Faculty and Staff

Assistant Professor
Civil and Environmental Engineering

Tanjina Afrin is an Assistant Professor in the Department of Civil and Environmental Engineering at Virginia Military Institute (VMI).  She received her Ph.D. from Clemson University, SC in Civil Engineering in 2016. In 2012, she obtained her Masters from Bangladesh University of Engineering and Technology. Being a native of Dhaka, Bangladesh, she always is very much interested to apply her engineering knowledge to come up with a better solution for urban issues including a better understanding of stormwater management structures and air quality of urban areas. 

She is passionate about teaching. Before joining VMI in 2017, she taught at Tri-County Technical College, Clemson University, and Stamford University, Bangladesh. She enjoys exploring new areas of research and mentoring students. 

Area of Expertise

• Stormwater Management
• Low Impact Development (LID)
• Computational Fluid Dynamics

Courses Taught 

• CE 109: Introduction to Civil Engineering
• EGR 269: Engineering skills and disciplines (Tri-County Technical College, SC)
• CE 309: Fluid mechanics
• CE 341: Fluid Mechanics Lab (Clemson University, SC)
• CE 322: Water Resources Engineering
• CE 319W: Water Resources Engineering lab

Areas of Interests 

• LID for developing countries
• Hydraulic characteristics of Green Infrastructures (GI)
• Community participation in stormwater management
• Engineering Education
• Women in Engineering
• Education and Learning Strategies
• Air Quality for urban areas

Related Links and Media

Website:   https://sites.google.com/g.clemson.edu/tanjinaafrin/

LinkedIn:  https://www.linkedin.com/in/tanjina-afrin-phd-e-i-t-360b2776/

Afrin Resume

Professor
Civil and Environmental Engineering

Area of Expertise

• Structural Engineering
• Anti-Terrorism and Protective Design
• Infrastructure Engineering
• Small-scale farming

Courses Taught  

• CE203 Statics
• CE206 Solid Mechanics
• CE417X Infrastructure:  Foundation of Civilization

Areas of Interests 

• Infrastructure and Society
• Infrastructure Resilience
• Distributed infrastructure systems, in particular, distributed agriculture

Hart Resume

Wakeel I.A. Idewu, a native of New Orleans, joined the VMI faculty in 2009. He received a bachelor of science in civil engineering from the University of Louisiana at Lafayette and a master of science in engineering science from Louisiana State University. He also earned a doctorate in civil engineering from Louisiana State University.

With over 10 years of experience postgraduate teaching and transportation engineering, Idewu is an expert in simulation modeling using the Vissim platform and provides creative solutions to both common and uncommon transportation engineering problems. The broad scale of his past work includes the design and analysis of a new rail line in Anacostia, innovative pedestrian signals and intersections, and reconfigurations of work zone lane closures.

At 19, Idewu traded in his football cleats for engineering books. His athletic feats in high school gave him recognition as the best linebacker in the city of New Orleans at the time and earned him a scholarship to play football at the collegiate level. However, his dreams of playing football professionally were eventually overshadowed by his aspirations of becoming an engineer.

Drawn by the creative freedoms of a career in engineering, Dr. Idewu merged his profession with his past, by combining the creativity, adaptability, and perseverance he learned in football. 

He now employs those same life lessons in his family life and work. Idewu primarily focuses on interdisciplinary academic mentoring and interdisciplinary research in transportation engineering. Working across disciplines, Idewu continues to mentor students from 10 different majors helping them increase their academic scores and professional potential. Students have also worked with Idewu to conduct transportation research related to psychology, chemistry, mechanical engineering, computer science, and electrical engineering.

Although a registered engineer in Virginia, his proudest accomplishment to date is growing with his wife, Roslyn, through tough and happy times as they raise their four young children. He, along with his wife and family, is in continuous pursuit of a self-prescribed mission: Investing their God-given gifts in people and creatively using opportunities to fuel potential in every generation.

