Jake Warner Email & Phone Number

Sydney, New South Wales, Australia

I have the privilege of continuing to lead the Growth Data team, as we expand into 2024.

Sydney, New South Wales, Australia

Sydney, New South Wales, Australia

At Canva I have the opportunity to lead a high-powered data team of 30+ legends in the Growth supergroup.· Organise the experimental process and framework for the group of 400+ staff· Guide the implementation of tailored user experiences within the B2B framework at Canva· Empower data individuals to take charge of their environment, manage their own time, and partner up with growth managers· Take charge of data goal planning sessions, retros, strategy and vision for the data team within Growth· Scaled up the team from 3 to 20 in the span of 12 months, while continuing to plan ahead for the future with a hypergrowth company.

Sydney, Australia

I work with a fantastic team of data nerds. As the Lead Data Analyst, I am the bridge connecting other stakeholders at hipages with their data needs. Our goal is to not only service the daily needs of marketing, sales, and engineering teams, but to provide key insights that help drive the strategic moves within the company. Recent projects include: • Predictive analysis for the release of a new product package we now sell to all new tradies on our platform.• My analysis of legacy product features led to the integration of these into our newest subscription product, thus increasing claim values by 40% and average plan increases of 26%.• Work on a team to prevent and predict churn using Redshift SQL, Athena (PrestoDB) and R to develop model features from customers claims, network events, and Salesforce data.• Build and support Looker dashboards for monitoring of key metrics across the company.• Customer segmentation analysis while introducing new app features.

Sydney, Australia

Working in the data group, I assisted in the coordination of data importation and analysis for the researchers. This involved data cleaning, troubleshooting stream disruptions, spike filtering, and analysis of various market metrics.• Became a key player in the comparison of financial tick data and shared results with internal stakeholders during the development of a new trading strategy.• Using SQL, MATLAB and Tableau, I investigated the relationship between market liquidity and profitability, and implemented new trading hours for 12 markets after review with senior management.• Developed linear regression models for predictive analysis of margin data.• Automated 7 new daily checks to ensure data import and spike filtering is monitored and alerts provided.

Sydney, Australia

In this role as a Research & Development Consultant, I contributed to the successful tax refund of over $2 million to research and development entities. This included writing grant applications, assessing expenditure via financial statements, and coordinating with clients. During this period, we achieved a 100% success rate for research and development tax incentive applications to the Australian Tax Office and the Department of Industry, Innovation and Science.

Sydney, Australia

In this contract role, I managed the Electron Microscope Unit. This facility has approx. 5 SEMs, 2 TEMs, 3 AFMs, a FIB, and approx. 12 other various coaters, polishers, and specimen preparation instruments. Beyond managing the laboratory, training in new users in AFM and developing new and advanced techniques supplemented my role at the facility.

Greater Minneapolis-St. Paul Area

Postdoc in the Characterization Facility, specializing in scanning electron microscopy, atomic force microscopy, and various x-ray diffraction techniques.

Lectured Defence Force cadets in calculus, linear algebra, and probability theory.Conducted physics lab demonstrations, specifically radiation detection and measurement, lasers, Compton scattering, circuits, oscilloscopes, and electromagnetic induction.

• Introduced a novel process of quantification for the backside wear of a tibial insert.• Pioneered a new method of ion implantation into polyethylene.• Performed theoretical fluid simulations, and extrapolated the debris pathways.• Characterized wear surfaces by utilizing atomic force microscopy and scanning electron microscopy.

•Instructed diverse groups in study skills, reading, math, physics, and ACT/TOEFL courses.•Developed and maintained clear communication techniques which enabled students to confidently complete fundamental exams

•Quickly recognized a large error (loss of 2/3 of research data) in the relay of sensor data to the Northern Hemisphere and implemented a solution to the error.•Full data files for the detection of neutrinos from supernovae are now available.

•Assisted in the development of a CFD model for Rayleigh-Taylor mixing using FORTRAN.•Transformed a serial process fluid dynamics simulation through the implementation of MPI (Message-Passing Interface) for parallel processing.

•Applied theoretical modeling, C++ programming, and VASP, a Nobel prize-winning software package, to analyze the crystal-lattice structure of nano-laminate materials.•Successfully characterized and published the properties of Ti2TlC, Zr2TlC, and Hf2TlC.

•Served as an infantry squad leader in combat operations in Iraq and Afghanistan, as well as supporting operations in Guam, Okinawa, Japan, Kuwait, and Kyrgyzstan.•Honorably discharged in 2004 with the rank of Sergeant.

Phd, Physics

Full Scholarship Awarded ($21,000 per annum) Doctoral Dissertation: Tracing Polyethylene Wear in Knee Prostheses Using Radioisotopes..

Bs (Honors), Physics; Astronomy