Jessica Lin Email & Phone Number

Christchurch, Nz

Christchurch, Canterbury, New Zealand

> Led the training and support of teams of 30+ analysts.> Led and designed work plans, processes and workflows.> Responsible for the design and development of the Analysis System, which was used for data analysis and producing the final data quality reports.> Develop the data and metadata structure used in 2023 Census.> Implemented data privacy and security practices for the team and provided training.> Collaborated across the organisation throughout the development and operational phases which ensured timely and effective resolution of issues.> Guided analysts on data analysis, identifying issues and causes, exploring options for resolution, and validating final results.> Distributed workload and leading team in Agile practices.> Authored the 2023 Census Analysis Guidelines, which was used daily by the team during the year-long operation.> Developed Te Ao Maori approach to Analysis and worked with analysts in Data Iwi Leaders Group.

New Zealand

> Managed product engineering and research and development activities.> Ran dedicated trial operations with key clients, tasking different satellite instruments to collect multi-modal data, and combining information into actionable insights.> Team awarded NZ$850K from Covid-19 Innovation Acceleration Fund to accelerate the development of its Maritime Intelligence Platform and detect potential entries of Covid-19 into Aotearoa.> Held key client relationships across multiple projects.> Performed extensive market and competitor analysis. > Developed business strategy, product roadmap and pricing models.

New Zealand

> Introduced Agile software development into the product development process.> Developed proposals to fund the product development of several potential products in their early proof-of-concept and market research stage.> Ran targeted projects for rapid prototyping of initial products.> Managed external contracts and user research. > Consolidated product opportunities based on market feedback and user research.

New Zealand

> Created an online English fluency test, FluentIQ, aimed to remove unfair bias in global recruitment.> Using machine learning and qualitative and quantitative linguist research, FluentIQ achieved a real-world correlation of 0.88 [0.80-0.95].> Developed a deep learning framework for speech analysis. > Designed and conducted research studies to facilitate research and product development.> Prepared materials for fundraising and investment due-diligence work.> Raised over NZ$1M in funding from private equity and Callaghan Innovation. > Investigated IP landscape and technology applications in speech and language sciences for to English testing, education, and treatments for communication disorders. > Collaborated with New Zealand Institute of Language, Brain and Behaviour (NZILBB). > Obtained ethics approval for a real-world product-user validation study.

Christchurch, New Zealand

> Governance and strategic planning in research, product development, marketing and sales

Christchurch

> Prototype development of a working vine pruning robot using computer vision.> Development on the kinematics model, software-hardware integration and control of an industrial robotic arm. > Signal processing with multiple input and output, converting raw signals to different spatial coordinates for dynamic control and feedback. > Software development with Robot Operating System (ROS), an open source software framework for robotics applications. > Training computer vision system. > Conducted field testing of prototype.

> Developed real-time lightweight speech pattern matching and classification techniques.> Developed adaptive, stochastic high-dimensional multivariate classifying methods.> Full stack web application development of the core web-based learning program, EyeSpeak, which ranked 3rd out of 10 in an independent software review world-wide.> Researched accelerated learning methods using adaptive, process-based modelling to individualise optimal revision frequency. > Investigated interactive learning methods for enhanced psychological engagement.

Christchurch

> Research focus: Real-time diagnosis of sepsis using multivariate data including model-based parameters> Author of an internationally recognised and highly cited physiological model (https://doi.org/10.1016/j.cmpb.2010.12.008).> Receiver of the Postdoctoral Fellowship granted by the Foundation for Research Science and Technology (FRST) ($300K over 3 years)> Co-supervised 8+ research students (5 PhDs)> Principal Investigator of a large, year-long clinical study> Led, managed, and organised a large team from diverse disciplines> Liaison with clinical end-users> Obtained ethics and local clinical approvals and reported to the Ethics committee> Engaged in the design and running of 3 additional clinical studies

Christchurch

> Investigated applications for physiological dynamic model-based medical therapeutics, primarily for critical care> Investigated medical product market in the USA and assessed end-user demands> Ensured technology development and end-products meet US FDA regulatory requirements> Applied for US FDA approval for a medical device in blood glucose regulation> Involved in filing 3+ patent applications

Christchurch

> Research topic: Adaptive control of blood glucose levels using insulin in critically ill patients> Investigated human glucose-insulin dynamic models for diabetes and critically ill patients> Investigated the incidence and causes of high blood glucose levels in critical care units> Developed adaptive blood glucose regulation methods in critical care patients using simple, existing models from the diabetes literature> Engaged in a proof-of-concept clinical study performed in Christchurch Intensive Care Unit

Christchurch, New Zealand

> Research topic: Dynamic system identification and precision motion control of a seismic shake table> Identified and modelled the dynamic response of a 5-tonne seismic shake table with non-linear velocity saturation> Compared different control methods for sub-mm precision motion control> Research outcome adopted and applied to the physical shake table at Civil Engineering Department, University of Canterbury> Published research outcome in the Journal of Earthquake Engineering

Hsinchu County/City, Taiwan

> Designed mechanical parts used in automated parking towers> Assisted in inspection and commissioning of parking towers> Assisted in the maintenance and assembly of automated clean-room production system> Modification of components in workshop> CAD drafting> Assisted in patent applications

Doctor Of Philosophy (Ph.D.), Bioengineering And Biomedical Engineering, Funded By The Top Achiever Doctoral Scholarships, Frst

Activities and Societies: rock climbing, tramping> Research topic: Robust modelling and control of the physiological glucose-insulin.

Bachelor'S Degree, Mechanical Engineering, 1St Class Honors

Activities and Societies: Member of the Golden Key International Honour Society1st overall in Final Year. Receiver of: > University.