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APPLICATION INSTRUCTIONS: CURRENT PENN STATE EMPLOYEE (faculty, staff, technical service, or student), please login to Workday to complete the internal application process. Please do not apply here, apply internally through Workday. CURRENT PENN STATE STUDENT (not employed previously at the university) and seeking employment with Penn State, please login to Workday to complete the student application process. Please do not apply here, apply internally through Workday. If you are NOT a current employee or student, please click “Apply” and complete the application process for external applicants. Approval of remote and hybrid work is not guaranteed regardless of work location. For additional information on remote work at Penn State, see Notice to Out of State Applicants. JOB DESCRIPTION AND POSITION REQUIREMENTS We are searching for undergraduate students to join our Applied Communications Department of the Applied Research Laboratory (ARL) at Penn State as RF/Sensor Engineering Interns. ARL is an authorized DoD SkillBridge partner and welcomes all transitioning military members to apply. You will: Research and summarize information about the device and use cases for it Design and build a hardware circuit Develop/adapt sample code to apply to your device Test and evaluate your design and code Create a documentation package in the form of schematics and assembly drawings with notes, source code with comments, pictures, and a concise description of the device operation ARL is an authorized DoD SkillBridge partner and welcomes all transitioning military members to apply. Preferred skills/knowledge: Understanding of electrical schematics Desire for hands-on work Interest in RF Communication Arduino hardware and software Microcontrollers (PIC, Atmel, etc.) Raspberry Pi, C, C++, and/or Python Soldering General lab instrument use Electrical bread-boarding Your working location will be fully on-site and located on the University Park Campus. You should be a sophomore or junior in a related engineering field and will work up to 10 hours per week during the spring and fall semesters and up to 40 hours per week during the summer. ARL/Penn State's purpose is to develop innovative solutions to challenging national problems in support of the Navy, DoD, and Intel communities engineering and technology needs. Student projects will implement, program, and test various RF, Sensor, and Internet of Things (IoT) devices. FOR FURTHER INFORMATION on ARL, visit our web site at **************** BACKGROUND CHECKS/CLEARANCES Employment with the University will require successful completion of background check(s) in accordance with University policies.All positions at ARL require candidates to possess the ability to obtain a government security clearance; you will be notified during the interview process if this position is subject to a government background investigation. You must be a U.S. citizen to apply. Employment with the ARL will require successful completion of a pre-employment drug screen. CAMPUS SECURITY CRIME STATISTICS Pursuant to the Jeanne Clery Disclosure of Campus Security Policy and Campus Crime Statistics Act and the Pennsylvania Act of 1988, Penn State publishes a combined Annual Security and Annual Fire Safety Report (ASR). The ASR includes crime statistics and institutional policies concerning campus security, such as those concerning alcohol and drug use, crime prevention, the reporting of crimes, sexual assault, and other matters. The ASR is available for review here. EEO IS THE LAW Penn State is an equal opportunity employer and is committed to providing employment opportunities to all qualified applicants without regard to race, color, religion, age, sex, sexual orientation, gender identity, national origin, disability or protected veteran status. If you are unable to use our online application process due to an impairment or disability, please contact ************. Federal Contractors Labor Law Poster PA State Labor Law Poster Penn State Policies Copyright Information Hotlines

Radio Network Optimization Intern (s): 4 Duration: 10 weeks EDUCATIONAL REQUIREMENTS Currently enrolled in the third, or fourth year of a bachelor's degree or diploma in Computer, Software, Electrical Engineering, Information Technology, Computer Science, or a related field within an accredited school in United States. You have: Strong analytical skills to evaluate and optimize radio network performance. Basic understanding of 4G/5G network architecture, KPIs, and troubleshooting methodologies. Excellent communication, problem-solving, and collaboration skills. It would be nice if you also had: Experience with drive testing and post-processing of network data. Familiarity with scripting languages (e.g., Python, MATLAB) for data analysis and automation. Knowledge of RF planning and optimization principles. A passion for learning and applying new technologies in telecommunications. How the Candidate Will Contribute: Assist in analyzing network performance data to identify optimization opportunities. Support the team in troubleshooting and resolving network issues to improve quality and reliability. Collaborate with engineers to develop and implement optimization strategies for 4G/5G networks. Conduct drive tests and analyze results to evaluate network performance. Prepare detailed reports and presentations on findings and recommendations. What the Candidate Will Learn: Gain hands-on experience with industry-standard tools and technologies for network optimization. Develop a deeper understanding of radio network architecture, KPIs, and performance metrics. Learn best practices for troubleshooting and optimizing 4G/5G networks. Enhance technical and analytical skills through real-world problem-solving. Build teamwork and communication skills by collaborating with experienced professionals.

