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Opportunities for Students

We collect information on various opportunities for students and alumni, such as internships, co-ops, scholarships, and other job postings. Feel free to contact us with any potential new openings at cee@njit.edu!

NJIT Alumni Honored with Entrepreneur of the Year New Jersey Awards

NJIT men's volleyball alum Griffin Fieseler announced that he has signed a contract to play professional volleyball for Hvidovre VK Volleyball Klub in Denmark. Fieseler, NJIT's starting setter, concluded his colle-giate career compiling 2,008 assists, 322 digs, 99 total blocks and 42 service aces in 246 sets played.

In 2021, Fieseler earned EIVA Honorable Mention and was named to the OffTheBlock Freshman All-American team. Fieseler, named to the 2024 EIVA All-Academic team, graduated in May 2024 with a civil engineering degree, boosting a 3.973 cumu-lative grade point average.

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After placing first overall at the American Society of Civil Engineers (ASCE) Metropolitan Regional Competition back in April, the NJIT Steel Bridge Team advanced to National's. The competition was held this year at Louisiana Tech in Ruston, LA.

The team was met in Louisiana by their advisor, Professor Matthew Bandelt and NJIT ASCE Student Chapter Advisor Stephen George. 

The NJIT Steel Bridge Team assembled their bridge in nine minutes and 38 seconds, landing them in eight place. The build team consisted of co-captains Thomas Hickey and Michael Rohe, as well as Keith Lakeman and Shree Patel. Alternate builders were Lissette Azcona and Bruna Wuitik. Also present for the building of the bridge was Chairman of the Department and Professor, Taha Marhaba.

The bridge weighed 231.7 pounds, making it the eight lightest bridge. It was loaded with 2,500 pounds of L-beams and its deflection measured at 1.57 inches. Deflection is the direct measurement of the displacement of a point in the bridge. For the competition two different points of defection are measured in inches and their absolute values are added together for an aggregate deflection. This placed the bridge at number 19 for stiffness.

The team placed 13th out of a total of 47 competing schools. This is a significant improvement from the previous year where the team placed 22nd at nationals. This year, the results are: Overall - 13th; Construction Speed - 8th; Lightness- 8th; Aesthetics - 28th; Stiffness - 19th; Cost Estimate - 14th; Economy - 13th, and Efficiency - 15th.

Ahmad Afzali

First Year Student Award presented by Dr. Taha F. Marhaba

Ahmad Afzali was born and raised in Afghanistan. He speaks four languages and moved to the United States about five years ago. He graduated from John E. Dwyer Technology Academy and is currently dual majoring in civil engineering and concrete industry management with a minor in business. 

Afzali finished his first year with a 3.61 GPA and helped the 3D Printed Bridge team secure first place at Regionals. The team had no returning members this year, and Afzali was the core member of this year's team, having joined at the earliest possible time and participating in the most meetings.

He was quick to bring new ideas to the discussions and made efforts to ensure the bridge had the best possible aesthetics.

Afzali has already expressed his intent to return to the team next year and take an even more central role in the team and is developing the skills needed to design the bridge.

Afzali is enthusiastic about the future and working as a civil engineer in the construction and concrete industry.

Antonio Petito is a driven and accomplished civil engineering student with a 3.4 GPA.

Petito has a keen interest in engineering and design, has excelled academically, and has demonstrated exceptional leadership in various roles on and off campus.

Petito has participated in student organizations and extracurricular activities, including serving as a student ambassador for the department.

In this role, he represented NJIT at career fairs, providing valuable guidance to prospective students and parents about the college application process and the field of civil engineering.

Petito's leadership abilities have also been showcased as the captain of the 2024 ASCE Surveying Competition team.

With his impressive track record and passion for civil engineering, Petito is poised to make significant contributions to the field upon his graduation in May, 2026.

