking houses/rating agencies on moneycontrol.com are their own, and not that of the website or its management. Moneycontrol.com advises users to check with certified experts before taking any investment decisions.

Triveni Engineering & Industries - 27 -07 - 2023 - khan

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HKU Engineering team uses diamond microparticles to create high … – EurekAlert

image:Dr Zhiqin Chu (middle) view more

Credit: The University of Hong Kong

Counterfeiting is a serious problem affecting a wide range of industries - from medicine to electronics, inflicting enormous economic losses, posing safety concerns and putting health at risk.

Counterfeiters and anti-counterfeiters are now locked in a technological arms race. Despite anti-counterfeiting tools becoming more and more high-tech including holograms, thermochromic ink and radio frequency identification tags, fake products are becoming harder and harder to tell apart from the genuine articles because counterfeiters are using increasingly advanced technology.

Recently, a team of researchers led by Dr Zhiqin Chu of the Department of Electrical and Electronic Engineering of the University of Hong Kong (HKU), together with Professor Lei Shao of the School of Electronics and Information Technology of Sun Yat-sen University, and Professor Qi Wang from Dongguan Institute of Opto-Electronics of Peking University developed a pioneering technological solution that counterfeiters have no response to.

Dr Chus team created diamond-based anti-counterfeiting labels that are unique and known in the industry as PUFs - Physically Unclonable Functions.

The team made these labels by planting tiny artificial diamonds known as diamond microparticles, on a silicon plate using a method called Chemical Vapour Deposition (CVD).

The diamond microparticles, all different in shape and size, form a unique pattern when they scatter on the silicon substrate. Such pattern is impossible to replicate and therefore scatters light in a unique way. Put simply, it forms a unique fingerprint than can be scanned using a phone.

The second level of uniqueness, and hence security, comes from the fact that these diamond microparticles have defects known as silicon-vacancy (SiV) centers.

SiVs give diamond microparticles a unique optical property - they emit near-infrared photoluminescence when a green light is shone on them, which makes them easily identifiable. These unique optic signatures can then be combined and digitized into codes of very high sophistication and security that can be read by a simple smartphone scanner and/or a confocal fluorescence microscope.

Very importantly, these diamond-based labels are highly suitable for the use in commercial products as they are extremely tough in the trials they withstood heat, the action of chemicals and physical damage.

And, they are cheap it costs just one US dollar to make 10,000 such labels of 200 m 200 m dimensions. Moreover, because they are made from diamonds, these anti-copying labels would enhance the value of the product.

The labels are ready to be used commercially, says Dr Chu, adding that the teams next step is to focus on the practical application.

Diamond anti-counterfeiting will be favoured in various high-end products such as jewellery, luxury goods, electronic products, and automobiles, he said.

The results of Dr Chu teams work were published inNature Communicationsin an article entitled Multimodal dynamic and unclonable anticounterfeiting using robust diamond microparticles on heterogeneous substrate.

Link to the paper: https://www.nature.com/articles/s41467-023-38178-1

Media Enquiries

Faculty of Engineering, HKU

Ms Celia Lee (Tel: 3917 8519; Email: leecelia@hku.hk) or

Ms Charis Lai (Tel: 3917 1924; Email: chariskc@hku.hk)

Nature Communications

Experimental study

Not applicable

Multimodal dynamic and unclonable anti-counterfeiting using robust diamond microparticles on heterogeneous substrate

2-May-2023

Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert system.

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City contracts with engineering firm on road work – The Republic

The city of Columbus will work with Strand Associates, Inc. on road improvement projects on the citys north and west sides.

The Columbus Board of Works voted Tuesday to approve a contract with the firm for construction engineering on a project widening Lowell Road from County Road 200W to U.S. 31, with city engineer Andrew Beckort saying the work will be bid out in December. The contract has a not-to-exceed amount of $355,000.

The city previously engaged Strand for initial engineering and design on the project, as well as landscape design for a proposed roundabout at Lowell Road and County Road 200W.

The board also voted to amend Strands contract on improvements along County Road 350W from Goeller Road to State Road 46 and Goeller Road from Oakbrook Drive to County Road 350W.

This is an increase of approximately $30,000 to get the project done a little faster and be shovel-ready, said Beckort. Its not scheduled to bid until 2028, but we want it ready 2026 in case funding is available.

The updated contract amount is $700,869. Other changes in the amended agreement include:

Beckort said planned improvements for Goeller Road include widening where necessary, curb and gutter, a shared use path on one side of the road and a sidewalk on the other. Similar improvements are planned for County Road 350W.

The city is also considering potential roundabouts at the east intersection of Tipton Lakes Boulevard and Goeller, and 350W and Goeller.

The current plan is to split the work on Goeller and 350W into two projects but have the design grouped together, Beckort said. He believes Goeller will come first, with 350W being worked on the following year, but added that this timeline is subject to change.

Both the Lowell Road improvements and the work on Goeller and 350W are federally funded projects, with 80% paid by the federal government and 20% paid by the city.

This includes the engineering and design contracts with Strand, with the exception of the landscape design on the Lowell Road roundabout, which is being paid for with local dollars, he said.

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