Marlton, NJ, United States
Marlton, NJ, United States

Hill International is an international construction consulting firm. Founded in 1976, the company is currently headquartered in Marlton, New Jersey, United States. It will be moving its headquarters to Philadelphia, Pennsylvania, United States in May of 2015.In 2012, Engineering News-Record magazine ranked Hill as the 8th largest construction management firm-for-fee and the 10th largest program management firm in the U.S. Hill’s claims and consulting services include claims analysis, litigation support, expert witness testimony, cost and damages assessment, delay and disruption analysis, lender/technical advisory and the Project Neutral. Wikipedia.


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Agency: Cordis | Branch: H2020 | Program: CSA | Phase: EE-19-2015 | Award Amount: 2.20M | Year: 2016

The transition to a low-carbon economy creates financial risk and opportunities. A key barrier for investors in responding to this risk relates to the shortcomings of the current landscape of asset valuation and credit risk models in capturing this financial risk and opportunity. The objective of the project is to develop an Energy Transition (ET) risk and opportunity assessment framework. The objectives of this framework are to help investors and policy makers understand the materiality of energy transition risk and opportunity, help investors assess this materiality for bond and equity portfolios, and engage with investors & policy makers on responding to these risks in order to mobilize capital for sustainable energy investment. The activities focus on seven key industries. The core focus is on building bottom-up databases, Energy transition risk and opportunity scenarios net margin impact models. These outputs will then feed into newly developed equity valuation (developed by Kepler-Cheuvreux) and credit risk models (developed by S&P Capital IQ). The project enables investors and analysts to implement these models into their investment decision-making, either through the assessment framework or directly equity and bond indices developed in the course of the project.


PHILADELPHIA and HAMBURG, Germany, Feb. 27, 2017 (GLOBE NEWSWIRE) -- Hill International (NYSE:HIL), the global leader in managing construction risk, announced today that it has received a contract from Unibail-Rodamco to provide project management and site supervision services in connection with the Überseequartier Süd mixed-use development in Hamburg, Germany. The €960 million ($1.02 billion) Überseequartier Süd development will be the centerpiece of HafenCity in Hamburg, the second largest city in Germany.  With 3.5 million residents within an hour’s driving time, HafenCity is considered to be one of the largest urban redevelopment projects in Europe with a land mass of approximately 2.2 square kilometers (0.85 square miles).  The Überseequartier Süd development will comprise 14 iconic buildings including 1150 hotel rooms, residential, entertainment and office facilities.  It will also feature a cruise terminal, a below grade light rail metro and, an interconnected retail space with 200 stores.  All buildings will be Gold BREEAM certified, the European standard for sustainable building. “This is one of the largest developments in Europe and a landmark project in Germany,” said Jeffrey Sújar Blanco, Vice President with Hill’s Project Management Group.  “We are extremely excited to be part of such an iconic project,” added Sújar. Hill International, with 4,300 professionals in 100 offices worldwide, provides program management, project management, construction management, construction claims and other consulting services primarily to the buildings, transportation, environmental, energy and industrial markets.  Engineering News-Record magazine recently ranked Hill as the eighth largest construction management firm in the United States.  For more information on Hill, please visit our website at www.hillintl.com. Certain statements contained herein may be considered “forward-looking statements” within the meaning of the Private Securities Litigation Reform Act of 1995, and it is our intent that any such statements be protected by the safe harbor created thereby.  Except for historical information, the matters set forth herein including, but not limited to, any projections of revenues, earnings or other financial items; any statements concerning our plans, strategies and objectives for future operations; and any statements regarding future economic conditions or performance, are forward-looking statements.  These forward-looking statements are based on our current expectations, estimates and assumptions and are subject to certain risks and uncertainties.  Although we believe that the expectations, estimates and assumptions reflected in our forward-looking statements are reasonable, actual results could differ materially from those projected or assumed in any of our forward-looking statements.  Important factors that could cause our actual results to differ materially from estimates or projections contained in our forward-looking statements are set forth in the Risk Factors section and elsewhere in the reports we have filed with the Securities and Exchange Commission, including that unfavorable global economic conditions may adversely impact our business, our backlog may not be fully realized as revenue and our expenses may be higher than anticipated.  We do not intend, and undertake no obligation, to update any forward-looking statement.


