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ÌýBD is a global medical technology company that is advancing the world of health by improving medical discovery, diagnostics and the delivery of care. At BD MMS, we serve the healthcare industry with products and services that support infection prevention, medication management, operating room efficiency, and healthcare analytics products and services. From the hospital pharmacy to the patient bedside, our industry-leading solutions help improve care and lower costs for providers and their patients.

Big Data, Databases, and NLP Testing Automation -Ìý

BD is hiring interns for the projects below. These are opportunities that came very recently, aimed at those students whose internships may have been canceled or have not secured an internship yet.Ìý

PROJECTS:

(1) We have a new master data management (MDM) tool, Profisee, that we currently have the vendor coding and configuring what we need. After they are done with v1, we need someone to add new features and make modifications. It is similar to WIX. An understanding of databases strongly recommended for this one or desire to learn them quickly with some online classes

(2) We need someone to work with our architect and test lead to test out some new NLP tech for drug data normalization

(3)ÌýData Engineer intern for Big Data Project, someone who can work full time in summer and potentially part time (20 hours) in fall and most likely in winter.ÌýPreferred Skills: Spark, Python, familiarity with Big Data technologies, Cloud (Azure), Data Engineering. Preferred Track: Computer Science / Data Science

Location: San Diego, CA

ÌýBD is a global medical technology company that is advancing the world of health by improving medical discovery, diagnostics and the delivery of care. At BD MMS, we serve the healthcare industry with products and services that support infection prevention, medication management, operating room efficiency, and healthcare analytics products and services. From the hospital pharmacy to the patient bedside, our industry-leading solutions help improve care and lower costs for providers and their patients.

Optimize capacity and configuration to maximize safety and costs for our MedStations -Ìý

2-3 CS, 2-3 Data Science / Operations Research, 1 BA. Goal of the project is to develop a software prototype to optimize capacity and configuration of Pyxis MedStations based on Medication usage by Patients. This will allow hospitals to store right amount of medication at the right place, which in turn reduces wastage and improves the cost savings.

This involves the following activities.
• Understand and Analyze Medication usage data.
• Understand different storage methods available in MedStations.
• Develop and Implement an algorithm to recommend the required configuration.

Essential Skills: Object Oriented Design, Data Structures, Distributed Systems, Data Science, Operations Research, Multi-threading, Scrum Agile Preferred

Skills: C# Python, R optimization algorithms, Azure Experience, Recommendation Systems

Looking for 5-7 students: 2-3 CS, 2-3 DS/Ops. Research, 1BA

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CliniComp, Intl. is a global provider of hospital-wide clinical documentation systems that improve the efficiency and safety of health care providers' highest-acuity workflows with a unique and unparalleled record of absolute system uptime since founded in 1983. The CliniComp Essentris Complete Inpatient Electronic Medical Record (EMR) is comprised of electronic charting and surveillance solutions hospital-wide, offering industry leading reliability for acute, critical, emergency and perinatal care. As part of the Eco-System, CliniComp introduced Essentris Mobile in February 2012, enabling clinicians to access the same in-depth medical records data on handheld devices (tablets and smartphones) such as iPad and iPhone. The Clinicomp Essentris solution supports over 17,000 beds 24/7, in 7 countries, across 3 continents and is capable of being configured in any language. CliniComp, Intl. is the provider of inpatient documentation solutions to federal health care facilities worldwide, including both Department of Defense (DoD) and Veterans Administration (VA) hospitals.

Data Science/ Data Engineering Internship, Summer 2020 -Ìý

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We are looking for passionate Data Science/ Data Engineering Interns with fresh ideas and strong technical skills to join us as we solve the emerging big data challenges in the healthcare industry. This 10-12 week paid internship will offer you the opportunity to work alongside industry pioneers and healthcare experts to develop a sophisticated,Ìýdistributed, andÌýscalableÌýhealthcare data and machine learningÌýinfrastructure. Your experience at CliniComp will expose you to the foundational concepts of healthcare data science and give you a bird’s-eye view of the latest developments in the industry. On a day-to-day basis, you will be leveraging open sourceÌýtechnologies, such as PyTorch/ TensorFlow/ Keras, Kafka, ElasticSearch, Spark, etc. to analyzeÌýa large volume of real world clinical dataÌýand discover newÌýactionable intelligence used to save lives around the world.