Antonio Petito

Sophomore Excellence Award presented by Prof. Stephen George

Anna Gecsey

Junior Excellence Award presented by

Dr. Rayan Assad

Anna Gecsey is a junior student with an impressive 3.78 GPA. Gecsey has been a member of the NJIT chapter of the American Society of Civil Engineers concrete canoe team, serving as captain this year.

The team and its canoe “The Kracken,” placed fourth at Regionals this April. Gecsey is excited to continue her studies but also dedicated her time with the team, who is already making big plans for next year.

James Fieseler

Senior Excellence Award presented by Prof. Walter Konon

James Fieseler is a graduating senior, majoring in civil engineering with a minor in environ-mental engineering. 

Fieseler enrolled at NJIT in the fall of 2020 and he has accumulated a GPA of 3.97.

In addition to his stellar academic perfor-mance, he is a member of the school's men's volleyball team, where he served as team captain for the 2024 season.

After graduation, Fieseler plans on working in the field of geotechnical engineering.

Jad Marhaba 

Senior Excellence Award presented by Andrew Cianca

Senior student Jad Marhaba, has distinguished himself as a stellar student and leader.

With an impressive cumulative GPA of 4.0, he has not only excelled academically but also demonstrated remarkable leadership and service. Marhaba's academic prowess is complemented by significant professional experiences, including impactful internships at prestigious firms such as Tesla in Texas, Langan in Parsippany and Mueser Rutledge Consulting Engineers in New York City. These experiences have not only enriched his understanding of civil and environmental engineering but have also prepared him for a promising career in the field.

After graduation, he plans to take the FE exam, aiming to become a licensed Professional Engineer.

He intends to return to NJIT for a Master's in Structural Engineering, further solidifying his commitment to advancing his knowledge and skills in the engineering sector.

Fabian Zabicki 

Masters Excellence Award

presented by Dr. Steven Chien

Fabian Zabicki's life is a tale of resilience and determination. Raised by his grandparents in Poland after his parents' divorce, he found comfort in soccer and sharpened his math and computer skills.

At 17, he moved to the U.S. for high school, facing language barriers, but still excelling academically and athletically.

 Zabicki emerged as a top student in civil engineering, with one of the highest GPAs in his class. Now pursuing a master's degree in Transportation Engineering at NJIT, Zabicki is well-equipped to make a difference in his field.

With his expertise in traffic engineering, transportation planning, and AutoCAD drafting, as well as his fluency in English and Polish, he's ready to contribute meaningfully to the industry. 

Zabicki’s story is a testament to the power of perseverance, dedication, and a steadfast commitment to personal and professional growth.

Ghiwa Assaf

Doctoral Excellence Award presented by Dr. Rayan Assaad

Ghiwa Assaf joined the Smart Construction and Intelligent Infrastructure Systems Lab directed by Dr. Rayan Assaad in Spring 2022 due to her passion for construction engineering and management. Her research focuses on modernizing infrastructure asset management practices through innovative delivery methods and leveraging artificial intelligence and machine learning technologies. Before joining NJIT, Assaf earned a bachelor's degree in civil engineering from the Lebanese University and a master's degree in geotechnical engineering from the Université de Lille. Assaf has also gained valuable industry expe-rience through working as a full-time civil engineer. During her doctoral studies, Assaf presented her research at different ASCE conferences across the U.S. and published more than 20 peer-reviewed articles in very prestigious journals and conferences.

Assaf has also been a teaching assistant for the soil mechanics course, the instructor of the soil mechanics lab, a reviewer for various journals and conferences, as well as the CEE department representative for the Graduate Student Association at NJIT.

Bruno Bezerra de Souza is a double NJIT alumnus from Brazil, having earned both a master's degree in civil engineering in 2020 and a PhD in 2024.

