Focus on Forensics - College of Humanities and Sciences - Virginia ...

<strong>Focus</strong> on Forensics 

Volume 11, Issue 1 

Faculty 

Tracey Dawson 

Cruz 

Lyndsay Durham 

Chris Ehrhardt 

Eric Hazelrigg 

Excellence in our Graduates 

Outstanding 

Graduate 

Joseph Ring 

Fall 

Marilyn Miller 

Michelle Peace 

Sarah Seashols 

Affiliate: 

Ann Davis 

Pete Marone 

Al Poklis 

Robert Steiner 

Carl Wolf 

Inside this issue: 

GRADUATION 2 

SPOTLIGHTS 

UNDERGRAD 3 

GRAD 4 

FSSC 4 

INTERNATIONAL 5 

MILITARY 6 

SPORT 6 

Outstanding 

Undergraduate 

Samantha Boyd 

Matthew Goldstein 

May 

2012 

Leadership and 

Service Awards 

Graduate Students 

Jessica Barker 

Vaibhav “Web” Bist 

Alexander Jacobs 

Crystal Munger 

Laura Caitlin Oliver 

Joseph Ring 

Katherine van den 

Heever 

Undergraduate Students 

Kent Aje 

Jessica Combs 


Sarita Schultz 

Sarah Willis 

Academic Achievement 

Awards 

(Cumulative GPA of 3.85 or 

higher) 

Graduate Students 


Shannon Cassatt 

Jeremy Monkres 


Joseph Ring 

Maria Saeed 

Katherine van den Heever 

ALUMNI 7 

NEW FACULTY 8 

INSTRUMENTATION 8 

Undergraduate Students 

Samantha Boyd 


Ian O’Keefe 

WORKSHOP 9 

RENOVATION 10

Page 2 F ocus on Fo rensics Volume 11, Issue 1 

Undergraduate Class of 2012 

Ali Abed 

Kent Aje 

Mohamed Alabduljabbar 

Kandice Alexander 

Astrid Aniwa 

Carla Bacchus 

Mohamead Bakir 

Noel Basma 

K'Shonda Bishop-Crump 

Samantha Boyd 

Ra-Shaunti Budgess 

Heather Chapman 

Jessica Combs 

Sean Cronin 

Marjan Darab 

Christina Ferrer 


Graduate 

Anna Greer 

Sabih Haq 

Michelle Harper 

Sadia Hassan 

Christina Hayes 

Kinjalba Jadeja 

Amanda Jennings 

Kathryn Johnson 

Navneet Kaur 

Victoria Knopik 

Marlea Lee 

Anna Leone 

Kate Lepire 

Ishaq Mallik 

Cheron 

Maxwell 

Katherine 

McDonald 

Class of 2012 

Roberto Mejia 

Amanda Michael 

Crystal Minwegen 

Horatio Nguyen 

Justin Nguyen 

Ian O'Keefe 

James Phan 

Lyndsi Porto 

Sarita Schultz 

Laura Schweinhart 

Whitney Simpson 

Rose Villanueva 

Kaitlin Warrington 

Rykia Williams 

Sarah Willis 


Jennifer Bartman 

Samantha Berghorn 

Web Bist 

Shannon Cassatt 

Ashley Goldstein 

Tyler Grissom 

Travis Harris 

Alex Jacobs 

Grace Jang 

Hillary Krause 

Jeremy Monkres 


Caitlin Oliver 

Andrea Phares 

Joseph Ring 

Maria Saeed 

Kate van den Heever 

Christopher Witt


F ocus on Fo rensics 

Page 3 

Undergraduate Spotlight: Sammy Boyd 

I, along with Professor Bertino, Professor Seashols, and Jacob Huffstickler have been researching 

the applications of Raman Spectroscopy to body fluid analysis – specifically blood – 

for the past three years. Saying (or writing) that sounds incredibly fancy. I'm almost sad to 

demystify our work, but the reality is that it is not too difficult to understand what we have 

done, once you understand how the Raman works. Basically what happens is that a laser is 

aimed at a sample. When the laser is focused on the sample, an interaction happens which 

vibrates and rotates the molecules comprising the sample, raising their electrons to an excited 

state. When the electrons return to a lower energy state, they return the energy that 

they initially received from the laser; light is scattered. The scattered wavelengths pass 

through some filters so that what is left is only the light that has been inelastically scattered – 

it's a different wavelength from the laser. Those inelastically scattered wavelengths are interpreted 

as peaks along a number line and those peaks, 

like with IR spectroscopy, are indicative of chemical bonds 

and thus, the chemical composition of the sample. This 

allows us to take unknown items, analyze them, and determine 

their identity based on the spectras that are produced. 

