“The field of AI/ML, by it's nature, is fluid and fast evolving. Tony's ability to slice through the noise and distractions to build real solutions to drive product forward demonstrated a Product-centric mindset, coupled with relentless focus on execution. He led the discovery as well as working with both internal and external partners to accelerate the pace of delivery. I love engineers who ship. All while maintaining mutual respect and curiosity for 'what next'. Highly recommend! ”
About
I am an accomplished innovator and disruptor with 10+ years of artificial intelligence…
Activity
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Top 2% globally. Out of 7 million podcasts on Spotify. The Artificial Intelligence Podcast just hit triple crown status in Spotify Wrapped 2025: 🔴…
Top 2% globally. Out of 7 million podcasts on Spotify. The Artificial Intelligence Podcast just hit triple crown status in Spotify Wrapped 2025: 🔴…
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Join ⚡️ Paul Canetti, CEO of Skej, as he discusses the unique challenges of building AI products that operate without traditional user interfaces…
Join ⚡️ Paul Canetti, CEO of Skej, as he discusses the unique challenges of building AI products that operate without traditional user interfaces…
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Join Suman Kanuganti, CEO of Personal AI, as he discusses the shift away from the one-size-fits-all approach of large language models toward…
Join Suman Kanuganti, CEO of Personal AI, as he discusses the shift away from the one-size-fits-all approach of large language models toward…
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Education
Licenses & Certifications
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Lean Six Sigma White Belt Certification
The Council for Six Sigma Certification (CSSC)
Credential ID WwBIIib3CG -
Volunteer Experience
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Steering Committee Member
RNA Institute
• Primary responsibilities were to ensure the the development and growth of the RNA Institutes agenda by providing insight on issues concerning to operation, personnel, public relations, marketing, and external partners.
Publications
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A ‘smart’ tube holder enables real-time sample monitoring in a standard lab centrifuge
PLOS ONE
The centrifuge is among the oldest and most widely used pieces of laboratory equipment, with significant applications that include clinical diagnostics and biomedical research. A major limitation of laboratory centrifuges is their “black box” nature, limiting sample observation to before and after centrifugation. Thus, optimized protocols require significant trial and error, while unoptimized protocols waste time by centrifuging longer than necessary or material due to incomplete sedimentation.…
The centrifuge is among the oldest and most widely used pieces of laboratory equipment, with significant applications that include clinical diagnostics and biomedical research. A major limitation of laboratory centrifuges is their “black box” nature, limiting sample observation to before and after centrifugation. Thus, optimized protocols require significant trial and error, while unoptimized protocols waste time by centrifuging longer than necessary or material due to incomplete sedimentation. Here, we developed an instrumented centrifuge tube receptacle compatible with several commercial benchtop centrifuges that can provide real-time sample analysis during centrifugation. We demonstrated the system by monitoring cell separations during centrifugation for different spin speeds, concentrations, buffers, cell types, and temperatures. We show that the collected data are valuable for analytical purposes (e.g. quality control), or as feedback to the user or the instrument. For the latter, we verified an adaptation where complete sedimentation turned off the centrifuge and notified the user by a text message. Our system adds new functionality to existing laboratory centrifuges, saving users time and providing useful feedback. This add-on potentially enables new analytical applications for an instrument that has remained largely unchanged for decades.
Other authorsSee publication -
The Technology Development and Commercialization of 'Smart' Scientific Instrumentations
See publicationPHD dissertation regarding the technology development and commercialization of smart scientific instruments such as a smart centrifuge test-tube holder and massively-parallel, single-molecule instrument using a commercial centrifuge bucket.
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A wireless centrifuge force microscope (CFM) enables multiplexed single-molecule experiments in a commercial centrifuge
Review of Scientific Instruments
The centrifuge force microscope (CFM) was recently introduced as a platform for massively parallel single-molecule manipulation and analysis. Here we developed a low-cost and self-contained CFM module that works directly within a commercial centrifuge, greatly improving accessibility and ease of use. Our instrument incorporates research grade video microscopy, a power source, a computer, and wireless transmission capability to simultaneously monitor many individually tethered microspheres. We…
The centrifuge force microscope (CFM) was recently introduced as a platform for massively parallel single-molecule manipulation and analysis. Here we developed a low-cost and self-contained CFM module that works directly within a commercial centrifuge, greatly improving accessibility and ease of use. Our instrument incorporates research grade video microscopy, a power source, a computer, and wireless transmission capability to simultaneously monitor many individually tethered microspheres. We validated the instrument by performing single-molecule force shearing of short DNA duplexes. For a 7 bp duplex, we observed over 1000 dissociation events due to force dependent shearing from 2 pN to 12 pN with dissociation times in the range of 10-100 s. We extended the measurement to a 10 bp duplex, applying a 12 pN force clamp and directly observing single-molecule dissociation over an 85 min experiment. Our new CFM module facilitates simple and inexpensive experiments that dramatically improve access to single-molecule analysis.