De Souza's academic career began at the Federal University of Pernambuco in Brazil where he received an undergraduate degree. His exceptional performance garnered a prestigious scholarship from the Brazilian government, enabling him to study at Syracuse University. During his summer break, De Souza joined professor Meegoda’s research group at NJIT. Under the guidance of Meegoda, De Souza began his groundbreaking research focused on understanding the behavior of per- and polyfluoroalkyl substances. He authored numerous successful grant proposals and has played a pivotal role in securing grant proposals based on his research and extend to publications in peer-reviewed journals and presentations at prestigious conferences. Outside of academia, De Souza has made significant contributions to the NJIT commu-nity, serving as the Graduate Student Association representative for the department for four years.

Bruno Bezerra de Souza

Doctoral Excellence Award presented by Dr. Jay Meegoda

Thomas Hickey

Excellence in Leadership Award presented by Dr. Matthew Bandelt

Thomas Hickey is a graduating senior majoring in civil engineering here at NJIT. In addition to achieving a 3.1 GPA, Hickey has become an integral part of the civil engineering community at NJIT.

Along with Michael Rohe, has served as co-captain of the NJIT student steel bridge team two years in a row. Under their leadership, the team advanced to the National finals both years, improving each year. Hickey joined to the Department of Civil and Environmental Engineering as Director of Labs for Education.  

Michael Rohe

Excellence in Leadership Award presented

by Dr. Matthew Bandelt

Michael Rohe is a senior majoring in civil engineering. He transferred to NJIT from County College of Morris in the summer of 2022 after earning an Associate degree.

Rohe not only has an impressive 4.0 GPA, but is an active member of the NJIT civil engineering community. He has served as a co-captain of the school’s student steel bridge team for the past two years, leading the team to National twice. 

In addition, Rohe is a student member of the American Society of Civil Engineers and the founder of the Structural Design Club at NJIT.

Rafal Wojcik, P.E.

Young Alumni Award presented

by Dr. Taha F. Marhaba

Rafal Wojcik is a 2011 graduate of the civil and environmental engineering department at NJIT. While attending NJIT, Wojcik was a member in the student chapter of ASCE serving as vice-president during his senior year.

He was also involved with Chi Epsilon and the steel bridge team. Wojcik was honored with several scholarships during his undergraduate career, including the Moles Student Scholarship, the Construction Management Association of America Metro NY/NJ scholarship, and the Construction Industry Advancement Program of New Jersey scholarship. 

Upon graduating with a bachelor's degree in civil engineering, Wojcik began his professional career working for a consultant in a variety of subdisciplines, gaining valuable experience and exposure to environmental, site civil, foundations and landfill design. After discovering a passion for geotechnical engineering, he returned to alma mater and while working full-time, completed a master's degree in civil engineering in 2016 with a focus in geotechnical engineering. During this time, Wojcik obtained his professional engineering license in New Jersey and is now licensed in several other states. 

Currently, Wojcik is a geotechnical project manager at Dewberry Engineers Inc., where he performs detailed geotechnical and foundation designs and provides construction support services for transportation projects, building infrastructure, storm hardening/coastal resiliency, and waterfront protection. From traditional delivery method of design-bid-build to alternate delivery methods seen as Design-Build, and from billion-dollar public projects to small private site development work, Wojcik enjoys the challenges of working through a problem to find the solution. 

Additionally, Wojcik is actively involved with professional societies, networking, promoting and sharing his experiences with colleagues. He is currently serving as chairman of the Coast, Oceans, Ports, and Rivers Institute for the New Jersey North Branch. He is a member of the ASCE North Jersey Branch, where he is passionate about being involved in university outreach, attending networking events, resume workshops, and student talks.

Wojcik has even taught classes as an adjunct for the department, teaching both geology and geology in engineering.

The NJIT Institute of Transportation Engineers (ITE) student chapter had an opportunity to participate in the 2024 ITE Traffic Bowl hosted at University of the Buffalo this April. The ITE Traffic Bowl is an annual student competition in which student teams from different colleges compete in jeopardy-style quizzes that test their knowledge on a variety of transportation related topics.