What has been discovered with our work so far is that the 

spectra of blood has the same peaks between people. We 

know that dry blood looks a little bit different from wet 

blood, that sometimes you can get a reading of blood on 

different substrates but the substrates that fluoresce a lot 

(denim, cotton, etc...) make it difficult to produce a spectra 

of blood. We know that we can reconstitute blood to recover that 

Natural 

spectra, 

curiosity 

but 

and 

the 

doing 

downfall 

her research 

is a dilution limitation to 

to 

that (aside from the fact that it damages the sample) is that there 

what the Raman can “read”. To compensate for that, we know that Surfaced Enhanced Raman 

Spectroscopy can be employed to enhance the signal. With this, an electromagnetic field is 

concentrated around the sample to produce an enhancement. This allows us to go from a dilution 

limitation of 1:250 to 1:100,000. We also know that a menial 

amount of DNA is degraded through this process and that 

items which commonly produce false positives for presumptive 

tests for blood have spectras that are distinct from blood. 

I've never considered myself to be a particularly innovative or 

an incredibly intelligent person. I'll grant myself hardworking 

and curious – I always have to understand the why and the 

how...I do my research. I can honestly say that I never envisioned 

that I would be doing any sort of research in school; that 

was for clinicians with white coats and beakers. When I started 

doing research I could barely work a microscope. But now I'm 

graduated with three years of research and a few publications 

and presentations under my belt. I still don't think of myself as 

innovative or very intelligent; my experiences are a result of an 

incredible amount of faith on the part of my professors, a lot of 

luck and being at the right place at the right time, and because 

(as I said before) I am a naturally curious person. And I know 

that if I can wind up doing what I did, anyone can too. Be outgoing. 

Get to know your professors. Show a willingness to try 

new things and most importantly, do your research.



Page 4 

Graduate Spotlight Alex Jacobs 

Greetings! I’m Alex Jacobs, a graduate of the 

class of 2012 Forensic Science Master’s 

Program at VCU. While working on my degree, 

I completed several research projects. My 

directed research project was the Analysis 

of Natural Testosterone Boosters for the 

Presence of Steroids 

though the use of the 

Accu-TOF DART under 

the mentorship of 

Robert Steiner at the 

Virginia Department of 

Forensic Science. The 

goal of the project was 

to develop a screening 

method for these supplements 

to determine if 

minute levels of steroids 

could be detected. 

However, because of 

all the other organic 

material in these products, 

low levels were 

unable to be detected reliably. I continued 

to work under Mr. Steiner, working on detecting 

the chromophore produced by the 

Duquenois-Levine test for tetrahydrocannabinol. 

This research sought to detect the chromophore 

in a marijuana sample, as the structure of the 

chromophore had been previously determined. 

My work with the test also helped to derive a 

change in the formula that allowed older samples 

to produce results similar to that of a fresh 

sample. This research was presented at the 2012 

Mid-Atlantic Association of Forensic Scientists 

meeting, where it was well-received. This fall, I 

will be attending Indiana University to pursue a 

doctoral degree in Analytical Chemistry. I will begin 

research with the Clemmer Group starting 

this June. 

Completing the VCU Forensic Science Master’s 

Program allowed me to discover my love for 

research and the development of new ideas to 

solve a problem. Before starting the master’s 

program, I was unsure what my true interests 

were. Through the program and by working with 

Mr. Steiner, I found I was more interested in 

research than performing casework. Ultimately, 

this is what led me to decide to continue my 

education and pursue a doctorate. 

Forensic Science Student Club 

Welcome to a brand new semester for the Forensic Science Student Club! 

We are excited and ready to welcome new members to our club. The club participates 

in a wide variety of trips, speaking engagements, VCU special events 

and open houses. Our most notable event is our annual Murder Mystery Dinner 

Theater which last semester had its biggest turnout of 110 guests consisting of 

students, parents, and faculty! 

