Rob Arnold Email & Phone Number

Pleasanton, Ca, Us

I am a member of Veeva's Solution Consulting team, responsible for delivering focused sales demonstrations of our Vault Clinical Operations Suite to both Enterprise and SMB customers. Additionally, I hold the role of Solution Lead for Study Training, overseeing significant global Enterprise opportunities and building/maintaining all demo assets. (scripts, environment data, slides, etc.)My areas of expertise include Study Training, eTMF, CTMS, Payments, Study Startup, and SiteVault.

Pleasanton, Ca, Us

After completing Veeva's Consultant Development Program, I joined the Solution Consulting team as a Solution Engineer. In this role, I conducted sales demonstrations of our Vault Clinical Operations Suite for pharmaceutical, CRO, and MedDevice customers. Additionally, I took on the responsibility of leading all initial demos for Veeva's new product, Vault Study Training. This involved developing innovative demo methodologies and showcasing the product to our earliest customers.

Pleasanton, Ca, Us

During Veeva's Consultant Development Program (CDP), I completed a 1.5-year accelerator focused on Clinical Operations, Software Implementations, and Consulting. I gained hands-on experience implementing Vault eTMF/CTMS for both Enterprise and SMB customers. Throughout the program, I successfully completed Technical Apprenticeships in Postman API and SQL. I held various roles, including Project Manager, Functional Analyst, and Configuration Specialist, working on multiple implementation projects. Additionally, I took the initiative to lead a virtual 'Strava' fitness club, promoting health and wellness during the peak of COVID-19 lockdowns.

Amsterdam, Nederland, Nl

At Arcadis, I assisted in the design, engineering, and operation of environmental remediation systems in Long Island and New York City. I served as a field specialist on three large-scale remediation projects, which involved duties for construction oversight, field sampling, system troubleshooting, subcontractor management, client representation, and data reporting. As a side project, I helped incorporate virtual reality and 360° cameras to capture construction progress and convey design ideas, which created an interactive experience for designing and bidding on new projects.

Coral Gables, Fl, Us

During my junior year at "The U", I was co-author of a NASA-funded study to test nanomaterials as gas sensors for human space habitats. Beyond lab duties and data crunching, I conducted an extensive literature review, drafted our academic paper, and helped manage six undergraduate students. I also participated in community outreach to educate the public about space (i.e. university faculty and peers, high school students and teachers, aerospace industry professionals).S.H. Joo, R.S. Arnold, et al. (2019) Physicochemical Characteristics of Nanocomposites for Space Applications. Int J Nanoparticles Nanotech 5:025.

Melville, Ny, Us

During my internship at H2M, I assisted in the design and management of water infrastructure, water quality control systems, and groundwater remediation projects in Long Island. I worked alongside Staff Engineers and Project Managers to create and revise plans in AutoCAD and Revit for construction approval, while visiting job sites to conduct assessments, provide construction oversight, and inspect existing systems.

Port Jefferson Station, New York, Us

At NYCBS, I worked in the Clinical Research division and assisted with nine clinical trials for chemotherapy regimens. I recruited eligible patients for ongoing trials, which required a thoughtful and thorough explanation of clinical goals, risks, benefits, and side-effects per the Study Protocol. I witnessed clinical trials in various phases of start-up, conduct, and closure while adhering to guidance set forth by regulatory authorities. Lastly, I provided data entry into the CARIS Molecular Intelligence Registry, a database that aims to correlate specific tumor biomarkers with the most effective chemotherapy regimens to 'personalize' future cancer treatment.

Central Islip, New York, Us

At CVD Equipment, I interned in their Applications Lab at the forefront of industrial nanotechnology research. We experimented with the mass-production of graphene and carbon nanotubes using chemical vapor deposition (CVD), and I primarily characterized our samples using Scanning Electron Microscopy (SEM) and Raman Spectrometry. I authored lab manuals and guidelines for most of our laboratory processes, such as CVD system operation, SEM imaging, Raman operation, wet-etching via hydrofluoric acid, and lab safety procedures.