Dr. Thomas Müller Email & Phone Number

Munich, BY, DE

Munich, Bavaria, DE

Espoo, Southern Finland, FI

Software architecture for pulse level simulation and quantum error mitigation

» Project and Tech Lead: Certified Product Owner and Project Management» Consultant Corporate Energy Management and Energy Markets» Software and Solution Architecture» Modern Software Development: Agile Processes, Continuous Integration and Delivery» Distributed, Scalable Cloudbased Systems, Containerization und Microservices» Optimization Algorithms and.

München, BY, DE

We provide a robust, scalable, yet profitable cloud solution for optimizing your loads with respect to the energy markets. This involves:- Load forecasting and flexibility analysis- Aggregation and pooling of your assets into your own or our shared flex portfolio- Optimized sourcing on energy markets and schedule generation (optionally also on-site asset.

München, BY, DE

Develop the e-mobility steered charging solution with optimized sourcing on energy spot markets:- ingest and persist live data from EV fleets over IoT channels- forecast consumption and flexibility- pooling and aggregation of energy and power flexibility over charge parks and fleets- organize optimized sourcing on energy markets- generate optimized.

Solna, Stockholm, SE

From PoC to Production:- Team lead and product ownership for the "IndustryFlex" service of Vattenfall Flexibility Services (aka. Vattenfall Smart Connect)- Manage technical aspects and develop business perspectives within an agile framework- Facilitate customer onboarding and prepare "real-world" demos for sales

Solna, Stockholm, SE

Tasks- Develop optimization algorithms for decentral flexible assets- Architecture and design of cloud-based, pooled flex optimization solution running on critical Vattenfall IT infrastructureSome of our business cases: * FCR for decentral storages (incl. closed-user-group setup, "Präqualifikation", etc.) * Imbalance optimization for offshore windparks *.

Faire und sichere online GewinnspieleKUNA interactive betreibt die Web-Applikationen für winandvote.com und tuberocket.de. Sie sind als Multi-Layer Architektur konzipiert und vollständig skalierbar als Cloud-Lösung angelegt. Zum Einsatz kommt dafür eine verteilte AWS Cloud Computing Umgebung, die per serf.io orchestriert wird. Ein agiler CI/CD Ansatz.

• Contracted for restructuring the automated trading system into an efficient, distributed cloud-based, microservice-like application
• Migration of the monolithic application into a scalable cloud-server environment
• Refactoring the application into a microservice-like multi-node application
• Improvement of maintainability by simplifying and redesigning user-interfaces
• Minimal down-times of normal operation during migration

• Contract as Functinoal Owner for design and automation of a remote update solution for embedded controllers inside the Caterva ESS (energy storage systems) on customer site, suitable to operate in a safety critical.
• Concept, Design and implementation of the automation system
• Choose and setup user friendly build- and deployment toolsets for updates and test execution
• Integration into safety critical infrastructure of Caterva GmbH according to safety guidelines
• Simple, code-repository supported maintenance of the automation system
• Tool-assisted tracking of resolved issues and automatic reporting of the development progress

• Integration of new battery types into the Caterva swarm infrastructure
• Build physical connection interfaces
• Implementation of proprietary hardware protocols of the battery management unit
• Adapt software interfaces to Caterva embedded business controller
• Implementation of local control modules for controlling household power flows as a prototype and for series production
• Build administration and maintenance sub-systems

• Prototype, setup and operate a system for automatic trading on energy markets (e.g. EPEX-Spot)for swarm power balancing and provisioning of FCR (frequency containment reserve).
• Technical and operational software prototype for an automatic trading system on EPEX Spot intraday markets
• Algorithmic concepts for optimizing the trading strategy towards several goals: increase household self-consumption (of produced photovoltaic power), balance battery power levels, balance swarm overall power, provision.
• Swarm storage simulation, theoretical optimization of trading strategies
• Specification, documentation, programming, test, evaluation

• Development and get-ready for series production of the software stack for decentralized energy storage systems
• Integration of prototypical software components, further development for series production
• Concept and implementation of control algorithms for optimal usage of photovoltaic buffer batteries
• Algorithms for operating energy storage systems in a “swarm” of batteries
• Algorithms for provisioning frequency control reserve
• Deployment to embedded controllers (ARM, Siemens PLC)

Gaimersheim, Bavaria, DE

• Realtime 3D Algorithms und distributed processing (simulation)
• Prototypical implementation of a web- and cloudbased platform
• Platform concept and architecture (client- / server-architecture; web-frontend; etc.)
• Requirements engineering, software specification
• Technical coaching and coordination
• Integration of several software resources (in-house and external)

Essen, Nordrhein-Westfalen, DE

• Develop algorithms and consult in the field of PMD (photonic mixer device) sensors
• Design 3D algorithms for PMD sensos and embedded architectures
• Environment perception and object hypotheses e.g. for active safety functions of the OEM (automatic emergency brake)
• Generate and document sound quality metrics (algorithm performance, runtime performance, etc.)

Gaimersheim, Bavaria, DE

• Integrate A3 demonstrator control system for Virtual-Test-Drive (VTD) Simulationenvironment into “real” car MMI
• Live-configuration of the MMI menu via VTD-administrator (e.g.. new options for modified virtual scenarios)
• Control and configuration of car components via MMI (indicator, seat belt system, etc.)
• Integration and test on trade fair demonstrator (modified A3), documentation

Gaimersheim, Bavaria, DE

• Sensor-based driver assistance with focus on cross traffic
• Environment perception by fusion of inputs from multiple sensor systems (camera, radar, laser)
• Prototypical development of safety functions (crash-prediction, warning, driver information)
• Visualization according to HMI design guidelines inside the Audi MMI/Kombi
• Establish a build and deploy process for the development team

• Implement a control module for sensor simulation and "Hardware in the Loop" (HIL) in a vehicle simulator (VTD – virtual test drive)
• Generate TCP-simulator commands and send them to “Simulator Task Control”
• Integration into MMI of the demonstrator vehicle via BFFT SwitchBox und BFFT VPU
• Deployment to an embedded CarPC

Munich, Bavaria, DE

PhD student, working at the chair for Robotics and Embedded SystemsComputer Vision:» Attention-Based Early Processing» Probabilistic Approaches » Adaptive Segmentation» Color Constancy» Object and Gesture Recognition and Tracking» Automotive 3D Environment PerceptionRobotics:» Handling of Limp Objects» Lie Algebras and Screw Theory for Robot Control».

Munich, Bavaria, DE

Lehrstuhl für Robotik und Echtzeitsysteme,Projekt JAST, Joint-Action Science and Technology

Munich, DE