Worked with clients ranging from Veoneer, Navico, and personally secured tender with University of Tromsø.
Experience with macOS, Windows, Linux, iOS and Android development, with a particular focus on integration and architectural aspects of development as role developed to be more architect-focused.
A broad array of projects, including an "analogue smart-watch" using Bluetooth to receive data from Android/iOS devices. Implemented OpenAPI v3-based projects and code generation.
Took responsibility for mentorship of junior developers (a truly rewarding experience).
Optimise Divvun's spellchecker technology in Rust, bringing stress test speeds down from 60 seconds to 6 seconds, leading to successful deployment of Sámi spellcheck for iOS and Android.
Manage team to deploy CI/CD infrastructure for Divvun to deploy iOS, Android, Windows and macOS keyboard layouts and spell checkers, using Travis CI and Páhkat package management.
Design a robust RESTful API for yacht fleet management apps (TypeScript, C#, OpenAPI)
Create open source OpenAPI v3 generation tool to simplify integration of 3rd party APIs for Pansar Augmented and later other customers (TypeScript, Kotlin, Swift, Rust, C#)
Implement the macOS client for Divvun's package management system.
December 2017–January 2018:
Long-term client. Projects mostly relating to speller technology for indigenous and minority languages (particularly Sámi and northern Canadian aboriginal languages)
such as spellcheckers or custom software keyboards.
Working on several small contracts throughout 2017.
Platforms include: Windows, macOS, Linux, Android, iOS and the web.
Some of the projects below involved subcontractors to supplement the work while I took on the role of CTO of Localift. Recent projects include:
- 2017: Implement a versatile package manager for managing all components of the Divvun ecosystem, starting with Windows support (Rust, C#).
- 2017: Deploy keyboards to Windows 7–10 environments, with additional keyboard management tool. (Inno Setup, Rust, Python, code signing, blood, sweat, tears)
- 2017: Port a C++ speller library to Rust (Rust, C++)
- 2017: "MacDivvun" spellcheck service for macOS (Swift, C)
- 2015: Update C++ speller library hfst-ospell to support mmap loading of spellers to support iOS (C++, Autotools, blood sweat and tears)
- 2015: Port the Android Open Source Project keyboard to support custom locales and custom spellers (Java, C++, JNI, Autotools, sometimes crying)
- 2015: Fork an open source iOS 8 keyboard to support custom locales and custom spellers (Swift, C++, Objective C, Autotools, also sometimes crying)
- 2015: Create kbdgen project to support generating keyboards from standard templates for iOS, Android, Windows, macOS and Linux (Python)
Chief Technology Officer
April 2016 – May 2017
Responsible to the development and deployment of a ride scheduling and monitoring app for Android and iOS, including a backend built on Node.js and PostgreSQL. Built and managed small team from June 2016.
Developed minimum viable product alone for Android, iOS and backend alone over first three months. Rapid development of native apps was made possible due to strong adherence to functional reactive programming
principles (Rx) and reliance on code generation (OpenAPI v2). Approximately one-third of the current code bases for iOS and Android consists of code generated from the same base templates, limiting code duplication and maintenance.
Resigned due to lack of financial viability of the platform.
- App features include: lift tracking, lift scheduling, mapping integration (geocoding, place search, map interactions), friend lists, groups, messaging, push notifications, calendar integration, Facebook integration
- "Acceptance Test Driven Design" approach using Cucumber as cross-domain feature description language and automated testing language
- Infrastructure has significant coverage by unit and integration tests
- Maintain features including: lift tracking, friend lists, geocoding (GIS), group management, authentication, SMS infrastructure, email infrastructure
- API nodes driven by OpenAPI v2 schemas and high-performance routing
- Take part in interaction between founders, stakeholders and potential investors
- Implement and manage continuous integration infrastructure
- Deploy and manage production servers (API nodes and database)
Full time research and development position, initially focused on adding a new output mechanism to an XML-based form design and deployment product that initially could only render to PDF, to achieve full HTML5 rendering support across all major desktop and touch browsers.
In mid-2013, promoted to senior role. Shifted to working on a new product focused exclusively on HTML form outputs, with HTML as the document language (as opposed to XML) and AngularJS as the framework for developing the editor and form dependencies, and extensive use of LESS for styling, including as the language used for serialisation of styles.
- Large amount of XML/HTML parsing and generation
- Backend coding in Java to support generation of HTML from XML data
- Enterprise environment with customer interaction
- Strong focus on modern, interactive user experiences
- Forms supported on all modern browsers, and IE8–IE11
Volunteer position, leading a group of programmers on various projects such as internal party system development or projects in the public interest.
- Developed an online voting and counting system to satisfy requirements for internal party elections, now used by several organisations.
- Developed web application for ordering preferences (a historical unique feature of the Australian Federal electoral system) for the purposes of generating a preferences list during the election period, compatible with desktop and mobile browsers.
- Developed a survey for gaining input from the membership on various issues.
Google Summer of Code Participant
May 2011 – August 2011
A Google Summer of Code project completed for a natural language project called Apertium. The project entails the development of a quality control framework to better control the integrity of morphological dictionaries in a methodical manner, not unlike unit testing for programming languages.
Parts of this project are still in use today by organisations such as the
University of Tromsø.
- Significant XML manipulation
- Development of XML schema for statistics storage format
- Web page and graph generation for reading statistics visually
- Create testing applications including coverage, regressions and ambiguity
- Experience using subversion and git