Each semester the club engages in off-campus learning opportunities 

such as a tour of the Office of the Chief Medical Examiner, Dominion 

Shooting Range and a trip to the Crime and Punishment 

Museum in Washington D.C. The club hosts speakers such as 

Mary Maguire who is a Federal Public Defender and former Chief 

Medical Examiner, Dr. Marcella Fierro. The club also participates 

in various volunteer opportunities throughout the semester like 

the campus blood drives, SOVO fair, open houses, and Relay for 

Life. 

This semester kicked off with a club meeting on Thursday, 

August 30 th in Monroe Park where we played games, had 

prizes and provided great information about the club, its activities 

and the officers. We look forward to having an amazing semester 

with you and if you have any questions, comments or concerns please contact Megan Tabor 

at tabormn@vcu.edu or you can reach us at the Forensic Science Student Club’s Facebook page.



Page 5 

International Spotlight Jarah Al-Thafiri 

My name is Jarah Al-Thafiri, a citizen from Kuwait, a small country in the Middle East, which has an estimated 

population of three million today. Upon finishing high school, I had no clue which major to 

choose until there was an announcement that the ministry of interior opened up its doors for applicants 

wishing to join the military. The program offered a scholarship in forensic science. It sparked my interest 

when I read “forensic science” in the ad, being a major fan “CSI” and a major geek when it came to 

chemistry and biology. After passing the required examinations and getting accepted into the program, I 

was told by officials that it was being taught in the United States, at Virginia Commonwealth University 

to be specific. I had no clue where Virginia even was on a map! 

Coming to VCU was a culture shock for me. I had never traveled alone and so far, making friends from 

other countries and other nationalities, and looking at things from a different perspective. It taught me 

how to take charge and be responsible. The excitement and rush all began when I took my first forensic 

based class, a survey of this unique major, ranging from crime scene and search, firearms and ballistics, 

serology, toxicology, entomology and other different areas of the study. As I took more core classes, I 

found myself more attracted to the field and thankful that I chose to embark on this great journey. 

After graduation and coming back home to start work, I knew 

that there would be a difference in the application of the scientific 

techniques that we’ve practiced and studied back in the 

states. Let’s start on how our work system functions here: 

There are six districts in Kuwait, served by the Department of 

Criminal Evidence which has the following sections: crime 

scene (where I work), medical examination, administration, 

criminal photography, fingerprint archive and the main laboratories 

. Since I work in the crime scene and search section in 

one district, I’m not involved in lab work. Our main task is to 

travel to the scene of the crime, take notes and photographic 

evidence, and collect any valuable piece of evidence. I’m glad 

that I get to work in that particular section because everything 

starts at the crime scene. I get to interact with important officials 

at the scene, such as the DA, medical examiner, witnesses and various police officials. As a crime 

scene investigator in the police force, I take control at the scene, making sure no evidence goes unnoticed 

or is tampered with. My job consists of a 24 hour shift, where three other forensic practitioners 

and I split the caseload of the day. In the district in which I work, most of the cases involve house burglaries, 

car thefts and natural death but we do get the occasional suicide, murder, arson and attempted 

assaults. The job also offers seminars on advancements in the field such as teaching and using three 

dimensional photography, seminars in other departments such as Kuwait’s Investigation Bureau and at 

times, overseas in the States and England. 

The only negative thing about the job is that our department 

does not close the case but it is the bureau that closes it. We 

are the ones who start the work at the scene, acquire the 

evidence, send samples to the lab and receive the results 

that help the DA and investigation team catch the assailants. 

When it comes to the future, I would like to branch out further 

in the field, earn a master’s degree and a PhD in physical 

evidence and maybe teach the future police officers who, like 

me, choose this as a career. I would also like to study more 

about criminology and its various aspects of study and try to 

apply it back home. I would love to get the opportunity to 

work and practice the field in another country to compare 

notes with them and improve my knowledge in the field.



Page 6 

Military Spotlight 

Jillian Merritt 

I originally looked at the Navy as a way 

to pay for Medical School. As a Forensic 

Science major I had a lot of exposure to 

the biological sciences and when I took 

Forensic Medicine it made me want to 

pursue a career as a medical examiner. 