Area of Expertise

Traffic Control and Operation

Courses Taught 

• Introduction to Civil Engineering
• Surveying Lab
• Properties of Engineering Materials
• Introduction to Transportation Engineering
• Transportation Planning and Design

Areas of Interests

• Automated and Connected Vehicles
• Work Zone Traffic Control Configurations
• Congestion Decreasing Techniques at Intersections
• Education and Learning Strategies

Current and Past Project Topics in Engineering

• Design and Evaluation of Automated/Connected Vehicles
• Measuring and Modeling the Affects Vehicular Traffic on Nearby Neighborhoods Air Quality
• Evaluating the Effectiveness of Speed Monitors Placed on Low-Speed Roads  
• Work Zone Traffic Flow: Design and Analysis of Alternating Merge Maneuvers in Roadway Construction Areas
• Estimating Lane Capacities in Work Zones Using Hurricane Evacuation Data

Related Links

Transportation Engineering Video Lessons https://www.youtube.com/channel/UCja59bSZGROChAHISEte1zQ/featured

LinkedIn: https://www.linkedin.com/in/wakeel-idewu-ph-d-p-e-9413a06 

Assistant Professor
Civil and Environmental Engineering

Jung Resume

Adjunct Faculty
Civil and Environmental Engineering

Adjunct Professor
Civil and Environmental Engineering

Kornegay Resume

Adjunct Instructor
Civil and Environmental Engineering

Charles S. Luck, Jr., ’20 Institute Professor in Engineering
Civil and Environmental Engineering

Col. Newhouse came to the Virginia Military Institute in 2008 after teaching three years at Texas Tech University.  Before teaching at TTU, he received his Ph.D. at Virginia Polytechnic Institute and State University in 2005.  His dissertation work focused on developing a better way to connect large precast bridge girders to improve their long-term durability.  The work lead to a new state standard.

From 1994 to 2002, Col. Newhouse worked for MMM Design Group in Norfolk, VA, as a consulting structural engineer where he designed bridges, buildings, and wharves.  He also performed over 280 NBIS and PONTIS bridge inspections.  He was instrumental in the design of a 3700-foot section of bridge structure for the Pinner’s Point Interchange Project in Portsmouth, VA, and designed an innovative ring-whale structure that allowed the contractor to construct a large intake structure without any interference from struts.

At VMI, Col. Newhouse has served as an assistant officer in charge of barracks and class advisor for the class of 2016. He currently serves as the Dean’s Representative for Permits and Calendars and the Deputy Department Head.  In the CEE department, he served as the ASCE Student Chapter Advisor for eight years.  Col. Newhouse is also an officer in the American Society of Engineering Educator’s Southeast Section and is an ExCEEd graduate.

Col. Newhouse was married in 1994 and obtained his PE license in 1997.  He has two kids, Benjamin and Lydia.

Area of Expertise

Col. Newhouse is a structural engineer specializing in the design of concrete and prestressed concrete.  He has extensive bridge design and inspection experience.  He has used his design and inspection experience at VMI to help cadets make the connection between academic theory and real-life problem-solving.  This focus has lead him to write several papers for ASEE that focus on ways to improve learning in engineering curricula.  He advocates for cadets to take and pass the FE exam.  He has also written a course pack/textbook for CE 301, “A Baker’s Dozen of Structural Topics Every Civil Engineer Should Know.”

Courses Taught at VMI

CE109/110      CE Fundamentals I and II

CE 121L         Survey Lab

CE 203            Statics

CE 206            Solid Mechanics

CE 301            Structural Theory

CE 302            Civil Engineering Dynamics

CE 307            Properties of Engineering Materials

CE 327            Reinforced Concrete Design

CE 402            Structural Mechanics

CE 416            Fundamentals of Engineering

CE 423            Structural Steel Design

CE 428            Topics in Structural Design

CE 429            Advanced Structural Theory

CE 443            Independent Research

Courses Taught at TTU

CE 3341          Principles of Structural Design

CE 4343          Design of Concrete Structures

CE 5329          Advanced Bridge Design

CE 5343          Advanced Reinforced Concrete

Courses Taught at VT

CEE 3424       Reinforced Concrete Design

CEE 3684       Civil Engineering Materials

Newhouse Resume

Assistant Professor
Civil and Environmental Engineering

Professor
Civil and Environmental Engineering

Professor
Civil and Environmental Engineering

Rogers Resume

Adjunct Faculty
Civil and Environmental Engineering

Lecturer
Mechanical Engineering

Resume

Adjunct Faculty
Civil and Environmental Engineering

Saunders Resume

Visiting Professor
Civil and Environmental Engineering

Shear Resume

Associate Professor
Civil and Environmental Engineering

Matthew (Matt) Swenty earned his bachelor’s and master’s degrees in Civil Engineering from the Missouri University of Science and Technology.  He then worked as a bridge engineer at the Missouri Department of Transportation Bridge Office in Jefferson City, MO designing, inspecting, and rating bridges on the state inventory.  Upon obtaining his professional engineer's license (PE), he went to graduate school at Virginia Tech to earn his Ph.D. in Civil Engineering with an emphasis in structural engineering.  His research included the analysis and physical testing of precast concrete connections and precast bridge components.  He was a Via Fellow and taught structural engineering courses while at Virginia Tech. 

