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fluid locomotion laboratory

the Flammang Lab at NJIT

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PI: Brooke Flammang, PhD

Assistant Professor

flammang@njit.edu

973-596-8391

   
Postdoctoral Researchers  
 

 

   
Graduate Students  
PhD  

 

Callie Crawford

I am studying the biomechanics of terrestrial walking in balitorid loaches (hillstream loaches) in a phylogenomic context. These fishes have pelvic morphology which converges on some tetrapodal features allowing for tetrapod-like walking. Using muscular and skeletal morphology, biomechanics (EMG, Kinematics, and force transmission), and biorobotics, this research will inform our understanding of mechanisms underlying the convergent evolution of morphological innovation. My work is part of the NSF funded Rules of Life initiative, Phylogenomically-Based Bioinspired Robotic Model Approach to Address the Evolution of Terrestrial Locomotion. 


Haley Amplo

 

Justin Bernstein (Research Rotation)

My research focuses on quantifying and qualifying Earth's biodiversity, focusing on lizards and snakes. I aim to describe Earth's extant lineages, identify their evolutionary relationships, and explain how events in Earth's geologic history have shaped those relationships. I primarily use molecular systematics and phylogenetics to study these relationships, but at times supplement this research with morphological and ecological data. In addition to these systematic studies, I also use biomechanic (particle image velocimetry) and imaging techniques to study functional morphology and it can play a role in organismal adaptation to their surrounding environments. Ultimately, I use a combination of molecular and morphological research to understand how organisms have evolved in the past into the diverse array of species today.

   
   
MS  

Audrey Biondi

I study the unique functional morphology in marine organisms to inspire novel technologies for human application. I am doing this by studying the highly derived skeletal anatomy and complex muscle morphology of the Molidae family of fishes throughout ontogeny. By using three-dimensional imaging techniques, such as microCT scanning and particle image velocimetry, I can visualize and analyze the interaction between these fishes and their environment. Utilizing the data acquired from these techniques, I will build bio-inspired robotics.  

 

 

Tim Gassler

 

Research Assistants

 

 

 

 

Leann Winn, MS

Kaelyn Gamel, MS

Alexa Lockyer

 

 

 

     
Lab Alumni:    

Postdoctoral:

Stephanie Crofts, PhD

 

 

 

 

Graduate (MS):

Kaelyn Gamel

Zak Robben

 

 

 

Undergraduate:

Julie Markiewicz

Rola Shehata

 

Tim Gronet

David Singer

 

 

 

High School:

Acacia Tam

Rebeca Zapiach