Johan Simonsson Email & Phone Number

Trelleborg, Se

Lund, Sweden

Lead Engineer, Architect and DevOps for CycurIDS and CycurGATE.Main focus has been the technical aspects Lund Escrypt team when we created the team with the main focus to create a fully agile development environment that also are aspice compliant. Therefore this job has focused a lot on tools to create a fully automated continuous delivery pipeline driven by a test driven development mindset with the team, while also keeping the overhead as low as possible. Another important focus has been to make sure that we have a highly modular product architecture that can scale over time.We started with PowerPoint slide, and productified it.

Lund, Sweden

I was part of a team that developed the S1 Loader and S1 Boot in the Flash and Security department. The S1 Loader is a usb flash loader, and the S1 Boot is a first stage boot loader that executes before the Linux kernel, and since they execute before the OS they are both written in bare metal C.I mainly worked with platforms from STE (U8500, Rio Grande), and Qualcomm (8974 Rhine and 8994 Kitakami).During the second half of this assignment my responsibilities grew as he became lead developer for the team creating the S1 Loader for Rhine and later Kitakami.Key technologies on this assignment:bare metal C, git, repo, Jenkins, Gerrit, Lauterbach T32

Malmö, Sweden

Embedded Systems ConsultantAssignment list was:Sony Mobile Communications, MiBHeine OptotechnikSony Mobile Communications, Flash core security

Munich Area, Germany

C++/Qt embedded Linux application development in compliance with IEC 62304.Was part of a small team that developed the application for small handheld medical digital camera. The application is running on a Freescale ARM11 based embedded Linux platform and is using Qt as the main lib.My focus in the team was mainly with usb, i2c, gpio, hot plugging of the instrument heads and file handling for the images.I was also responsible for the tools in the project where we used QTest for unit testing and Jenkins for continuous integration. Application code was handled in SubVersion and documented with Doxygen.To improve documentation quality I also did a lot of auto generated documentation with perl scripts, one example was to cross check software requirement against the source code and architecture so we did not have any documentation out of sync with each other. Those documents used LaTeX as the intermediate with pdf as the final result.

Same MiB assignment as before but with Android based phone.

As software trouble-shooter I worked in a team responsible for defects analysis, dispatching defects to the real owner and defects management on software for several mobile phone products. The mission of the MiB team is to debug, identify and if necessary correct defects in any source file found in a phone project. Focus is on all software used in one specific phone, as opposed to function groups which are responsible for one module/function used in many phones. During this assignment I worked mostly with Lauterbach/Trace32, post mortem crash analysis and plain code reading. This was done on phones based on the EMP A2 platforms R11, R12 and R13/2.

Developed a product series for a internet based facility automation system.Some projects 1. Facility control system for boiler rooms and ventilation.Developed a internet based control system to be used in the facility automation field. Design goals:-One single operator should be able to optimize energy usage in some hundred houses-Low cost both when it comes to production and installation.The system had three different parts- Local I/O, either normal cables or wireless 433MHz.- TINI as the control unit and gateway between internet and local I/O.- Web based user interface in a remote web server, LAMP based.2. Door control system:Implemented a door control system based on Dallas TINI and as door keys Dallas iButtons was used. Software was developed in embedded Java. Hardware was developed in close cooperation with a partner company in Wales.

I developed the electronics that converted the output from a number off temperature sensors so they would match an I/O-card in a PC.Project ended with a test and verification phase with the customer.Key tech:Microcontroller from Motorola (today Freescale)Temperature sensor used was NTC type

Bachelor Of Science, Electrical Engineering

Elprogrammet Med Inriktning El-Tele.