PHILADELPHIA and JACKSONVILLE, Fla., Feb. 15, 2017 (GLOBE NEWSWIRE) -- Hill International (NYSE:HIL), the global leader in managing construction risk, announced today that it has received four contracts to provide construction engineering and inspection (CEI) services on various projects for the Florida Department of Transportation (FDOT). The four contracts have a combined estimated value to Hill of approximately $3.3 million. The first contract pertains to the construction of a Regional Traffic Management Center in Seminole County which will house the Florida Highway Patrol as well as FDOT’s Traffic Management personnel.  The second contract pertains to State Route 13 (Cornell to San Marco Boulevard) and Dunn Avenue (I-295 to Biscayne Boulevard) improvements in Duval County which include resurfacing, drainage, sidewalks, signals, intersection improvements and gravity wall construction. The third contract pertains to the $35 million Little Lake Harris Bridge Reconstruction Project, which includes reconstruction of the bridge and approach roadway and adding sidewalks and lighting.  The fourth contract pertains to the Florida Turnpike Enterprise’s SunTrax Test Facility, a 2.25-mile oval track developed as a hub for the research, development and testing of emerging transportation technologies related to tolling, intelligent transportation systems and automated and connected vehicles.  The first two contracts were made directly to Hill as prime consultant and on the last two contracts Hill is a subconsultant to prime consultant Metric Engineering, Inc. “We are honored that FDOT has turned to Hill to provide CEI services on these important improvement projects,” said Luis Lugo Jr., Senior Vice President and Regional Manager (Southeast/Caribbean/Latin America) for Hill’s Project Management Group.  “We are confident that our team will deliver on all client expectations,” added Lugo. Hill International, with 4,300 professionals in 100 offices worldwide, provides program management, project management, construction management, construction claims and other consulting services primarily to the buildings, transportation, environmental, energy and industrial markets.  Engineering News-Record magazine recently ranked Hill as the eighth largest construction management firm in the United States.  For more information on Hill, please visit our website at www.hillintl.com. Certain statements contained herein may be considered “forward-looking statements” within the meaning of the Private Securities Litigation Reform Act of 1995, and it is our intent that any such statements be protected by the safe harbor created thereby.  Except for historical information, the matters set forth herein including, but not limited to, any projections of revenues, earnings or other financial items; any statements concerning our plans, strategies and objectives for future operations; and any statements regarding future economic conditions or performance, are forward-looking statements.  These forward-looking statements are based on our current expectations, estimates and assumptions and are subject to certain risks and uncertainties.  Although we believe that the expectations, estimates and assumptions reflected in our forward-looking statements are reasonable, actual results could differ materially from those projected or assumed in any of our forward-looking statements.  Important factors that could cause our actual results to differ materially from estimates or projections contained in our forward-looking statements are set forth in the Risk Factors section and elsewhere in the reports we have filed with the Securities and Exchange Commission, including that unfavorable global economic conditions may adversely impact our business, our backlog may not be fully realized as revenue and our expenses may be higher than anticipated.  We do not intend, and undertake no obligation, to update any forward-looking statement.


PHOENIX, March 2, 2017 /PRNewswire/ -- Valley Metro Rail selected Hill International (prime) and CH2M (principal sub-consultant) as program and construction management consultants on its future high-capacity transit projects in the nation's 12th largest metropolitan population area....


Newman C.,Hill International
Human Resources for Health | Year: 2014

Gender is a key factor operating in the health workforce. Recent research evidence points to systemic gender discrimination and inequalities in health pre-service and in-service education and employment systems. Human resources for health (HRH) leaders' and researchers' lack of concerted attention to these inequalities is striking, given the recognition of other forms of discrimination in international labour rights and employment law discourse. If not acted upon, gender discrimination and inequalities result in systems inefficiencies that impede the development of the robust workforces needed to respond to today's critical health care needs.This commentary makes the case that there is a clear need for sex- and age-disaggregated and qualitative data to more precisely illuminate gender-related trends and dynamics in the health workforce. Because of their importance for measurement, the paper also presents definitions and examples of sex or gender discrimination and offers specific case examples.At a broader level, the commentary argues that gender equality should be an HRH research, leadership, and governance priority, where the aim is to strengthen health pre-service and continuing professional education and employment systems to achieve better health systems outcomes, including better health coverage. Good HRH leadership, governance, and management involve recognizing the diversity of health workforces, acknowledging gender constraints and opportunities, eliminating gender discrimination and equalizing opportunity, making health systems responsive to life course events, and protecting health workers' labour rights at all levels. A number of global, national and institution-level actions are proposed to move the gender equality and HRH agendas forward. © 2014 Newman; licensee BioMed Central Ltd.


