Foundraisr

cold outreach work

Enthusiast of hyper-learning

I do LinkedIn cold outreach.

Is your LinkedIn cold outreach stuck? Let's fix it together.

Available for startup investor outreach, fund manager LP outreach, B2B SaaS sales outreach, B2B service outreach. Open to other creative outreach you might suggest.

This is what you and I will do.

1. You and I will have an interview. I will ask questions over the call. You will answer them immediately over the same call. I will listen quietly and take notes.
2. We pre-select and approve an initial list to reach out to.
3. We pre-approve a message for sending.
4. You share the login details of your LinkedIn profile with me after turning off 2-factor authentication.
5. Once agreed on the message and the targeting strategy, I manually start hitting targets with that message with your LinkedIn profile, reaching out to them as you.
6. We talk every week to see what is working and change what is not working.
7. We iterate consistently until we have a 10%+ meeting rate on messages sent and are always having quality meetings likely to turn into revenue or funding.
8. Speed of iteration is key for both of us to succeed

The price for this is €2,000 (euros) a month. Paid at the start of the month before work starts.

To work with me:

1. Send me a DM.
2. Let me know your time zone, your email address, and three suggested time slots.
3. Alternatively, I can happily give you three suggested time slots.
4. We can have a Meets or Zoom call and see if it is a fit for you.
5. If it is, we run the 8 steps mentioned before.

All outreach tracking is done on Google Sheets. Zero use of automation.

Prateek Sanjay

Trinity College Dublin

Research at Trinity College Dublin focuses on developing next-generation imaging technologies to advance biomedical research, drug discovery, and precision medicine. Based on single-molecule biophysics, this work aims at the visualization of cellular molecular interactions to obtain the insights for gene therapy, RNA therapeutics, and biologics development. The goal is to create user-friendly, scalable solutions that bridge the gap between fundamental  and translational research and real-world applications and to support both academia and industry in design,  diagnostics and therapeutics .

Adjunct Research Scientist

Single Molecule Biophysics and Super-Resolution Imaging Specialist | Cryo Technology Innovator

Biophysicist 

The Digital Hub Development Agency

The Technologist in Residence program at Digital Hub Dublin is dedicated to integrating science, AI, and digital arts to develop impactful applications for education and creative industries. This role involves leading initiatives, organizing events, and guiding ethical AI adoption in the following key areas:

1. AI for Learning and Accessibility
Workshops are designed to introduce AI as a learning tool, supporting students—especially those with learning challenges like dyslexia and dyspraxia—through personalized education. These sessions demonstrate AI’s role as a 1-to-1 tutor, assisting with problem-solving and offering solutions for schools lacking resources such as Special Needs Assistants (SNA).

2. Protecting Intellectual Property (IP) in Digital Art
Efforts focus on helping artists and creatives safeguard their work online, addressing AI’s impact on digital content ownership. Conferences and workshops introduce protective technologies like Nightshade and Glaze, equipping artists with tools to prevent unauthorized AI training on their work.

3. Supporting Startups and SMEs in IP Protection
Beyond digital art, this work extends to startups and small SMEs, providing guidance on how AI affects content ownership and offering strategies for ethical AI use in business and creative industries.

4. Organizing Conferences and Knowledge-Sharing Events
A central part of this work is leading symposiums, workshops, and networking events that connect artists, technologists, and business owners. These events focus on responsible AI adoption, raising awareness of AI’s risks and benefits, and fostering a collaborative digital community.

Overall Impact
The Technologist in Residence program bridges technology and creativity, ensuring AI is used ethically and responsibly while empowering artists, students, and businesses to harness its potential for education, intellectual property protection, and digital innovation.

Technologist In Residence

SiriusXT

Design instrumentation and sample preparation essays  for cryogenic fluorescent microscopy. 

A primary responsibility was the establishment of a comprehensive workflow for cryogenic sample preparation for cryo soft X-ray microscopy. This required the application of my diverse skills and knowledge, from the mechanical design of microscopy-specific instrumentation to the formulation of detailed protocols grounded in cell biology for cell culture and cryogenic sample preparation.