Topics include ITE history and current affairs, transportation planning, traffic engineering and transportation design.

Teams consist of up to three students. The student participants from NJIT were Hyun Kim, Ali Hafeez and Jorge Duarte.

This year, NJIT were advanced from semi-finals, competing against New York University, in the finals at the University of Buffalo.

For more information click:  

https://www.ite.org/events-meetings/traffic-bowl/

In collaboration with the North Jersey Branch of the American Society of Civil Engineers (ASCE) Younger Members Group, three current and former members of NJIT’s student chapter of ASCE coordinated a STEM outreach event at a local elementary school. Third year civil engineering student Saad Rehmatullah along with NJIT CEE Alumni and practitioner advisors to the student chapter, Jakob Guido and Parth Rana, organized the event at East End Elementary School in North Plainfield, N.J. in June. East End Elementary is a Title 1 school, receiving additional funding targeting

potential inequalities in educational achievement. Coordinating with the principal and the school’s supervisor of science, the event brought engineering to over 90 second, third and fourth graders. Rehmatulah said on bringing civil engineering back to his former elementary school, “the value of this service - learning act increases past the smiles of the kids’ faces saying they want to be future civil engineers, it supports our profession by engaging with the next generation of engineers and leaders and it feels even better to do so in the town where I was raised!”

This summer, Colton Hall hosted students from grades 4-12 as part of the Center for Pre-College Programs at NJIT. Students explored careers in the fields of science, technology, engineering and mathematics. Two of the programs held this summer were the aeronautical engineering early college preparatory program and the STEMx high school program. 

The aeronautical engineering program teaches rising sixth graders about the atmosphere and space. Students participate in lectures, activities and hands-on demonstrations showcasing what they have learned.

Lectures and activities are usually held in the Hydraulics Lab and others are held outside as the students test their creations, such as rockets and tissue paper hot air balloons. 

STEMx high school is a week-long program in which students in grades 10 and 11 participate in hands-on demonstrations, lab visits and lectures. The second week of the program, titled “Sustainable Engineering and the Environment”, was hosted in Colton Hall with Assistant Professor Oladoyin Kolawole leading the course. Approximately 25 students were a part of the STEMx course where they learned about sustainable engineering materials, technologies and methods.

Why PFAS?

Since the 1940s, PFAS have been synthesized and used in both consumer and industrial processes. PFAS are valued for their ability to resist “heat, oil, stains, grease, and water.”

Where can I find PFAS?

PFAS are found in everything from consumer products to industrial scale processes. From non-stick cookware to electroplating, PFAS are everywhere. Additionally, PFAS can enter the environment from a variety of means from exhaust to water to landfill leachate. 

What additional research is being done on PFAS?

When asked about additional research Dr. Venkatesan replies, “a lot in my lab” and provided the follow list of topics currently under research in the Emerging Contaminants Research Laboratory (ECRL) “We are studying the properties of PFAS molecules to understand why and how they accumulate at the air-water interface and how air bubbles can influence their movement in the environment”, said also Dr. Venkatesan.

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Ph.D. student Ghadi Charbel’s paper "Predicting Project Contingency in the Construction Industry Using Machine Learning Algorithms" presented machine learning algorithms as an alternative to the current qualitative methodology for estimating contingency costs. Of the four algorithms used in Charbel’s research, the ANN model was the most accurate with a prediction rate of 93.33% accuracy. Charbel’s goal is that the integration of machine learning and other quantitative measures will lead to better risk management within the construction industry. As for what comes next, Charbel says “my research will be focusing on a novel management method called "project bundling" where I plan to implement the same mechanisms of machine learning along with novel techniques in optimization and simulation modeling to help transportation departments and government agencies use this method.”

Ph.D. candidate Xi Hu presented his research on a novel robotic 3D thermal mapping (R3DTM) system (Figure 2)

utilizing a quadruped robot dog and panoramic thermography to improve the maneuverability and mapping efficiency of robot-based thermal mapping for building thermal assessments.