Kaundun S.S.,Hill International
Pest Management Science | Year: 2014

Resistance to acetyl-CoA carboxylase herbicides is documented in at least 43 grass weeds and is particularly problematic in Lolium, Alopecurus and Avena species. Genetic studies have shown that resistance generally evolves independently and can be conferred by target-site mutations at ACCase codon positions 1781, 1999, 2027, 2041, 2078, 2088 and 2096. The level of resistance depends on the herbicides, recommended field rates, weed species, plant growth stages, specific amino acid changes and the number of gene copies and mutant ACCase alleles. Non-target-site resistance, or in essence metabolic resistance, is prevalent, multigenic and favoured under low-dose selection. Metabolic resistance can be specific but also broad, affecting other modes of action. Some target-site and metabolic-resistant biotypes are characterised by a fitness penalty. However, the significance for resistance regression in the absence of ACCase herbicides is yet to be determined over a practical timeframe. More recently, a fitness benefit has been reported in some populations containing the I1781L mutation in terms of vegetative and reproductive outputs and delayed germination. Several DNA-based methods have been developed to detect known ACCase resistance mutations, unlike metabolic resistance, as the genes remain elusive to date. Therefore, confirmation of resistance is still carried out via whole-plant herbicide bioassays. A growing number of monocotyledonous crops have been engineered to resist ACCase herbicides, thus increasing the options for grass weed control. While the science of ACCase herbicide resistance has progressed significantly over the past 10 years, several avenues provided in the present review remain to be explored for a better understanding of resistance to this important mode of action. © 2014 Society of Chemical Industry.


Baker C.M.,Hill International
Wiley Interdisciplinary Reviews: Computational Molecular Science | Year: 2015

Molecular dynamics simulations are well established for the study of biomolecular systems. Within these simulations, energy functions known as force fields are used to determine the forces acting on atoms and molecules. While these force fields have been very successful, they contain a number of approximations, included to overcome limitations in computing power. One of the most important of these approximations is the omission of polarizability, the process by which the charge distribution in a molecule changes in response to its environment. Since polarizability is known to be important in many biochemical situations, and since advances in computer hardware have reduced the need for approximations within force fields, there is major interest in the use of force fields that include an explicit representation of polarizability. As such, a number of polarizable force fields have been under development: these have been largely experimental, and their use restricted to specialized researchers. This situation is now changing. Parameters for fully optimized polarizable force fields are being published, and associated code incorporated into standard simulation software. Simulations on the hundred-nanosecond timescale are being reported, and are now within reach of all simulation scientists. In this overview, I examine the polarizable force fields available for the simulation of biomolecules, the systems to which they have been applied, and the benefits and challenges that polarizability can bring. In considering future directions for development of polarizable force fields, I examine lessons learnt from non-polarizable force fields, and highlight issues that remain to be addressed. © 2015 John Wiley & Sons, Ltd.


Raybould A.,Hill International
Transgenic Research | Year: 2012

Results of scientific studies are sometimes claimed to provide scientific justification for regulatory decisions about the cultivation of certain transgenic crops. A decision may be scientifically justified if objective analysis shows that the decision is more likely than alternatives to lead to the achievement of specific policy objectives. If policy objectives are not defined operationally, as is often the case, scientific justification for decisions is not possible. The search for scientific justification for decisions leads to concentration on reducing scientific uncertainty about the behaviour of transgenic crops instead of reducing uncertainty about the objectives of policies that regulate their use. Focusing on reducing scientific uncertainty at the expense of clarifying policy objectives may have detrimental effects on scientists, science and society. © 2012 Springer Science+Business Media B.V.


Taylor P.,Hill International
Current Opinion in Colloid and Interface Science | Year: 2011

Recent advances in the area of the wetting of leaf areas are reviewed with particular emphasis on their relation to agrochemical application. Areas reviewed include leaf wax composition, leaf wetting and superhydrophobicity, agrochemical deposit formation and spray retention. It is thought that most progress has been made in the area of leaf wetting through the work on lotus leaves. In the area of spray retention, factors such as plant type, spray solution properties and weathering of the plants are found to be keys. Recent progress in the modelling of spray retention is also discussed. © 2010 Elsevier Ltd.


BACKGROUND: The increasing use of ACCase-inhibiting herbicides has resulted in evolved resistance in key grass weeds infesting cereal cropping systems worldwide. Here, a thorough and systematic approach is proposed to elucidate the basis of resistance to three ACCase herbicides in a Lolium multiflorum Lam. (Italian rye grass) population from the United Kingdom (UK24). RESULTS: Resistance to sethoxydim and pinoxaden was always associated with a dominant D2078G (Alopecurus myosuroides Huds. equivalent) target-site mutation in UK24. Conversely, whole-plant herbicide assays on predetermined ACCase genotypes showed very high levels of resistance to diclofop-methyl for all three wild DD2078 and mutant DG2078 and GG2078 ACCase genotypes from the mixed resistant population UK24. This indicates the presence of other diclofop-methyl-specific resistance mechanism(s) yet to be determined in this population. The D2078G mutation could be detected using an unambiguous DNA-based dCAPS procedure that proved very transferable to A. myosuroides, Avena fatua L., Setaria viridis (L.) Beauv. and Phalaris minor Retz.CONCLUSION: This study provides further understanding of the molecular basis of resistance to ACCase inhibitor herbicides in a Lolium population and a widely applicable PCR-based method for monitoring the D2078G target-site resistance mutation in five major grass weed species. © 2010 Society of Chemical Industry.

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