Duration: 10 Weeks Breakthroughs that would help to greatly improve wireless communications are critically important for the success of 6G. We are devoted to establishing fundamentals and proposing game-changing, high-impact technology solutions and disruptive radio connectivity concepts. We are seeking highly self-motivated talents with strong machine learning, signal processing, and wireless communication backgrounds to work on various challenges in communication systems, including but not limited to new algorithms and concepts for the physical layer, compression, (de)coding, (de)modulation, wireless channel modelling, feedback, radio resource management, and radio sensing. EDUCATIONAL RECOMMENDATIONS Ideal candidate will be pursuing a PhD degree in electrical/electronic engineering, computer science, applied mathematics, or related fields, with experience in wireless communication, signal processing, and machine learning. Minimum GPA 3.0. Excellent background in wireless communication and signal processing Strong troubleshooting skills Work independently as well as inside a collaborating team Good programming skills Good track record in scientific publication As part of a team, you will Identify the state-of-the-art of the proposed project Apply relevant analysis and propose potential solutions Compare against legacy benchmarks, and provide performance evaluation and recommendations Document all the technical details, make internal presentations Write an internal technical report for potential conference/journal publications. It is desirable that the internship work to be of sufficient quality to warrant publication.

RF Hardware Design Intern (s): 2 Duration: 10 weeks EDUCATIONAL RECOMMENDATIONS Currently a candidate for a Master's or bachelor's degree in Electrical Engineering, or a related field, at an accredited school in the US. Career interest and Undergraduate or Graduate coursework related to Wireless Communications Systems, Analog circuit design, Antenna design, and RF performance testing. Experience with, or comfortable learning to use, test equipment such as Spectrum Analyzers, Signal generators, Network Analyzers, oscilloscopes, voltage meters, and power supplies, a soldering iron, and basic hand tools. Familiar with creating content in Microsoft Office apps, including Word and Excel. It would be nice if you also had: Previous work/lab experience in RF hardware circuit design development, implementation, and/or validation testing. Work/lab experience with RF test equipment and the use of RF/Analog simulation tools Experience in circuit schematic design and PCB CAD layout. Experience in the analysis and presentation of test data Familiarity with Python scripting. Component (chip) selection, drawing schematics, and soldering of electronic components Coding and running automated laboratory test scripts to test individual circuits as well as overall systems Troubleshooting design issues and brainstorming with the team to find a fix Analog circuit simulation Reliability prediction calculations

RF/Digital Hardware Design Intern (s): 3 Duration: 10 weeks EDUCATIONAL RECOMMENDATIONS Currently a candidate for a Master's or bachelor's degree in Electrical Engineering, Computer Engineering, or a related field with an accredited school in the US. Career interest and Undergraduate or Graduate coursework related to Wireless Communications Systems, Analog circuit design, Digital circuit design, and RF performance testing. Experience with, or comfortable learning to use, test equipment such as Spectrum Analyzers, Signal generators, Network Analyzers, oscilloscopes, voltage meters, power supplies, a soldering iron, and basic hand tools. Familiar with creating content in Microsoft Office apps, including Word and Excel. It would be nice if you also had: Previous work/lab experience in RF or Digital hardware circuit design development, implementation, and/or validation testing. Work/lab experience with RF and or digital test equipment and the use of RF/Analog simulation tools Experience in circuit schematic design and PCB CAD layout. Experience in the analysis and presentation of test data Familiarity with Python scripting. Component (chip) selection, drawing schematics, and soldering of electronic components Coding and running automated laboratory test scripts to test individual circuits as well as overall systems Troubleshooting design issues and brainstorming with the team to find a fix Analog circuit simulation, digital circuit simulation Reliability prediction calculations