The paper is titled "Developing a Quadrupled Robot-based 3D and Panoramic Thermal Mapping System: Moving towards Smart and Automated Building Thermal Inspection using LiDAR-based Digital Twins and Sensor Fusion Technologies".

The R3DTM system is unique in that it develops a real-time thermal image stitching pipeline to perform panoramic thermography and fuses the generated panoramic images with 3D point cloud collected by a quadruped robotic platform.

Hu has plans to continue his research, outlining “future work of this project is to (1) develop a software tool that enables the automated fusion of panoramic images and 3D point clouds and (2) perform thermal point cloud registration to obtain a large-scale thermal map of buildings to be used as input for AI-based automated building hidden issue identification and quantification.”

Yasser Jezzini, Ph. D. candidate, presented two papers that consider the use of advanced computational techniques (e.g., simulation and modeling, genetic multi-objective optimization) to aid decision makers, urban planners, and stakeholders in optimizing the implementation of green infrastructures and maximize their relative  economic, social, and environmental benefits. His two papers, "Assessing the Environmental, Social, and Economic Values of Green Infrastructure Plans using Agent-Based Modeling and Monte Carlo Simulation" and "Multi-Objective Optimization of the Environmental, Social, and Economic Benefits of Green Infrastructure: Enhancing The Decision-Making Process Using Pareto-Optimal Solutions", include research that was in part sponsored by the New Jersey Sea Grant Consortium.

The papers detail how having a systematic framework could address the current issues associated with the implementation of green infrastructure (Figure 1). The aim of Jezzini’s research is to encourage planning of green infrastructure that is tailored, interconnected and main-tained, as these characteristics yield the greatest returns. Jezzini’s research has been expanded into a journal paper which has been accepted by ASCE Journal of Urban Planning and Development and is awaiting publication.

Ph. D. student Oscar Poudel, presented two papers discussing audio quality as a metric for environmental regulation on construction sites.

The first paper, "Advancing Sound Level Localization through Innovative Integration and Fusion of Remote Sensing and Reality Captured LiDAR-based Digital Twins, Auditory Devices, and IoT-enabled Sensing Technologies", analyzes the use of integrated technologies to localize sound within an indoor environment. The ability to achieve localization with the combination of LiDAR,

combination of LiDAR, RGB data, and IoT devices has a wide range of applications that could improve the design of interior spaces.

Poudel’s second paper, "Developing Real-Time Acoustic Technologies for Enhancing Safety and Efficiency on Construction Job Sites using Deep Learning Algorithms: Moving Towards Automated Construction Site Monitoring", focuses on outdoor audio quality for the management of construction sites. The ability to classify recorded sounds via a convolutional neural network model not only shows improvement over existing monitoring methods, but has the potential to prevent injury and increase workflow productivity. Poudel plans on expanding upon his work with the lab, stating “at the SCIIS lab, we are pioneering the integration of Machine Listening and Sound Engineering into civil engineering applications…this interdisciplinary approach opens up new possibilities for enhancing the design, construction, and maintenance of our built environment.”

The SCIIS lab is also currently working with various undergraduate students (including Tukwa Ahsan, Meglena Mileva, Shania Villalobos) and high-school students (including Thomas Catuosco, Harshit Singh, Joshua Jung, Martin Zhang, Saniya Grover) on developing cutting edge technologies for automating construction operations and improving the performance of infrastructure systems.

Assistant Professor Oladoyin Kolawole, Ph.D. candidate  Mary C. Ngoma and Ph.D. student Prabhakar Khadka attended the 58th American Rock Mechanics Association (ARMA) Symposium held June 23-26, 2024 in Golden, Co.

