Jan Lindåker

Develop next generation of eBikes - Bosch Remote Control

Development and correction of network and event framework. CGI driven DBUS-services

Implement and test a cloud client on an embedded device

Game Development of "Castle Chaos"

Developing an Android application that communicates with a BLE device: Bring up and program the BLE device to communicate and perform actions controlled by the Android application.

Finding root causes and when applicable solutions to performance problems.

Developing an application that connected itself to a specific webpage and showed it's contents. The webpage was also be able to control the app through HTML-tags. Android studio was configured so it was easy to make new apps by changing a few configuration files to select a new graphic profile and a different website.

Developing a dating application (www.znappu.com ). Handled logging in the user, the user profile, camera and gallery functions on the client.

Configuration of a node.js server in order to present interactive contents on public screens (www.canwz.com). The work consisted of configuring node.js so that it was debug-able in Google Chrome (code mapping from CoffeScript to Javascript). Jan was also responsible for ensuring that mobile devices that connected to the units wireless network was re-routed to a web page, which made it possible for the user to control a public screen.

Developed part of an advertising application that suggested things to buy or stores to visit based on where you where located. You could also define a different location than your current location in order to plan your activity when doing a trip. The server part was implemented by AddonCity and the client was developed by Commind.

Jan developed an interactive web interface to show different units planned activity in an yearwheel in order for managers to get an overview (http://www.kvalitetskortet.se). The work consisted both of implementing the server as well as the client parts. “Kvalitestskortet” is a web tool that is used for continuous quality work in school and preschool in order to achieve he Swedish National Agency for Education requirements.

Finalizing and deployment of CME3 (Configuration Management System) that is a process layer on top of Clearcase. CME is a key component in the development environment with high availability requirements and was used by more than 1000 users globally. The tool consisted of a server part and a client part that consisted of Eclipse plugins. Both client and server had unit test in JUnit. The tool had also a CLI that had integration test written in Python. The tool was integrated with both an error reporting system as well as a PLM system through ActiveMQ. Development of logging of the servers resource usage that was presented as graphs on the projects support pages. Streamlineing the projects installation procedure, so that the differences between the test and production environment was describe in a configuration file, which made upgrades painless. The presence of the configuration file also proved to be very useful when migrating the IT environment from Ericsson to ST-Ericsson. The project group consisted of 2-3 internal resources and 2-3 outsourced resources. During the project the outsourcing partner was changed from a Czech group to a Rumanian group. Training of new development group. .Development of a script that imported Git/Repo commits to Clearcase/CME with a test suite in Prove.

System integration. Area of responsibility was to configure and integrate cellphone software and run smoke test before before publishing a new official version of the software. Creation of Perl-scripts that eased the integration work. The most notable scripts enabled to search in for changes in Cleracase version history with regular expressions and script to analyze build logs in order to ensure that the number of compiler warnings did not increase in a new release. Development of an auto-integrator which extracted defects tagged resolved from the defect system and presented these to the responsible integrator. The integrator choose the corrections to integrate, and the tool updated the system configuration automatically. After a successful system validation, the tool closed the corrected issues in the defect system. The auto-integrator had unit test in NUnit.

Error correction and restructuring of the e-mail client. . The client was improved, so that it could handle background sending of the e-mails. Both communication with server and development of the user interface was developed. Development of an SMTP test server in Perl-expect that could simulate interruptions in the communication in order to ensure that the e-mails where resent if they where not delivered successfully. The client code size was halved in the process. The state machine on the client was documented in GraphWiz in order to get a quick overview of the send mechanics.

Development of a website for stock analysis. The system fetched the raw data automatically and adjusted them for various events (e.g. split or reversed split) through configuration files. The analysis was made in C++ and the graphs where rendered in a Ray-tracer and was then uploaded to the website. A build system where the only input was the file system structure was also developed.