However, the more I thought about it, the 

more unsure I was about my decision to 

attend medical school. I decided to see 

what else the Navy had to offer so I 

spent hours going over the different 

types of jobs they had, the commitment 

you had to make, and the application 

process. I found a field that I thought was 

particularly interesting so I decided I 

wanted to apply. After a grueling application 

process I found out I was selected for my 

first choice field- Information Warfare. I went 

to Officer Candidate School (OCS), got my 

commissioning on June 3, 2011 and then went 

to Pensacola for my Information Warfare 

Basic Course. I am now stationed in Hawaii 

for 3 years! I am the only person from my 

OCS class and at my new command with a 

Forensic Science degree and I am also the 

only Information Warfare designator from my 

OCS class. I believe many of the skills I 

learned in the Forensic Science program have 

helped me so far in my Naval Career. I am 

now a Division Officer and lead two 24-hour 

watch teams and the information technology 

service desk. I have been Commissioned in 

the Navy for a little over a year now and I 

love every minute of it. It am always learning 

something new and finding ways to improve 

my leadership. People 

always ask me what I 

majored in and when I 

tell them "Forensic 

Science, Biology Track 

with a minor in 

Chemistry" they look 

confused. I tell them, it 

may not be directly 

related to what I do 

now, but it definitely 

gave me a solid foundation 

and I feel like I 

can go anywhere with 

my unique educational 

background. 

Sport Spotlight 

Luke Thomason 

I figured out one day the 

percentage of the student 

body that is athletically involved. 

It is around .05 %. It’ 

s kind of crazy to think. In 

high school, what was the 

percentage? Thirty percent, 

maybe 40%? Being on 

the track team keeps me in 

line when it comes to school. 

As coach always reminds 

us, school is always first. If 

there is a test or a project 

that needs to be done, we 

can be excused from practice. 

It’s better to miss one 

practice than to fail and be on athletic suspension 

the whole next semester. Being on 

the track team means I am always busy. 

Being always busy means that time is what 

I value most. When things start to get cut 

short, it is about a guarantee that amount of 

hours to sleep will decrease. To most people, 

6 hours of sleep means that the next 

day will be a long one. For me, 6 hours is a 

blessing. Most people (even athletes) can 

usually catch up with their sleep on the 

weekends. When in season, (all second 

semester) there is a track meet almost 

every Saturday somewhere along the east 

coast. It could be as close as George Mason 

or it could be as far as University of South 

Florida. That varies from getting up around 

5 to be at a local meet (Mason) or leaving 

late on a Thursday for a meet that entails a 

long bus ride or a flight out of RIC. I have 

loved every minute of being on the team 

here at VCU. I have met some great people 

along the way. I have also had some 

great lessons taught on and off the field. I 

love sports and I will truly miss them after I 

graduate. 

For now, I work part time at Health Diagnostic 

Lab in downtown Richmond where I 

plan on going full time after completion of 

my undergraduate degree (spring 2013). I 

will work there while completing an MBA. 

My ultimate goal is combine my undergraduate 

knowledge of science with the 

business knowledge of the MBA. That way, 

I can help run a company from not only the 

science side but the business side too.

Page 7 F ocus on Fo rensics Volume 11, Issue 1 

Alumni Spotlight Web Bist & Caitlin Oliver 

It was a mere four weeks on 

the lavish campus of InfoSys 

located in Mysore, India. We 

began our trip with a 24 hour 

plane ride, having only a 

week to adjust to the tenhour 

time difference. With 

graduate school just finishing, 

we quickly had to apply our 

knowledge into a three-week 

crash course on the basics of 

forensic science. It didn’t become 

real until we met the 

35 children we would be 

teaching. Each of our classes 

contained 17-18 seventh 

standard kids who tested in 

the 99 th percentile in the entire 

country of India. After 

the first day, it was apparent 

how brilliant these kids really 

were. Their enthusiasm kept 

us going night after night, 

adapting our lesson plans to 

challenge them in all areas of 

forensic science. This included 

us having to research and 

become more familiar with 

topics that were only touched 

upon in our studies outside 

our concentration. During the 

first two weeks, we provided 

the students with the basic 

skill set of a forensic scientist. 

We were excited the 

next week when they were 

able to apply these skills to a 

mock crime we created. We 

incorporated everything from 

DNA to handwriting in these 

mock crime scenes so the 

students would need to bring 

their best to be successful. 

Although the teaching kept 

us busy six of the seven days 

in the week, we got to explore 

outside the campus. 

The highlight of our adventures in 

the city was visiting the largest 

palace in India, the Mysore palace. 

We were able to go inside 

and learn about the history and 

culture of the region. Despite not 

having any time to breathe 

between school and India, the 

chance to teach these bright kids 

has been an unforgettable 

experience. We’d like to thank 

Dr. Marilyn Miller for providing 

us with this once-in-a-lifetime 

opportunity. 

