The American Concrete Institute (ACI), through the efforts of ACI Committee 323, has unveiled ACI CODE-323-24: Low-Carbon Concrete — Code Requirements and Commentary. This new code offers a comprehensive framework for concrete construction that prioritizes a reduced global warming potential, supporting the industry’s transition toward more sustainable practices. NJIT’s Matthew Adams, associate professor in CEE, stands as the chair of the committee. 

Developed through a consensus process, ACI CODE-323-24 provides clear guidelines for the use of concrete materials with lower carbon footprints. It includes both Code requirements and detailed commentary, along with references for professionals who wish to dive deeper into specific aspects of the Code. Its aim is to standardize the reduction of carbon emissions in concrete production and construction, addressing one of the major contributors to global climate change.

The Code is designed for flexible use, either as a standalone set of provisions or in combination with other existing structural design codes or low-carbon material codes adopted by the relevant authorities. The format ensures it can be tailored to the needs of various project types — such as bridges, buildings, or pavements — without altering the language of the original provisions.

While the Code itself presents the requirements, it does not include background details or implementation guidance. For these additional insights, the commentary section provides further context on how to achieve the Code's goals and interpret its provisions.

One of the key aspects of ACI CODE-323-24 is its carbon budget approach, which promotes the use of Environmental Product Declarations (EPDs) to track and reduce the carbon footprint of concrete used in construction. EPDs offer a standardized method for assessing the environmental impact of materials, enabling professionals to benchmark and select concrete mixes that minimize carbon emissions.

Adams emphasized the significance of this new code: “In the past, standards for lowering carbon in the built environment have been difficult to define, and this code represents a giant leap forward. It provides practical guidelines that can be applied across various types of projects, setting the stage for future versions that will offer even more comprehensive advice on designing and building with low-carbon concrete.”

ACI Committee 323’s mission is to continuously develop and refine standards for low-carbon concrete, promoting sustainability across the concrete industry. To help industry professionals understand the Code, ACI offers an on-demand course titled ACI CODE-323: Low-Carbon Concrete Code, which covers the development, intent and application of the new provisions.

To explore ACI's standards, resources and educational opportunities, visit concrete.org.

The American Society of Civil Engineers (ASCE) chapter at NJIT is thriving, thanks in large part to the dedication and enthusiasm of its student members. Among them, Larissa Cavalcante, Enzo Suarez, Meglena Mileva, Jordan Rich and Giovanni Olaya have emerged as standout contributors, actively engaging in various initiatives and projects that enrich the civil engineering community on campus.

Cavalcante has been instrumental in organizing events that promote networking and professional development among students, helping to bridge the gap between academic learning and industry practices. Suarez has taken on leadership roles in community outreach, emphasizing the importance of service and sustainability in engineering.

Mileva and Rich have been involved in technical projects and competitions, showcasing their skills and creativity while also representing NJIT on a larger stage. Olaya has been pivotal in fostering collaboration among students, creating a supportive environment that encourages innovation and teamwork.

Together, these students embody the spirit of ASCE, exemplifying a commitment to excellence in civil engineering and a passion for making a positive impact. Their contributions not only enhance the student experience but also prepare them for successful careers in the engineering field. As they continue to lead and inspire their peers, the future of NJIT’s ASCE chapter looks bright.

Engineers Without Borders (EWB) at NJIT is service-based organization looking to improve the quality of life in developing communities and establish long-term relationships with local organizations and communities through a culturally sensitive technological exchange. Through innovative, sustainable solutions, EWB-NJIT works on projects that promote social, economic and environmental development while fostering leadership and cross-cultural exchange as well as forming connections with professors, professionals and other students.

Founded in 2002, EWB-NJIT has become an active chapter within the larger EWB USA network, which consists of engineering professionals, students and volunteers working together on a range of humanitarian projects. The NJIT chapter focuses on hands-on engineering work that provides lasting solutions, often in remote or resource-limited areas.

Key initiatives by EWB-NJIT include designing and implementing clean water systems, renewable energy solutions, infrastructure improvements and educational programs. These projects are developed in collaboration with local communities, ensuring that they are culturally appropriate, feasible and sustainable. EWB-NJIT’s approach emphasizes community engagement and capacity-building to ensure long-term impact beyond the completion of a project.

Engineers Without Borders at NJIT: International Project 

David Rodriguez was a key member of the EWB Ecuador project in 2019, which focused on improving access to clean water and sanitation for rural communities. The project aimed to design and implement sustainable water systems in underserved areas, addressing issues such as contamination and unreliable water sources. Through collaboration with local communities, government entities and engineers, the initiative sought to improve public health and quality of life. 

NJIT had several civil engineering courses covering the specific tasks involved in this project. Students performed the designs that were implemented in such classes. 

Rodriguez's contributions were integral in the technical planning and execution of the water infrastructure projects, ensuring that solutions were both effective and sustainable. He located the community in the area and performed the initial design.