At the symposium, the research team presented three papers based on the lab’s ongoing research: Experimental Study of the Effect of Porosity on EICP Biomineralization in Dolostone and Shales Under Uniaxial Compressive Stress Condition, Investigation of the Failure Mechanisms for Inducing Rock Slope Hazard in New Jersey, United States, and Rock Mechanical Characterization of Epoxy-Based Grouted Sandstone. 

Ngoma presented the paper Experimental Study of the Effect of Porosity on EICP Biomineralization in Dolostone and Shales Under Uniaxial Compressive Stress Condition, in which two rock types were given enzyme-induced carbonate precipitation (EICP) treatment and changes to their mechanical properties were tested.

The two rock types represent opposing levels of permeability, shale is a clay-rich rock with low-permeability and dolostone which exhibits high-permeability. The EICP used jack bean urease enzyme over a 3-day period and uniaxial compression testing was done to determine the mechanical properties of the rocks before and after the treatment.

The results of the research show the effect of EICP bio cementation is greater for rocks with high-porosity and has the potential to strengthen rocks. Ngoma is enthusiastic for future research, “I look forward to showcasing more of our innovative bio cement research in rocks which can be used to repair cracks in underground infrastructures.”

Khadka gave a poster presentation of Investigation of the Failure Mechanisms for Inducing Rock Slope Hazard in New Jersey, United States. The paper details research into rock slope stability analysis of Northeastern, New Jersey and provides suggestions for mitigation methods. By investigating the relationship between the main failure mechanisms that lead to rockfall and discontinuities in rock mass by kinematic analysis, the research presented a conclusion as to likely failure type along with appropriate measures for mitigation. The most likely failure type for the area, with a 26% likelihood of critical failure, was topping failure. To address this possibility, a three-fold mitigation plan consisting of the construction of rockfall fences, geotechnical mapping and subsequent failure analysis is suggested. Khadka dedicates his research to a future of sustainable engineering. Additionally, Dr. Kolawole served as a panelist for the symposium’s Inclusive Mentorship in Rock Mechanics discussion. The panel was composed of members from both the fields of  industry and academia. The question posed to panelists was “how do mentorship and the environment for inclusive action differ between academics and technical organizations (such as ARMA)? Can you speak to the role you think either of these groups can play in promoting a supportive and inclusive future in Rock Mechanics?”  The question aimed to discuss the larger theme of diversity within the field, asking how the organiza-tion can attract diverse members and increase parti-cipation. Dr. Kolawole’s answer focused on “access” and how access to career help, professors and mentors through the organization may inspire greater diversity. Dr. Kolawole’s closing remarks were even mentioned in the “President’s Corner” section of the July 2024 edition of ARMA Monthly News. 

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Cationic surfactant-assisted foam fractionation enhances the removal of short-chain perfluoroalkyl substances from impacted water

Cheng-Shiuan Lee, Arjun K. Venkatesan

Chemosphere

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Determining Critical Cascading Effects of Flooding Events on Transportation Infrastructure Using Data Mining Algorithms

Rayan H. Assaad, Ph.D., A.M.ASCE, Mohsen Mohammadi, S.M.ASCE, and Ghiwa Assaf, S.M.ASCE

ASCE Journal of Infrastructure Systems

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Analyzing the Critical Success Factors Affecting Project Bundling Performance of Infrastructure Projects

Ghiwa Assaf, Ph.D., S.M.ASCE, and Rayan H. Assaad, Ph.D., A.M.ASCE

ASCE Journal of Construction Engineering and Management



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Reassessment of natural expansive materials and their impact on freeze-thaw cycles in geotechnical engineering: a review

Felix Oppong and Oladoyin Kolawole



Frontiers in Built Environment

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Porosity and bedding controls on bio-induced carbonate precipitation and mechanical properties of shale and dolomitic rocks: EICP vs MICP

Mary C. Ngoma, Oladoyin Kolawole

Biogeotechnics



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Sustainable reinforced concrete design: The role of ultra-high performance concrete (UHPC) in life-cycle structural performance and environmental impacts

