Internship Opportunities at Philips Lighting Research
There are multiple internship opportunities currently available at Philips Lighting Research. Please click on the links for further details and how to apply.
We are offering an internship in the area of compressed sensing and signal recovery. The intern will work on solving highly challenging research problems related to high-dimensional signal recovery from aggressively sampled sensor readings. Work will involve fundamental research as well as prototyping and testing in simulation and on physical testbeds.
We are offering an internship in the area of semantic data modeling. The intern will work on developing semantic data models for a variety of smart data in buildings. The work will involve conceptual model development, implementation of modeling tool and demonstration in a cloud environment.
We are offering an internship in the area of lighting applications research.
You will be responsible for supporting the development of system performance specifications and of use cases, and proof-of-concept demonstrations for evaluating the viability of advanced lighting system concepts. In addition, you will participate in project teams, and develop presentations, technical notes, and application examples for communicating the principles and requirements of human centric lighting (visual and non –visual needs) and WELL building design standards as they relate to advanced lighting systems.
We are offering an internship in the area of data analysis, service proposition and software prototype development. The intern’s main tasks include analyzing lighting service propositions, modeling variability of performance criteria using data and physics based models. Towards the end of the internship, we will ask the intern to prepare a technical report as well as a presentation for the department. The candidate is expected to work in a team setting with scientists and contribute innovative ideas.
We believe blockchain is a nascent technology that seems like a match made in
heaven for the smart cities of the future, where the Internet of Things (IoT) will
interconnect “all” things in such a way as to make them intelligent, programmable, and
more capable of interacting with humans and each other. Will you help us explore this
with our talented team of researchers?
Philips Lighting Research – Public Data Intern-05
Philips Lighting Research North America is looking for a highly motivated and qualified
candidate for a twelve-week research internship in the field of data analytics. The intern
will be responsible to analyze large data collected from various internal and external
sources. Specific task includes, developing machine learning algorithms to generate
insights, and intuitive visualization to convey results to technical and non-technical
stakeholders. This will be a very good opportunity to gain experience and exposure in big
data related problems and develop cutting edge solutions for smart cities.
We are offering an internship in the area of signal processing and data analytics. The intern will work on solving problem of extracting true occupancy from spurious motion sensor readings by applying signal processing methods. The work will involve literature survey, algorithm development and validation with real work data.
Web Software Developer Intern 2016
You will be responsible for supporting the software development for the next generation of lighting control systems, supporting rapid prototypes and proof-of-concept demonstrations for evaluating the viability of advanced lighting system concepts. You will also be responsible for integration testing including software, firmware and system testing. In addition, you will participate in project teams, and develop presentations, technical notes, instruction manuals and application examples for communicating with internal and external stakeholders.
Agile research group (Philips Lighting Research North America) seeks deep learning
expert to help build the eyes of a smart city. Expect to be treated like a fellow coworker,
and not like a traditional intern. Highly talented and interesting group of people, who will
challenge you and help you grow. We believe that this will be a very good opportunity
to gain experience and exposure in big data related problems and develop cutting
edge solutions for smart cities.
We are offering an internship in the area of algorithm development and software prototyping. The intern’s main tasks include designing and implementing application tools to facilitate using lighting as an asset for grid integration. Towards the end of the internship, we will ask the intern to prepare a technical report as well as a presentation for the department. The candidate is expected to work in a team setting with scientists and contribute innovative ideas.
Imagine the city of the future where sensors are seamlessly embedded in our city’s
infrastructure to drive insights and create meaningful interactions with our citizens. This
vision, part of what is known as the SmartCity, is one of the many topics being
researched at Philips Lighting. Such interactions may span public spaces such as parks
and roadways or private spaces such as homes, offices, and shopping areas.
Broadly speaking, the Internet of Things (IoT) is a system consisting of networks of sensors,
actuators, and smart objects whose purpose is to interconnect “all” things, including
everyday and industrial objects, in such a way as to make them intelligent,
programmable, and more capable of interacting with humans and each other.
We are offering an internship in the area of data mining/analysis. The intern will work on web scraping, data mining, advanced searching/ranking, translating data from relational to NoSQL, exploring/improving data analytics, self-learning, optimizing data acquisition and storage.
LSS_Dept_Posting_for_Internship_RA_Mar2016
We are offering an internship in the area of data analysis, service proposition and software prototype development. The intern’s main tasks include analyzing lighting service propositions and modeling the variability of performance criteria of lighting systems using data and physics-based models. Toward the end of the internship, we will ask the intern to prepare a technical report as well as a presentation for the department. The candidate is expected to work in a team setting with scientists and contribute innovative ideas.