Engineers Without Borders at NJIT: Local Project 

The Branch Brook Park project in Newark focuses on addressing environmental concerns related to water quality and park maintenance. The primary goal of the project is to survey and assess fallen materials — such as leaves and garbage — along with water flow patterns within the park's waterways.

This data collection aims to identify and remove nutrient sources that contribute to excessive nutrient loading, which can lead to harmful algal blooms. By analyzing the flow of water and the accumulation of organic debris, the team seeks to mitigate conditions that promote algal growth, improve the park ecosystem’s health and restore the quality of water in the area.

This initiative aligns with broader efforts to enhance urban green spaces, promote sustainability and improve water management in Newark's public parks.

For more details, check out the EWB-NJIT Chapter website.

The CEE department at NJIT proudly highlights its dedicated student ambassadors and American Society of Civil Engineers members. This vibrant group of students — Enzo Suarez, Youssef Shokry, Jaydah De La Rosa, Jason Lin, Antonio Petito, Shree Patel, Saad Rehmatullah, Emanew Brito, Bruna Wuitik, Giovanni Olaya, Meglena Mileva, Stephanie Herrera, Larissa Cavalcante, Rich Jordan and Stephanie Ruales — plays a crucial role in promoting engagement and community within the department.



The ambassadors serve as liaisons among students, faculty and industry professionals, fostering a collaborative environment that enhances the educational experience. They are involved in organizing events, workshops and networking opportunities that connect students with professionals in the field, enriching their understanding of civil and environmental engineering.

These students also take part in outreach initiatives, encouraging prospective students to explore the diverse career paths available in civil and environmental engineering. Their passion and commitment to the field inspire fellow students and contribute to a strong sense of community within the department.

Through their leadership and dedication, the NJIT CEE student ambassadors exemplify the spirit of collaboration and innovation, ensuring a bright future for the next generation of engineers.

On October 8, The Moles, a renowned organization of contractors and engineers specializing in heavy civil construction, sponsored its annual field trip to the Portal Bridge site in Kearny, NJ for students in the Pennsylvania, New York and New Jersey metropolitan area.

This event was a highlight for about 35 NJIT sophomores, juniors and seniors, providing them with an opportunity to explore a major bridge construction site. This hands-on experience allowed students to observe the complexities of bridge engineering and construction firsthand. 

Participants engaged with industry professionals who shared insights into the planning, design and execution of bridge projects as well as teamwork, safety protocols and innovative techniques used in large-scale infrastructure projects.

Accompanying the students on the site tour were professor Andrew Ciancia, who is the NJIT faculty representative of The Moles, and Pablo Lemus, an NJIT alumnus and Moles member working at Railroad Construction Company, Inc.

On October 25, CE210 students visited P&R Concrete in Warren Township, guided by Golon. The field trip focused on two single-family homes currently under construction, providing students with a practical understanding of the construction process from the ground up.

As the group arrived at the site, they observed the initial stages of construction, including excavation and the pouring of concrete footings. Golon highlighted the importance of these foundational elements, explaining how they support the overall structure and ensure stability.

Throughout the visit, students discussed the various engineering principles at play, such as soil analysis, drainage considerations, and the selection of appropriate materials. The hands-on experience allowed them to connect theoretical knowledge gained in the classroom with real-world applications in the field.

The trip not only enhanced the students’ understanding of residential construction but also emphasized the significance of teamwork and collaboration among engineers, architects, and contractors in successfully executing a project.

Wassim Y. Nader, an alumnus and adjunct professor in the CEE department at NJIT, is drawing attention to a newly released rule by the New Jersey Department of Environmental Protection (NJDEP) that introduces an inundation risk zone to account for projected future flooding driven by climate change and rising sea levels.

Background on the Rule

The development of this rule stems from Governor Murphy’s Executive Order 100 in 2020, which tasked the NJDEP with creating the Protecting Against Climate Threats (PACT) initiative. This aims to integrate climate change considerations into the NJDEP’s regulatory and permitting programs. Interim rules were adopted in 2023, and the current proposed rule represents a culmination of scientific research and stakeholder engagement.

What is REAL?

The Resilient Environments and Landscapes (REAL) component of NJ PACT consists of over a thousand pages of detailed regulations. Among the most notable changes are the establishment of the "Inundation Risk Zone" and revisions to stormwater management regulations. These new rules will affect new developments, redevelopments, and significant improvements to existing structures.

The Inundation Risk Zone: A Five-Foot Increase?

The inundation risk zone raises the design flood level by five feet above FEMA flood elevations in coastal and riverine areas, based on findings from the 2019 Science and Technical Advisory Panel report, which suggests a 17% chance that sea levels could exceed 5.1 feet by 2100.

Public Hearing Insights

Nader attended a public hearing in September, where local governments and non-profit organizations shared their perspectives on the proposed rule. Supporters, primarily from environmental non-profits such as the Sierra Club and The Nature Conservancy, emphasized the necessity of preparing for future climate threats. They praised the NJDEP for addressing these critical issues. However, concerns arose about the potential impact on numerous properties in the inundation risk zone, including homes, schools, and essential infrastructure.

