Holden Neer
Deal Screening Coordinator @ Wharton Alumni Angels
About
As a Chemical Engineering student at Columbia University, aspiring to enter the fields of process engineering and R&D, I have actively applied my academic knowledge to real-world challenges. Through my internships at several hardtech startups and my research at UC San Diego, I was able to use my skills in process engineering, research, and data analysis to create novel solutions and improve the efficiency of existing processes. My focus is on driving innovation in engineering processes and product development, leveraging my educational background to make impactful contributions in the nanoengineering and biotechnological spaces. Skills: SEM, TEM, Nanolithography, Python, Matlab, Spectrophotometry, Nanotechnology, Biotechnology, Renewable Energy, Semiconductors, Electrochemistry
United States
New York
Nanotechnology
Electrochemistry, Biosensors, Autodesk Fusion 360, Wearable Technology, Nanomaterials, Chemical Engineering, Biotechnology, AutoCAD, Python, Process Engineering, Data Analysis, Photonics, Scanning Electron Microscopy (SEM), Basic Python, Nanoscience, Deal Screening, Research, Early-stage Startups, Early Stage Investment
Experience

Deal Screening Coordinator
Global early-stage technology investment platform investing in about 10-15 new companies per year - Managed pitch events for 40+ members, coordinating with CEOs and facilitating Q&A sessions - Organized the deal screening process for potential investments and raised approximately $100K for a seed round start-up by overseeing due diligence and deal documentation

Laboratory Research Assistant
San Diego, California, United States
Professor Joseph Wang’s lab for Nanobioelectronics - Developed 3D-printed microneedle sensors for continuous opioid detection at nanomolar levels, integrating functionalized nanoparticles and carbon nanomaterials to enhance sensitivity and stability - Designed and fabricated skin-conformal flow cells for sweat biomarker detection, optimizing sensor performance using fluid dynamics principles like the Levich Equation to improve electrochemical signal response - Investigated electrochemical techniques such as cyclic voltammetry, chronoamperometry, and impedance spectroscopy to lower detection limits and improve electrode performance - Collaborated on developing conductive polymer membranes for drug delivery systems, exploring their electrochemical actuation properties for closed-loop applications

Process and Photonics Intern
Boston, Massachusetts, United States
Leading YC backed biotechnology startup specializing in the development of at-home diagnostic kits for blood biomarker detection - Operated precision optical equipment and microprinters for antibody solutions within a cleanroom, contributing to optical chip processing experiments - Managed numerous data projects via Python, such as enhancing optical data organization, detecting and reducing pipeline errors, and calibrating optical equipment data - Engineered and programmed process machinery using Python, achieving up to a 5x increase in the packaging rate of optical chips - Improved processes for the alignment and packaging of micro-optical chips by developing a standard automation process resulting in improved quality and efficiency

Technical Development Intern
San Francisco Bay Area
Early-stage clean tech battery startup company developing proprietary zinc anode technology - Collaborated with team of battery lab engineers to collect, analyze, systemize, and communicate technical data specifications from multiple large battery and energy storage companies to be used for product lab testing - Researched and participated in meetings on proprietary anode technology to synthesis new product ideas - Created and implemented a template for battery design, using excel, by accurately capturing customers’ unique technical requirements resulting in the facilitation of data management

Research And Development Intern
Orlando, Florida, United States
Early-stage startup company specializing in ultra-thin, all-plastic optical filters produced using proprietary thin-film extrusion technology, designed to maximize pliability, precision, and production efficiency while minimizing cost - Conducted feasibility study for potential entry into Augmented Reality market, evaluated competing technologies and market opportunities, prepared a detailed presentation for senior management - Perform manufacturing quality control using spectrophotometry techniques - Note: Worked with CEO to test an original optical diffraction grading waveguide design I created over the summer for possible patent
Education
Holden Neer's Contact Information
Phone
Find the Right Leads
Find Verified Contact Data
What LeadContact does well
Find verified emails, phone numbers, and decision-makers with 98% accuracy.
Find Leads
Find the right people by company, role, industry, location, and more.
925M+ professional profiles

Find Emails
Access verified email addresses for your target contacts.
657M+ emails

Find Phone Numbers
Get cross-validated phone data from multiple top sources.
239M+ phone numbers

More Accurate. Lower Cost.
Find contact data in 1 tool with 98% accuracy
LeadContact integrates leading enrichment tools to deliver more accurate contact data—without paying for each one.
Great conversations start with the right contact.
It’s time to find yours.