Other authorsSee publication
Patents
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ADAPTERS AND INSTRUMENT MODULES FOR USE IN A CENTRIFUGE BUCKET
Filed US 15/356,041
See patentAn adapter is connectable to any one of a plurality of different instrument modules so that the connected adapter and any one of the plurality of different instrument modules is positionable within a centrifuge bucket. The adapter includes, for example, a support positionable in a first portion of the centrifuge bucket so that the any one of the plurality of different instrument modules is positionable in a second portion of the centrifuge bucket, a processor attachable to the support, a power…
An adapter is connectable to any one of a plurality of different instrument modules so that the connected adapter and any one of the plurality of different instrument modules is positionable within a centrifuge bucket. The adapter includes, for example, a support positionable in a first portion of the centrifuge bucket so that the any one of the plurality of different instrument modules is positionable in a second portion of the centrifuge bucket, a processor attachable to the support, a power source or a connector to a power source operably electrically connected to the processor, an interface operably connected to the processor for receiving data from the any one of the plurality of different instrument modules, and a transmitter for wirelessly transmitting data from the processor to a remote location.
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SEPARATION SAMPLING MODULES FOR USE WITHIN A BUCKET OF A CENTRIFUGE
Filed US 15/356,023
See patentA separation sampling module for use within a bucket of a centrifuge for monitoring separation of a sample in a container includes a housing operable for supporting the container for containing the sample and removably positionable within the bucket of the centrifuge, at least one light source for illuminating the sample, at least one light detector for detecting light from the sample, an accelerometer for measuring acceleration of the housing, and at least one of a power source and a connector…
A separation sampling module for use within a bucket of a centrifuge for monitoring separation of a sample in a container includes a housing operable for supporting the container for containing the sample and removably positionable within the bucket of the centrifuge, at least one light source for illuminating the sample, at least one light detector for detecting light from the sample, an accelerometer for measuring acceleration of the housing, and at least one of a power source and a connector operably connectable to a power source for use in powering the at least one light source. Light from the at least one light source passing through the sample defines a light path disposed in a direction across the direction of a centrifugal force when the separation sampling module is disposed in the bucket and rotated in the centrifuge.
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ELECTRICAL SYSTEMS,AND SEPARATION SAMPLING MODULES FOR USE WITHIN A BUCKET OF A CENTRIFUGE
Filed US 14/927,026
See patentA separation sampling module for use within a bucket of a centrifuge for monitoring separation of a sample in a container includes a housing operable for supporting the container for containing the sample and removably positionable within the bucket of the centrifuge, at least one light source for illuminating the sample, at least one light detector for detecting light from the sample, and at least one of a power source and a connector operably connectable to a power source for use in powering…
A separation sampling module for use within a bucket of a centrifuge for monitoring separation of a sample in a container includes a housing operable for supporting the container for containing the sample and removably positionable within the bucket of the centrifuge, at least one light source for illuminating the sample, at least one light detector for detecting light from the sample, and at least one of a power source and a connector operably connectable to a power source for use in powering the at least one light source. Light from the at least one light source passing through the sample defines a light path disposed in a direction across the direction of a centrifugal force when the separation sampling module is disposed in the bucket and rotated in the centrifuge.