Qualifications:
Minimum Qualifications Currently enrolled in a Master’s or PhD degree program in Computer Science or related field with an expected graduation date between December 2020 and June 2022
Strong background in one of the following: Computer Science/Engineering, AI/Machine Learning or Bioinformatics
Extensive knowledge and experience with CNN and RNN (GRU/LTSM), C/C++ and Python
Ability to think outside the box and present new ideas to enhance and improve current processes
Must be available to work 40 hours a week for 3 months during Summer 2020 (May- September).

Preferred Qualification:
Industry experience in designing and developing professional softwareÌý
Demonstrated progressive interest and development in areas such as Neural Information Processing Systems, Computer Vision and Pattern Recognition, Knowledge Discovery and Data Mining or a related field through publications and/or research projects
Experience with CUDA/MIOpenExcellent communication and interpersonal skillsCliniComp, Intl. is an equal opportunity employer.
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UTC Aerospace Systems is one of the largest aerospace and defense suppliers. UTC Aerospace Systems products are currently flying on Airbus A300, A318, A319, A320, A321, A330, A340, A380, Boeing B737, B747, B767, B777, Bombardier CRJ-700, -900, -1000, Embraer RJ145, EMB 170/175, EMB 190/195 in addition to military aircraft A-10 Warthog, B-1B Lancer, C-5A/B Galaxy, F-15 Eagle, F-16 Falcon, F-22 Raptor, F-35 Lightning II and the KL-135 Stratotanker. New platforms in development include Airbus A350XWB, A320 neo, Boeing B787, Bombardier CSeries, and Mitsubishi MRJ 70/90.

Duct Flex Joint

Collins Aerospace systems utilize metallic ducting that requires flexible joints which are designed to allow for installation tolerances and accommodate cyclic motions induced by aircraft flexure and thermal growth. The flex joints are commonly made of convoluted bellows that allow for axial compression and extension, angular deflection and lateral offset. This project will involve opportunities to create new advanced designs, develop analytical techniques for sizing, and completion of validation testing to prove out the design as well as the analytical sizing approach.

REQUIRED SKILLS:Ìý Ìý
Each team member is not required to have all the skills, should have capability among the team CAD modeling experience
Basic understanding of aircraft structures Basic understanding of solid mechanics (free body diagrams, etc.)
Basic understanding of various manufacturing techniques

PREFERRED SKILLS:
Experience using CATIA / CAD tools
Experience using structural analysis tools (NASTRAN, etc.) CFD modeling experience (Fluent)
Materials engineering experience Manufacturing engineering experience

Team will make a final project presentation for UTAS and UCSD leadership

Behaviors:
Ability to work in a team, creative, task oriented, reliable attendance

UTC Aerospace Systems is one of the largest aerospace and defense suppliers. UTC Aerospace Systems products are currently flying on Airbus A300, A318, A319, A320, A321, A330, A340, A380, Boeing B737, B747, B767, B777, Bombardier CRJ-700, -900, -1000, Embraer RJ145, EMB 170/175, EMB 190/195 in addition to military aircraft A-10 Warthog, B-1B Lancer, C-5A/B Galaxy, F-15 Eagle, F-16 Falcon, F-22 Raptor, F-35 Lightning II and the KL-135 Stratotanker. New platforms in development include Airbus A350XWB, A320 neo, Boeing B787, Bombardier CSeries, and Mitsubishi MRJ 70/90.