Alumni Association: Join Now 

GOLD (Graduates of the Last Decade) 

The VCU Alumni Association offers GOLD 

special membership pricing, (only $25) If your 

first degree from VCU was earned in 2002 or 

later you qualify. Benefits of membership include 

CareerBeam, online journals access, expanded 

access to the online alumni directory and many 

discounts. In addition, look for special 

GOLD events. 

The goal of STAT is to facilitate interaction 

between students and alumni and to enhance the 

student experience by providing opportunities 

STAT (Students Today Alumni Tomorrow) 

that strengthen lifelong loyalty to VCU. STAT 

provides unique benefits including networking 

with alumni, connecting with other VCU students, 

STAT T-shirt to wear on T-shirt days to get 

even more free stuff, BEAT shirts to show your 

Ram Pride at athletic events & complimentary 

items on Spirit Day. We will have events and 

programs all year long with free goodies for 

STAT members only. Annual membership is only 

$15 per school year. You can also join STAT as a 

four-year member for only $50 .



Page 8 

Instrumentation: Leica Geosystems' ScanStation 

Thanks to the generous support 

of the Provost’s Office 

and the Dean’s Office of the 

College of Humanities and 

Sciences, the Department of 

Forensic Science has recently 

purchased a Leica Geosystems’ 

ScanStation-10 3D 

laser scanner. The ScanStation 

is a versatile and easy-to 

-use 3D laser scanning system 

which enables users to panoramically 

photograph and 

then laser scan (measure) a 

scene with an extraordinary 

level of speed, accuracy and 

completeness. The information 

gathered can be used to generate 

up to seven high-value 

3-D rapid response products 

within minutes of scanning for 

briefings and to provide detectives 

with detailed information 

about the crime scene and the 

physical evidence. In the courtroom, 

Leica Geosystems' laser scanning 

data allows prosecutors to place 

the jury at the scene. Leica Geosystems' 

ScanStation technology has 

been adopted by thousands of 

forensic laboratories and law enforcement 

agencies around the 

world. This documentation instrument 

is of interest to a variety 

of criminal justice system 

professionals: Homicide Detectives, 

Prosecutors, Homeland Security 

Officials, Crime Scene Investigators, 

Forensic Scientists, 

Special Weapons and Tactics Personnel, 

Coroner/Medical Examiners, 

EOD Technicians, and Shooting Reconstructionists. 

The Department of Forensic Science 

will be introducing this laser scanner 

in the basic crime scene investigation 

course, FRSC 309 and FRSC 

Leica Trainer working with TA 

Erica Dolak. 

565. Intensive student use is anticipated 

for the FRSC 566 Advanced 

Crime Scene Investigation 

course for Spring 2014. Several 

students are ready to begin Independent 

Study projects utilizing 

the Scan Station in various crime 

scene scenarios such crime 

scenes reconstruction with bloodstain 

patterns, shooting reconstructions, 

accident and fire 

scenes. These independent study 

projects will utilize the 3D laser 

scanners’ ability to provide a 

highly accurate, systematic approach. 

Meet Chris Ehrhardt, Ph.D. 

Dr. Ehrhardt holds a B.S. degree 

in Molecular and Cellular Biology 

from the University of Connecticut 

at Storrs. He then began his 

graduate work at UC-Santa Barbara 

in the Department of Earth 

and Environmental Sciences 

where he conducted research on 

the genetic and chemical signatures 

of marine hydrothermal microorganisms. 

After completing his PhD in 2007, Dr. 

Ehrhardt worked as a postdoctoral researcher at the 

Counterterrorism and Forensic Science Research Unit 

of the FBI in Quantico VA. While at the FBI, he focused 

on forensic signatures of Bacillus cereus 

spores, specifically how fatty acid methyl ester profiles 

of spores can be used to determine the source of 

illicitly-produced microorganisms. He also participated 

in a number of other research projects while at 

the FBI including protein profiling of spores, bacterial 

hydrophobicity determinations, and testing of forensic 

light sources on biological evidence. 

After the FBI, Dr. Ehrhardt worked in the Trace 

Chemistry and Signature Science Group at Pacific 

Northwest National Laboratory (PNNL) in Richland, 

WA. There he primarily worked on developing forensic 

signatures for Yersinia pestis and Bacillus anthracis 

but also helped refine multivariate frameworks for distinguishing 

castor beans processed with different 

methods. 

