As the head of Logimic, I lead the strategic and technical direction of the company, driving the development of our flagship ACADA SaaS platform. My role involves managing a diverse portfolio of projects spanning cloud, edge, and web technologies, ensuring alignment with our strategic goals and delivering successful outcomes.Strategic Leadership & Project Management: Spearhead the end-to-end design and development lifecycle, from defining product requirements to crafting and implementing detailed architectural designs. Leveraged Agile Scrum methodologies to enhance team productivity, streamline workflows, and foster continuous improvement through structured sprint planning, daily stand-ups, and retrospectives.Client Relationship Management: Cultivate and manage relationships with clients in the US, UK, and Czech Republic. Oversee Requests for Information (RFI), Requests for Quotation (RFQ), requirements gathering, and budgeting processes. Ensure project specifications are met, leading to high client satisfaction and successful project outcomes.Technical Expertise: Demonstrate extensive technical expertise in full-stack development, cloud development, and edge computing. Proficient in TypeScript, JavaScript, Python, HTML, Node.js, and Angular, with a focus on designing and implementing scalable serverless applications using AWS cloud services. In edge computing, specialize in data aggregation, real-time communication, and efficient data processing. Hands-on experience in developing high-performance edge applications and firmware using C/C++, enhancing real-time analytics and reducing latency.DevOps & Automation: Implement DevOps practices using tools like Serverless and Terraform to manage CI/CD pipelines, automate infrastructure provisioning, and ensure robust version control with GitHub. Provide comprehensive customer support throughout the project lifecycle, from planning and development to post-deployment.

As the Director of Technology for ACADA™, I spearheaded the development of an IoT-based ecosystem designed to integrate city infrastructure, municipal operations, and citizen needs. The ACADA™ platform, targeted at municipalities, local governments, campuses, and facilities, offered a centralized solution for smart city initiatives in the U.S. market.I established and managed a global engineering team, covering frontend, cloud backend, testing, and product deployment. I led the product lifecycle from concept to deployment, coordinating cross-functional teams to ensure seamless integration. As the technical architecture decision-maker, I prioritized scalability, security, and performance, while implementing best practices in software development, cloud architecture, and IoT integration.I served as the main liaison for investors and stakeholders, providing updates on product development, investment use, and project milestones, ensuring alignment with strategic objectives. I led the successful deployment of the ACADA™ platform across various cities and campuses, meeting deadlines and specifications. Post-deployment, I managed support and continuous improvement efforts.In building a high-performing engineering team, I fostered a collaborative, innovative culture and ensured professional growth through mentorship and regular reviews. My leadership resulted in the successful launch of ACADA™, gaining significant traction in the U.S. smart city market. I also maintained strong investor relations, securing ongoing support for product enhancements.Technologies & Tools: IoT Platforms, Cloud Computing (AWS/Azure), Microservices Architecture, Agile/Scrum Methodologies, CI/CD Pipelines, Frontend (React/Angular), Backend (Node.js, Python), Database Management (SQL/NoSQL).

As an Engineering Manager at Honeywell Aerospace, I was responsible for leading and expanding engineering teams within the Sensing Guidance & Navigation Center of Excellence (COE). My work involved managing global teams and driving the development of critical aerospace technologies.I led the Control Sensors team, distributed across Minneapolis, Redmond, and Phoenix, where I grew the team to 14 direct reports and implemented Scrum and Agile methodologies. These processes greatly enhanced the team's efficiency and project delivery. Under my leadership, the team successfully developed and executed SARA Radar altimeter, Air Data Systems (including speed, pressure, and temperature probes) for Comac C919, and LIDAR technology products. I led the Advanced Technology Support (ATS) team, comprising 29 direct reports. The ATS team provided engineering support for advanced technology projects with a focus on prototypes and early-stage developments. Specializing in embedded systems and software development, the team contributed to over 50 aerospace projects. Simultaneously, I formed and led a new Flight Management Systems (FMS) team within Honeywell's Aero division in Brno. This team, with 17 direct reports, focused on the Airbus Flight Management System (FMS). I led the development and integration of Initial 4D technology, a key innovation within the Sesar program, which earned a Technical Achievement Award in 2013. This technology was successfully integrated into Airbus's product line from 2015 to 2018.I helped to form and successfuly start the Electornics Flight Bag team in Brno delivering a planning application for pilots. The scrum agile development in the mindset of the team was new approach applied in Brno Aerospace. Throughout my tenure at Honeywell, I demonstrated strong leadership in growing engineering teams, optimizing development processes, and delivering impactful aerospace solutions.

As a Software Design Engineer at Honeywell Aerospace, I played a key role in several high-impact projects related to Flight Management Systems (FMS) and datalink software.I was a Developer on the Initial 4D Flight Management System (FMS) prototype for the Airbus A320 Pegasus. My responsibilities included software architecture and design for this innovative prototype. This work was instrumental in advancing FMS technology, and my contributions were recognized with the Outstanding Engineer Award in 2012 and the Technical Achievement Award in 2013.Additionally, I was a Software Engineer for the EPIC CPDLC (Controller Pilot Data Link Communications) datalink software. In this role, I developed new features based on software requirements and conducted extensive software and system testing, enhancing the functionality and reliability of the EPIC CPDLC system, which is critical for modern air traffic management.Earlier in my career, I served as the Software Leader for the ART software development project, a database tool designed for airlines to manage Flight Management System (FMS) databases. My role involved overseeing the development lifecycle, from gathering requirements to deployment, ensuring the tool effectively met the needs of airline end users.I was also a Developer for the CART software project, a database tool for Datalink ACARS (Aircraft Communications Addressing and Reporting System) databases. My responsibilities included coding, testing, and integrating features to ensure the software's efficiency and compliance with industry standards.In these roles, I demonstrated strong skills in software design, development, and testing, contributing to projects that significantly advanced aerospace technology.

As a Freelancer, I specialized in the research, development, and mechanical design of advanced control systems for industrial robots and machinery, executing several notable projects.I was responsible for the complete mechanical design of the Cobalt AR-20, a 6-axes industrial robot prototype for TG-Drives Company in Brno, Czech Republic. As the chief architect and leader of the technical realization team, I managed the robot’s design, development, and implementation. My role included creating the mechanical design, overseeing assembly, and ensuring performance specifications. I also developed the control system and a teaching application for the robot. The Cobalt AR-20 was featured at major industry events, such as:International Engineering Fair, Brno (2002)International Engineering Fair, Brno (2003)International Engineering Fair, Brno (2006)International Engineering Fair, Brno (2007)Automatica, Munich, Germany (2007)In addition, I developed several key software control libraries and tools:MotionCL: Designed a mathematics library for multi-axis NC (Numerical Control) machines under real-time RTX and Win32 environments, providing precise control and optimization.SparkTrajectoryLearning: Created a tool for "machine teaching" and motion trajectory planning, allowing machines to learn and adapt motion paths.SparkTechnology: Developed a Computer-Aided Manufacturing (CAM) system for designing cutting plans for plasma jet and water jet machines, optimizing cutting efficiency and material use.Glass Hone Machine Control System: Built a CAM system for controlling glass cutting machines, improving precision and control in glass processing.These projects highlight my expertise in mechanical design, software development, and technical leadership, driving advancements in industrial automation and control systems.