Upon completing his education, Matt went to work as part of the bridge research team at the Department of Transportation, Turner-Fairbank Highway Research Center (TFHRC).   There he contributed to research projects on differential vibrations on bridge structures, the characterization of materials used in precast bridge connections, the use of lightweight concrete in bridge girders, precast concrete connections, and the Long-Term Bridge program.  He continues to work as a consultant through PSI, Inc. on projects through TFHRC.

After working as a full-time bridge researcher, Matt returned to academics upon appointment to the Civil Engineering Department at VMI.  He finds it a privilege to work with the next generation of engineers by teaching structural engineering and engineering mechanics topics.  One of his favorite parts about VMI is working with the students on research projects and publishing and presenting their results through engineering groups such as ASEE, PCI, and ACI.   He is an active participant in the American Society of Civil Engineers (ASCE) student chapter at VMI and also serves on the National ASCE Committee on Licensure (COL) and Committee on Student Members (CSM). 

Area of Expertise

• Structural Engineering
• Reinforced Concrete, Prestressed Concrete, and Bridge Design
• Precast Concrete Bridges
• Civil Engineering Materials

Courses Taught  

• CE 109/110 - Civil Engineering Fundamentals I & II
• CE 206 - Solid Mechanics
• CE 302 - Engineering Dynamics
• CE 301 - Structural Theory
• CE 327 - Reinforced Concrete Design
• CE 402 - Advanced Mechanics
• CE 423 - Steel Design
• CE 428 - Topics in Structural Design (Prestressed Concrete & Introduction to Bridge Design)

Areas of Interests

Matt’s research interests include the investigation of innovative connections in precast concrete structures, the use of ultra-high performance concrete, and the analysis of the long-term performance of bridge structures.  Additionally, he enjoys working with engineering policies on licensure, civil engineering curriculum design, and innovative techniques used for teaching in higher education. 

Current and Past Project Topics in Engineering 

• “Characterization of Materials Used in Field-Cast Connections”
• “Effects of early age differential displacements on concrete–bar bond in the connections of staged constructions.”
• “The Use of UHPC as a Laminate for Tensile Reinforcement on Precast Concrete Beams”
• “Professional Licensure: The Core of the Civil Engineering Body of Knowledge”
• “Methods of Correlating Precast Concrete Surface Roughness to Tensile Bond Strength in Connections”
• “Horizontal Integration of the Same Design Project in Multiple Structural Engineering Courses”
• “Engineers Guide to Pre-licensure Experience”

Swenty Resume

Professor
Civil and Environmental Engineering

Col. Timmes is a VMI graduate (Class of 1992) and a professional engineer who served for over 25 years in the U.S. Army Medical Service Corps.  As an Army Environmental Engineer, he conducted extensive drinking water and wastewater system characterizations and public health threat assessments throughout the U.S. and overseas in Macedonia, Uzbekistan, Kazakhstan, Italy, Germany, and Norway.  He commanded the Headquarters Company of the U.S. Army Chemical Activity-Pacific on Johnston Atoll during its closure as a chemical agent demilitarization site and served as a Jumpmaster with the 82d Airborne Division.  He taught a variety of academic subjects on the faculty at the US Military Academy (West Point) for six years.  Col. Timmes commanded the U.S. Army Center for Environmental Health Research in Fort Detrick, Maryland, and served as the Director for Environmental Health Sciences and Engineering at the Army Public Health Center before retiring from Active Duty to join the VMI Civil and Environmental Engineering Department.

Area of Expertise

Col. Timmes has a Masters Degree and Ph.D. in Environmental Engineering, specializing in lead and copper corrosion control and coagulation pretreatment options prior to membrane filtration.  His academic and research interests include water quality, electrocoagulation, military field drinking water, water treatment plant optimization, and water system vulnerability assessments.

Courses Taught  

CE319W - Water Resources Laboratory
CE321 - Intro to Environmental Engineering
CE409 - Hazardous Waste Treatment and Site Remediation
CE415 - Environmental Engineering Unit Processes Design
CE416 - Fundamentals of Engineering
CE443 - Independent Research
HN100 - Honors Forum
HNS375W - Environmental Honors Seminar
HN400 - Honors Thesis

Areas of Interests

Col. Timmes volunteers as the VMI Springboard Diving Coach, faculty representative with the VMI Chamber Strings, and as the Superintendent's representative to the Honor Court.

https://www.linkedin.com/in/thomas-c-timmes