At VCU, Dr. Ehrhardt’s main interests are the forensics 

associated with pathogen monitoring and specifically 

how biochemical signatures associated with a 

bacterial cell can be used to distinguish the occurrences 

of ‘natural’ from man-made organisms. He is 

working on new biosignature systems (e.g. protein and 

lipid profiles) for organism identification in complex 

matrices such as soil, air, and environmental water 

supplies. In addition, Dr. Ehrhardt is intensely interested 

in multivariate statistical methods to process and 

interpret the often complex orthogonal data generated 

from his projects. 

Dr. Ehrhardt continues to collaborate with the FBI and 

PNNL as well as several other university and private 

laboratories. He has published several manuscripts on 

environmental signatures of microorganisms and the 

forensic applications of various microbial profiling 

techniques.



Page 9 

Mass Fatalities Workshop 

This past semester at VCU, forensic 

science students had a wonderful opportunity 

to attend a mass fatality workshop cosponsored 

by SNA International, the Virginia 

Office of the Chief Medical Examiner, and the 

VCU Forensic Science Department. SNA International 

is a consulting firm run by Amanda 

Sozer, Stephen Niezgoda, and Arbie Goings. 

Located in Washington, D.C., the mission of 

SNA International is to offer expert advice in 

the areas of mass fatality planning and response, 

forensic science consulting, and information 

technology tools. In the words of Dr. Amanda 

Sozer, “identification of human remains after a 

mass fatality is probably the ultimate forensic 

case.” 

The workshop offered at VCU was open 

to forensic science professionals and emergency 

responders from a variety of agencies across 

Virginia. Participants included personnel from 

the Virginia Department of Forensic Science, 

the Virginia Department of Emergency 

Management, Bode Technology, the VCU 

Police Department, and professors and 

students from Virginia Commonwealth University. 

Training was provided related to understanding 

the challenges of a mass fatality event and 

in the areas of body recovery, mortuary operations, 

identification of human remains, 

family assistance, body release, and public 

information. Breakout sessions were 

given on Forensic Identification of Human 

Remains, Body Recovery, Family Assistance 

Operations, and Data Management. 

The workshop culminated in an interactive 

tabletop exercise that allowed participants 

to discuss how they would respond 

to a hypothetical mass fatality occurring 

at the Siegel Center at VCU. 

VCU forensic science students 

who wanted to attend the workshop 

prepared by taking FRSC 591 Topics in 

Forensic Science: Getting Prepared – 

Mass Fatality Response Training. This 

class was comprised of a mixture of 

graduate and undergraduate students who 

had an interest in learning about mass 

fatality preparedness and response. After 

the workshop was over, students 

incorporated what they had learned at the 

workshop and from their reading assignments, 

dividing up into groups and giving a presentation 

about a mass disaster event that happened 

within the last decade. These presentations 

discussed what went wrong with the response 

to the event, what went right, and what could 

be done to better handle a mass disaster event 

in the future. 

Additionally, the Virginia Department of 

Emergency Management graciously allowed 

FRSC 591 students to visit Virginia’s Emergency 

Operations Center. There, we learned 

about Virginia’s plan to respond to different 

types of emergency events and what resources 

are available to local communities. We 

were also given an insider tour of the facility 

so that we could see firsthand the people and 

technology involved. 

Opportunities like this are what make 

the forensic science program at VCU such a 

great experience. Not only are we taught by 

faculty and instructors who can bring in a 

wealth of knowledge from their own experiences 

working in the field, but the program also provides 

valuable connections to other professionals 

within the forensic science community. 

Kate van den Heever, MS-2012 Graduate



Page 10 

Lab Renovation 

In the beginning... 

The The Finished Finished Product! Product!

Virginia Commonwealth 

University 

Monroe Park Campus 

Harris Hall South, 2nd Floor 

1015 Floyd Avenue 

PO Box 843079 

Richmond, VA 23284-3079 

Next Issue: 

Library of Virginia CSI Mystery Writer event 

New Faculty: Lyndsay Durham 

The DART 

Phone: 804-828-8420 

Fax: 804-828-4983 

E-mail: fos@vcu.edu 

Departmental Grants 

Dr. Paul B. Ferrara Scholarship 

<strong>Focus</strong> on Forensics

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