Kyle Hauslaib

I lead the integration of hardware and software systems across four Agile Release Trains within Bosch’s steering division. My work centers on system-level alignment, delivery predictability, and cross-functional collaboration among distributed teams in Germany, Hungary, the United States, and India. Key outcomes include improved delivery flow through coordinated PI Planning, strengthened leadership capability through mentoring of Scrum Masters, and closer alignment with Product Management to connect strate

In my role at Bosch, I served as a SAFe Agile Master and Release Train Engineer, where I guided a self-organizing team of software developers in the automotive steering software domain. My focus was on enhancing team dynamics and implementing agile methodologies to streamline processes and improve project outcomes. Through effective leadership and mentorship, I contributed to significant efficiency gains and fostered a culture of continuous improvement.

I specialized in developing AUTOSAR Base Software, focusing on Cyber Security and Global Time Synchronisation for automotive power steering systems. This involved collaborating with various teams to enhance system integrity and performance, ensuring compliance with industry standards. My contributions significantly improved the software's reliability and security posture.

I directed the development of tailored hardware and software systems while managing the Electronics facility. I was responsible for overseeing staff and budgets, ensuring efficient resource allocation. My leadership fostered a culture of innovation, resulting in timely project completions that met the needs of both research groups and industry partners.

I focused on automating chemical engineering processes through the development of hardware and software solutions. By integrating various industrial devices into a cohesive control panel, I enhanced operational efficiency and process monitoring. My work included creating intuitive HMIs and implementing data logging systems, which significantly improved the overall functionality of chemical processes.

I played a pivotal role in advancing Electrical Resistance Tomography (ERT) through innovative data acquisition techniques and custom firmware development. My responsibilities included designing printed circuit boards, which significantly improved the efficiency of our research projects. This experience honed my technical skills and deepened my understanding of microcontroller applications in engineering.

Professionally accredited engineering degree Awarded by a Washington Accord-recognized institution SAQA Level 8 / ~288 ECTS: aligns with European Honours-level or Diplom-Ingenieur (FH) qualifications Internationally recognized for registration as a professional engineer Focus areas: control sys