Duties encompassed conducting cryogenic microscopy, implementing scientific methodologies, and formulation of essays for cell culture and cryogenic sample manipulation.

Bio-imaging Specialist

Implementing sub-diffraction single molecule superresolution microscopy techniques at the Trinity Biomedical Sciences Institute, TCD, through suggestion and comprehensive evaluation processes.

Visiting Research Scientist

Drop Technology

Designing spectroscopic instrumentation for the detection of ultra-low biomolecule concentrations in solutions. Evaluation of existing technologiesand development of needs-based products. Understanding customer requirements. Preparation of patent applications.

Product Developement in Spectroscopy

Probing Protein Import into Mitochondria: Utilized Optical Tweezers for single molecule investigations, designed micro-fluidic devices, formulated experimental protocols, and conducted literature review for comprehensive research analysis.

Single Molecule Biophysics:
•	Investigated the mechanisms and dynamics of protein import into mitochondria using state-of-the-art single molecule technique, Optical Tweezers.
•	Formulated biochemical assays for preparing the single DHFR protein system to study protein import into mitochondria.

Micro-Fluidic Device Design:
•	Developed and designed micro-fluidic devices using 3D printing technology.
•	Employed custom-made microfluidics to create controlled experimental environments for studying protein import processes.

Research Conduct and Analysis:
•	Formulated experimental designs and protocols for data acquisition, ensuring accuracy and reliability.
Literature Review and Scientific Writing:
•	Summarized and synthesized relevant scientific literature to inform experimental design and data interpretation.

Research Scientist

National Institutes of Health

Association and Dissociation Kinetics of HIV-Host Barrier-to-Autointegration Factor (BAF) Revealed by single molecule  Total Internal Reflection Fluorescence Microscopy.

Investigating the association and dissociation dynamics of the HIV-host protein BAF with single DNA molecules using Total Internal Reflection Fluorescent Microscopy (TIRFM) imaging. The role encompassed several key responsibilities:
•	Total Internal Reflection Fluorescent Microscopy (TIRFM):
•	Utilized TIRFM imaging to visualize the interactions between fluorescent single DNA molecules and the HIV-host protein BAF.
•	Designed a microfluidics system combined with TIRF microscopy instrumentation to investigate the binding dynamics of fluorescently labeled HIV-host protein BAF to single DNA molecules.

Research Conduct and Analysis:
•	Formulated experimental designs to measure the association equilibrium constants for the fluorescent protein and single DNA molecules.
•	Developed comprehensive data analysis methods, including image processing and quantification, to extract equilibrium association constants based on factors such as the ionic strength of the buffers and single-site mutations of the protein.

NIH IRDA Posdoctoral Research Fellow

Employing Single Molecule  PALM super-resolution microscopy to investigate protein clusters on cellular membranes with nanometric precision.

Developing Software for Quantitative Analysis of Protein Organization and Clusters on Plasma Membranes:Designing a nowel software tools for Spatio-Temporal Analysis of Photoactivated Localization Microscopy (PALM) data.

Adjunct Scienist

Single Molecule Biophysics and Super-Resolution Imaging Specialist | Cryo Technology

Biomedical Imaging & Nanotechnology

 Biomedical Imaging and Nanotechnology

Scientist in single molecule biophysics and advanced cellular imaging.
Designs tools that reveal how drugs behave inside human cells with unmatched precision.
This work supports the development of RNA therapies, biologics, and cancer treatments by showing whether therapies reach their targets and how they interact with cells.

Expertise includes single molecule and super-resolution microscopy, fluorescence assay design, cryogenic sample prep, and cell-based testing.
Creates methods for testing complex drugs directly in human tissue models, offering an alternative to animal-based studies and bulk assays.

Experienced in academic and industrial environments in the USA and Europe.
Active collaborations with pharma, imaging cores, and regulatory experts ensure practical translation of the technology into real-world use.

taplio

The Battle

Prateek Sanjay

Dunja Skoko,Ph.D

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