Jin Fan, Yi Shao, Matthew J. Bandelt, Matthew P. Adams, Claudia P. Ostertag



Engineering Structures

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Temporal and spatial distribution of micro-plastics in green infrastructures: Rain gardens

Meghana Parameswarappa Jayalakshmamma, Viravid Na Nagara, Ashish Borgaonkar, Dibyendu Sarkar, Christopher Obropta, Michel Boufadel

Chemosphere



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Development and Validation of a Heat Resilience Index: Measuring Communities Resilience to Extreme Heat Events

Ghiwa Assaf, S.M.ASCE, and Rayan H. Assaad, A.M.ASCE



ASCE Journal of Urban Planning and Development

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Village of Ridewood

Ridgewood Water Alternate Corrosion Inhibitor Evaluation

Principal Investigator: William H. Pennock

Department: Civil and Environmental Engineering 

Duration: March 21, 2024 to November 2, 2024

N.J. Dept. Of Environmental Protection

T3135 - Water Quality Analysis; DEP

Principal Investigator: Michel Boufadel

Department: Center for Natural Resources

Duration: Thursday, August 1, 2024 to Monday, July 31, 2028

The University of Maine System

PFAS Release from Spent Granular Activated Carbons in Solid Waste Management Facilities

Principal Investigator: Arjun Venkatesan



Duration: January 1, 2024 to November 1, 2024

AAAS

AAAS Science & Technology Policy Fellow

Principal Investigator: Janice R. Daniel

Department: Civil and Environmental Engineering

Duration: Friday, September 1, 2023 to Saturday, August 31, 2024

Langan Engineering and Environmental Services Inc

Purchase Order Request for ISS Treatability Study NJIT PO No. 2304

Principal Investigator: Michel Boufadel

Department: Center for Natural Resources

Duration: Wednesday, January 6, 2021 to Tuesday, December 31, 2024

U.S. Dept. Of Interior

Bridging the gap between the dispersion effectiveness at various scales

Principal Investigator: Michel Boufadel

Department: Center for Natural Resources

Duration: Monday, July 1, 2024 to Tuesday, June 30, 2026

Urbantech

Develop a smart artificial intelligence (AI)-based software for automated detection of cracks and identification of their properties using machine learning algorithms based on historical Urban Tech in

Principal Investigator: Rayan Hassane Assaad

Department: Civil and Environmental Engineering

Duration: Thursday, July 18, 2024 to Sunday, August 31, 2025

Maurice Rached, P.E. (Chair)

Maser Consulting

Ted Cassera, P.E., ‘72

Omland Engineering Associates

Anthony Castillo, P,E., '95, '02

SESI Consulting Engineers

Anthony J. DeJohn

WSP Parsons Brinckerhoff

Andrejs Delle, P.E.

Schiavone Construction Company LLC

Muhammad Elgammal, P.E., P.M.P, '12, '15

Stantec

Jerome F. Gallagher Jr., Esq., ‘80

Norris McLaughlin, P.A.

James Giurintano, P.E., P.P.,CME, '94

Bowman Consulting

Andre Grebenstein, LEED AP '95

HITT Contracting Inc.

Gareth C. Middleton, P.E, '93, '04

Tishman Construction, an AECOM Company

Dennis Motiani

Kimley-Horn Associates

Áine O’Dwyer, P.E., ​'07, '08

Enovate Engineering

Chrissa D. Roessner, P.E., '02

State of New Jersey, Transportation

Kenneth Sisk

The Rinaldi Group

Joseph Stanley, P.E., '78, '85

Hatch Mott MacDonald

Wei Wang, Ph.D., '95

Urban Tech, Inc.



Editors & Contributors

Taha FMarhaba

Maria Elena Botei

Sylvana Brito-Rodriguez

Special Thanks

NJIT Office of Strategic Communications

NJIT Office of Alumni Relations

Contributing Faculty, Staff, Students & Alumni