Battelle is guided by a founding mission. We invest our knowledge, talents and resources, helping our customers achieve their most important goals. We apply scientific rigor and creativity, succeeding where others may fail and we invest in our communities, making the world better for generations to come. All of us share a common purpose: to solve the greatest challenges of today and tomorrow..
Our 22,000 employees work at the forefront of scientific innovation to tackle critical challenges in security, human health, manufacturing, energy and environmental management. Battelle’s work is grounded in the belief that science, technology and a passion for excellence can make industries more competitive and the world a better place.
We are currently seeking a Cyber Trust & Analytics Engineer Graduate Intern (Summer 2020). This position is in Columbus, OH. Come in for an interview to find out why Battelle is right for you!
Do you like developing and applying analytics tools to unconventional problems, working on research projects you are passionate about, and competitive mini basketball, and bumper pool? Battelle may be the company for you.
Battelle cyber analytics experts solve the toughest data science problems in the world. We work in small agile teams to push the bounds of computing technology. Our high-powered computer labs include specialized software and hardware, so our engineers have everything they need to invent new Cyber solutions.
Our team is casual. We usually wear t-shirts and jeans. We are a close-knit group and enjoy participating in social activities outside of work. Whether it is visiting local restaurants, bowling, Korean BBQ, or paintball we always have a good time.
Battelle is committed to its employee’s professional growth. We encourage new ideas with our large Internal Research and Development (IRAD) program where engineers work on projects they are passionate about.
Collaborate with the Cyber Trust and Analytics team to:
- Aid in the design and implementation of machine learning, data mining, data fusion, and data engineering techniques applied to cyber microelectronics security problems
- Assess the security, reliability, and trustworthiness of electronic devices, integrated circuits, and embedded systems
- Support the latest Cyber Trust and Analytics team’s research and development programs
- Learn and improve your engineering skills through project and team building activities
- Conduct and / or participate in assigned technical tasks and activities with minimum supervision and within time and budget constraints.
- Work independently and effectively in a multi-disciplinary team environment
- Effectively communicate ideas with other engineers
THE FOLLOWING IS REQUIRED
- Current enrollment in a Graduate or Ph.D. program in Computer Science, Computer Engineering, Mathematics, Physics, or related field of study
- Minimum GPA of 3.0 (out of 4.0) and at least 6 months of graduate-level coursework completed
- Experience writing or debugging code in C or C++, Python, MATLAB, Mathematica, R, VHDL, or Verilog or debugging microcontroller code (C, C++, any flavor of assembly) or prior work in a failure analysis lab
- Experience with high-level software languages such as Python, R and MATLAB
- Basic machine/statistical learning approaches and validation techniques
- Interest in one or more of the following areas:
- Digital design and microcontrollers
- VLSI Integrated circuit design
- Semiconductor device fabrication/physics
- Integrated circuit failure analysis
- Deep neural network approaches
- Signal Processing
- Machine learning on graphs
- Data integration (e.g. Hierarchical Bayes)
- Ability to demonstrate organization, communication, problem-solving, and teamwork skills
- Must be a US Person with the ability to obtain and maintain a US government security clearance
THE FOLLOWING IS DESIRED
- Ability to apply learned skills to real-life scenarios (research, publication, blogs, GitHub, Arxiv, Kaggle competitions, internships, hack-a-thons, cybersecurity clubs, CTFs, etc.)
- Experience with one or more of the following areas:
- Big data methods
- Databases (SQL, NOSQL, graph DB)
- Writing or debugging software code in C or C++ or C#
- Reverse engineering hardware or software
- CAD or layout experience
- VLSI design coursework
- FPGA design workflows
- Microcontroller design and assembly languages
- Semiconductor fabrication and analysis processes
- Familiarity with operation of laboratory equipment including Focused Ion Beam systems, Scanning Electron Microscopes, or integrated circuits (IC) sample preparation equipment
- Traditional electronics lab equipment supporting component or module test and debug activities
- Reverse engineering embedded hardware and software
- Programming and using data acquisition tools
The above statements are intended to describe the nature and level of work being performed by people assigned to this job. They are not intended to be an exhaustive list of all responsibilities, activities and skills required of staff members. No statement herein is intended to imply any authorities to commit Battelle unless special written permission is granted by Battelle's Legal Department.
Battelle is an Affirmative Action/Equal Opportunity Employer and supports diversity in the workplace. Applicants will receive consideration for employment without regard to race, color, religion, sex (including pregnancy), national origin, sexual orientation, gender identity, marital status, age, genetic information, disability, veteran-status, or any other characteristic protected under applicable Federal, state, or local law. For more information about our other openings, please visit URL blocked - click to apply
Field Programmable Gate Array
Very Large Scale Integration
Vhsic Hardware Description Language (Vhdl)