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CENTRIFUGE FORCE MICROSCOPE MODULES AND SYSTEMS FOR USE IN A BUCKET OF A CENTRIFUGE
Filed US 14/530,434
See patentA centrifuge force microscope module for use within a bucket of a centrifuge in measuring a characteristic of a sample under a centrifugal force and/or in monitoring a sample under a centrifugal force. The centrifuge force microscope module includes an electronics module and an optical module. The electronics module includes a housing removably disposable in the bucket of the centrifuge, and at least one of a power source and a connector operably connectable to a power source for powering the…
A centrifuge force microscope module for use within a bucket of a centrifuge in measuring a characteristic of a sample under a centrifugal force and/or in monitoring a sample under a centrifugal force. The centrifuge force microscope module includes an electronics module and an optical module. The electronics module includes a housing removably disposable in the bucket of the centrifuge, and at least one of a power source and a connector operably connectable to a power source for powering the electronics module. The optical module is operable to receive and direct light from the sample. The optical module is releaseably connectable to the housing of the electronics module.
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ELECTROPHORESIS CONTROLLERS, SENSORS, AND METHODS FOR CONTROLLING ELECTROPHORESIS PROCESSES
Filed US 14/520,624
See patentAn electrophoresis controller for use with an electrophoresis apparatus having a gel matrix disposed between electrodes for separation of particles along with a tracking dye. The electrophoresis controller includes a sensor system and a controller. The sensor system includes a support, a light emitter, and a light receiver. The support includes a first portion positionable on a first side of the gel matrix and a second portion positionable adjacent a second side of the gel matrix. The light…
An electrophoresis controller for use with an electrophoresis apparatus having a gel matrix disposed between electrodes for separation of particles along with a tracking dye. The electrophoresis controller includes a sensor system and a controller. The sensor system includes a support, a light emitter, and a light receiver. The support includes a first portion positionable on a first side of the gel matrix and a second portion positionable adjacent a second side of the gel matrix. The light emitter is positioned on the first portion of the support for emitting light onto one side of the gel matrix. The light receiver is positioned on the second portion of the support adjacent to the other side of the gel matrix for receiving light from the light source as it is passing through the gel matrix. At least one of the light emitter and the light receiver includes a light guide having a first end and a second end. The first end is positioned on the support and facing the gel matrix, and the second end is remote from the sensor system. The controller is operably connected to the sensor for monitoring a change in the light from the illuminated gel matrix due to migration of the tracking dye into the illuminated gel matrix and received by the light receiver.
Honors & Awards
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"Radical Candor" Award
AudioEye
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Atlanta Startup Runway First Place Winner
Atlanta Startup Runway
The mission of Startup Runway is introducing top under-represented founders to professional investors. Finalists are chosen from hundreds of applicants. $10k award.
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Albany Business Review's 40 Under 40 2017
Albany Business Review
Albany Business Review's 40 Under 40 honorees were selected from about 400 nominations. They represent the incredible young talent from many of the Capital Region’s important industries including finance, health care, technology and hospitality.
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Finalist
New York State Business Competition
Finalist at the New York State Business Competition
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Tech Awards: Technology Entrepreneur
Albany Business Review
Tony Hoang, a Ph.D. students at the University at Albany, has six patents for technologies that will be sold through his company Advanced Modular Instruments. He is the winner of this year's Technology Entrepreneur Award.
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Chemistry Student Breaks University Patent-Pending Record
University at Albany
Tony Hoang, a Ph.D. chemistry candidate, will launch his biotech startup this month with six pending utility patents.
That number breaks the University at Albany student record. -
Forbes 30 Under 30 Candidate
Forbes Under 30
Hoang, a Ph.D. chemistry candidate and member of the RNA Institute, has been selected to pitch his scientific accessory company - Advanced Modular Instruments (AMI) - during the annual Forbes 30 Under 30 summit.
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Blackstone LaunchPad Business Competition 1st Place Winner
Blackstone LaunchPad
In April, the Ph.D. chemistry candidate won University at Albany’s first Blackstone LaunchPad business competition, presenting his idea for a scientific accessory company called Advanced Modular Instruments (AMI).
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Finalist at The Patashnick Entrepreneurial Challenge
Patashnick Entrepreneurial Challenge
The Patashnick Entrepreneurial Challenge offers stipend support for select UAlbany students who are pursuing dreams of innovative startup companies.
Languages
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English
Native or bilingual proficiency
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Vietnamese
Native or bilingual proficiency
Organizations
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Biophysical Society
Member
- Present -
American Chemical Society
Member
- Present
Recommendations received
5 people have recommended Tony
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I'm extremely thankful for all the hard working students and supportive colleagues that made this possible!
I'm extremely thankful for all the hard working students and supportive colleagues that made this possible!
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