Fire Optimized Material / Seal Designs

Collins Aerospace has unique technologies to meet regulatory fire requirements, and it is further expanding its portfolio of to maintain competitive advantage. New designs / materials are being developed to increase temperature / fire resistance capabilities. This project will explore design concepts, material selection and characterization to develop materials / seals with improved fire resistance. The team will conduct a design of experiments and multi-physics simulations to identify the most impactful design variables. The project deliverables will be the design and material selection to be used in future applications, as well as providing a comprehensive cost analysis.

REQUIRED SKILLS:
Each team member is not required to have all the skills, should have capability among the team CAD modeling experience FEA software experience (multi-physics including structural and heat transfer)
Basic understanding of Aerospace Materials (Composites, Metals, Elastomers …)
Basic understanding of manufacturing techniques

PREFERRED SKILLS:
Experience using CATIA / CAD tools ABAQUS, COMSOL modeling experience CFD modeling experience (Fluent)
Materials engineering experience Manufacturing engineering experience

Team will make a final project presentation for UTAS and UCSD leadership

Behaviors:
Ability to work in a team, creative, task oriented, reliable attendance

Location: Chula Vista, CA

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Headquartered in San Diego, California, USA, Solar Turbines Incorporated, a subsidiary of Caterpillar Inc., is one of the worlds leading manufacturers of industrial gas turbines, with more than 13,400 units and over 1.4 billion operating hours in 96 countries. Products from Solar Turbines play an important role in the development of oil, natural gas and power generation projects around the world. Solar Turbines products include gas turbine engines (rated from 1590 to 30,000 horsepower), gas compressors, and gas turbine-powered compressor sets, mechanical-drive packages and generator sets (ranging from 1.1 to 22 megawatts). Solars customers put the companys products to work in many areas including production, processing and pipeline transmission of natural gas and crude oil and generation of electricity and thermal energy for processing applications, such as manufacturing chemicals, pharmaceuticals, and food products. Solars foundation is people and Solars culture is one where individual contributions are valued, diversity in the workplace is encouraged, and safety is emphasized in all aspects of the business. Solar Turbines is comprised of a dedicated and multi-talented workforce of more than 6,000 employees with decades of experience working as a global team.

Intern - Engineering Assistant

1) Compressor Anti-Surge Control Tool: Solar Turbines utilizes an Excel-based complex workbook to determine the correct valve sizing, selection, control system tuning parameters, and customer-facing documentation for compressor anti-surge recycle control systems. The existing analysis methods and the user interface provide a less than optimal result and experience. Leveraging the existing Gas Compressor Surge Control Valve Sizing Excel-based tool, the team will re-deploy the tool to a sustainable platform, while enhancing the user interface to improve workflow. The team will work with subject matter experts and internal customers to improve the usability and sustainability of the tool set. In addition, the team will refine the analysis and analysis criterion to optimize valve sizing and selection.

2) Loopback Enhancement Project: The goal of this project is to enhance the current loopback (simulation) creation tool so that it creates more useful logic for test engineers. A better tool will reduce the time spent by test engineers on creating new loopback logic to support package and BOP (Balance of Plant) related custom features.Ìý

3) SMT60 Trailer 2.0 Isolation Damper Design: Investigate/design a new curtain style damper for the SMT60 Trailer 2.0 design. The current damper design on the SMT60 is plagued with quality issues from the supplier, and the classic blade/spring design can sometimes be unreliable and require maintenance checks over time. A new curtain type design may prove to be more reliable, easier to actuate, and have improved quality in design.

4) Loopback Dynamical Simulation: Improve on the current Solar loopback testing by integrating the controllers (PLC) to power system component models (such as GT (gas turbine), generator, and loads). Discover and implement dynamical model integration with Solar loopback testing procedure. An example of that can be a customer facility (grid connect or microgrid) running threeÌýgenerator sets and a number of loads. The simulation will be built based on the customer's site information to show how solar control logic works for generator modes of operation (Isoch or droop), load sharing, load shedding and other applications, all running with the HMI screens. What-if scenarios provide stretch goal opportunities, where the simulation can show how frequency deviates, as well as other system effects.

Location: Kearney Mesa, CA