Job summary
Job post source
This job is directly from Axon
Job overview
The Sr Quantitative UX Researcher at Axon leads quantitative research to improve immersive VR training solutions for public safety, directly impacting product design and community safety.
Responsibilities and impact
The role involves designing and executing quantitative research studies, analyzing hardware integration and user behavior, evaluating VR training efficacy, communicating insights to stakeholders, collaborating with cross-functional teams, integrating AI methods, mentoring junior researchers, and conducting onsite user testing with law enforcement.
Compensation and benefits
The position offers a competitive salary range from $123,750 to $198,000 depending on location and experience, plus bonuses, stock awards, 401K with employer match, paid time off, parental leave, medical/dental/vision plans, wellness support, and learning programs.
Experience and skills
Candidates need a bachelor's or equivalent in a related quantitative field, 8+ years in quantitative user research with data science and statistics expertise, experience with hardware research, proficiency in statistical analysis and experimental design, strong communication skills, and familiarity with AI-driven research methods.
Career development
The role offers growth through mentoring opportunities, working on cutting-edge VR public safety projects, and contributing to strategic product decisions in a fast-growing company.
Work environment and culture
Axon promotes a mission-driven, inclusive, and diverse culture focused on public safety, with flexible remote work options and a collaborative environment centered on innovation and care.
Company information
Axon is a technology company focused on public safety solutions including body cameras, digital evidence management, and immersive VR training, aiming to protect life and improve justice through innovative products.
Team overview
The candidate will join the UX Research team within the VR group, reporting to the Director of Product Design, collaborating with designers, engineers, product managers, and external stakeholders.
Job location and travel
The position is remote with some onsite work at the Seattle R&D hub and quarterly travel to law enforcement agencies for research.
Unique job features
This role uniquely combines quantitative UX research with immersive VR technology for social good, involving direct engagement with public safety users and AI-driven methodologies to enhance training efficacy.
Company overview
Axon is a leading technology company specializing in public safety solutions, best known for its development of the Taser electroshock weapon. They generate revenue through the sale of Tasers, body-worn cameras, and cloud-based evidence management software, primarily to law enforcement agencies. Founded in 1993 by Rick Smith, Axon has evolved from its initial focus on non-lethal weapons to becoming a comprehensive provider of integrated technology solutions aimed at enhancing public safety and accountability. Their mission is to protect life and make communities safer with innovative tools and services.
How to land this job
Position your resume to highlight your extensive experience in quantitative user research, focusing on your expertise in statistical modeling, experimental design, and data visualization as these are key for Axon's Sr Quantitative UX Researcher role.
Emphasize your background with hardware integration research and any familiarity with immersive technologies like VR or AR, as well as your ability to translate complex data into actionable insights for diverse stakeholders.
Apply through multiple channels including Axon's official careers page and LinkedIn to maximize your application's visibility and ensure you don't miss any opportunities.
Connect with current employees in Axon's VR or UX Research teams on LinkedIn to gain insights about the role and company culture; use ice breakers like commenting on recent Axon VR innovations or expressing enthusiasm for their mission to Protect Life.
Optimize your resume for ATS by incorporating keywords from the job description such as 'quantitative research,' 'statistical analysis,' 'AI-driven methodologies,' 'VR training efficacy,' and 'user behavior analysis' to pass automated screenings.
Use Jennie Johnson's Power Apply feature to automate tailored applications, find multiple application portals, and identify relevant LinkedIn contacts, allowing you to focus your time on networking and interview preparation.
Jennie Johnson works for you!
Here’s what we do to make sure you’re successful:
Targeted Resume Revamp:
We expertly craft your resume to navigate Applicant Tracking Systems (ATS) and showcase your qualifications, making you stand out as a top-tier candidate.
Job Description Dissection:
Unpack the job posting with expert analysis, ensuring your application hits every key requirement.
Bespoke Cover Letter:
Capture the attention of hiring managers with a personalized cover letter that highlights how your skills align perfectly with the job's needs.
Interview Mastery:
Prepare for interviews like a pro with likely questions, strategic answers, and insightful questions for you to ask, setting you apart as an informed candidate.
Direct Application Insights:
Receive tailored advice on the best places to apply, ensuring your applications are seen by the right employers.
Skills and Gaps Assessment:
Identify and close critical skills gaps to position yourself as the best-fit candidate for your ideal job.
Personalized Email Pitch:
Make a memorable first impression with an email template crafted to engage potential employers and initiate meaningful conversations.
In-depth Research Guide:
Leverage comprehensive research tools to gather effective insights on companies, industry trends, and role-specific challenges.
Detailed Company Analysis:
Gain in-depth understanding of your prospective employer, giving you the edge in applications and interviews.
Strategic Candidate Overview:
Understand your unique value and why companies would want to interview you, highlighting your background and positioning.