Economic and Social Health Concerns

The rule’s potential effects on New Jersey's economic and social landscape have raised alarms among developers and residents. Critics argue that the new regulations could severely restrict new developments, particularly in the midst of a housing crisis.

Alternative Proposals

Opponents of the new rules acknowledge the need for elevated flood levels but advocate for a more moderate increase of two to three feet rather than five. Concerns include the risk of losing housing units and economic viability in communities already struggling with affordable housing. While the NJDEP has stated that the rule does not outright prohibit construction, worries remain about the increased regulatory burden and its implications for property owners within the inundation risk zone.

Ongoing Debates

The discussions surrounding this rule reflect longstanding tensions: man versus nature, profit versus common sense, and government regulation versus individual freedoms. With passionate advocates on both sides, this historic rule is poised to reshape New Jersey’s coastal landscape significantly.

About Wassim Y. Nader

Wassim Y. Nader, P.E., C.F.M., is an NJIT alumnus with a B.S. and M.S. in civil engineering. He has been an adjunct professor in the CEE department since 2018. With over four decades of experience, he has worked on significant projects for agencies such as FEMA and the Department of Transportation. Nader specializes in water resources, urban design, and site engineering. Since 2012, he has co-owned NADER House of Design, an architecture, engineering, and surveying firm operating throughout the tri-state area.

More information can be found on NADER House of Design's website.

Skanska Event Engages NJIT ASCE Students

On September 23, students from the American Society of Civil Engineers (ASCE) at NJIT participated in an engaging event hosted by Skanska, a leading global construction and development company. The event provided an opportunity for students to connect with industry professionals and gain insights into current trends and practices in civil engineering.

Attendees were introduced to Skanska's innovative projects and focus on sustainability in construction. The company’s representatives shared valuable information about various career paths within the industry, emphasizing the importance of collaboration and creative problem-solving in engineering.

Students asked questions, participated in discussions and networked with Skanska employees, enhancing their understanding of the practical applications of their studies. This event not only enriched the students' academic experience, but also strengthened ties between NJIT and the professional engineering community.

Overall, the collaboration between ASCE and Skanska was a resounding success, leaving students inspired and better prepared for their future careers in civil engineering.

NJIT Students Explore Environmental Engineering at

Mountain View Plant

On October 9, students from ENE262: Introduction to Environmental Engineering visited the Mountain View Sewer Treatment Plant in Wayne, NJ. This field trip was designed to enhance the curriculum by engaging students with licensed operators in the engineering design process.

Students from ENE262 with professor Paul Schorr at Mountain View Sewer Treatment Plant

One of the key objectives of the visit was to connect theoretical concepts from the textbook to real-world operations. Students prepared a mass balance around the aeration tank, allowing them to apply their knowledge practically. This hands-on experience fostered a deeper understanding of wastewater treatment processes and their engineering implications.

Additionally, the trip encouraged students to consider career opportunities in the municipal sector, whether in operations or the design of water and wastewater systems. Accompanying the students were assistant professor Arjun Venkatesan. and several graduate students, who facilitated discussions and guided the group through the facility.

Just two weeks earlier, professors William Pennock and Paul Schorr took students to the Little Falls and Singac Brook to examine streamflow dynamics in relation to textbook discussions. This recent dry spell provided a revealing look into the relationship between wastewater, water supply and USGS stream monitoring along the Passaic River.

Engineering and Architecture Students Tour STO Warehouse Construction Site

On October 23, students from NJIT's Civil Engineering and Architecture programs embarked on an enlightening tour of a warehouse construction site hosted by Structure Tone Organization (STO) Building Group, a leading construction firm known for its innovative projects. This opportunity allowed students to immerse themselves in the complexities of large-scale construction and gain firsthand knowledge of the industry's challenges and processes.

During the visit, representatives from STO provided an overview of the project, detailing its scope, timeline and objectives. Students learned about the critical phases of construction, from planning and design to execution and safety management. The presentation emphasized the importance of collaboration among various teams to ensure the project stays on track and meets quality standards.

As students walked the site, they observed the practical application of engineering and architectural principles. They witnessed the coordination required among different trades and the practical challenges that arise in the field, such as managing unforeseen issues and adhering to safety regulations.

Discussions also highlighted STO's commitment to sustainable construction practices, showcasing materials and methods aimed at reducing its environmental impact. This focus on sustainability resonated with students; many of whom are eager to contribute to an eco-friendlier environment.

NJIT Geotech Students Visit Dewberry and WSP USA for Industry Insight

Geotechnical engineering students from NJIT had two enriching industry visits this fall, providing them with valuable real-world exposure to the field of geotechnical engineering.

These visits are part of NJIT’s commitment to providing students with hands-on experiences that complement their academic studies, preparing them for successful careers in the geotechnical engineering field. The interactions with professionals from Dewberry and WSP allowed students to ask questions, network and expand their understanding of how their classroom learning is applied in the real world.