National AI Awards 2025Discover AI's trailblazers! Join us to celebrate innovation and nominate industry leaders.

Nominate & Attend

FA245 - POSTDOCTORAL RESEARCH SCHOLAR

Commonwealth of Virginia
Hales
1 year ago
Applications closed

Job Duties

This postdoctoral fellow position supports National Science Foundation funded grant ECCS 1954330 titled Excellence In Research: Novel Label-Free Optical Imaging Approaches for Breast Cancer Detection.

Norfolk State University’s Department of Biology in collaboration with Engineering is seeking a candidate for a Postdoctoral Research Scholar position to conduct research in the area of biophotonics. The focus of this research is on designing microfluidic devices to enable on-chip laser tweezers and traps and conducting surface enhanced Raman spectroscopy (SERS) for identifying breast cancer cells. Successful candidate is expected to develop and demonstrate new approaches of system integration to improve accuracy, efficiency, scalability, and automation of the optofluidic sensing platform and publish the findings in reputed journals and conference proceedings. The successful candidate will work in an Engineering Lab at Norfolk State University in Norfolk Virginia, and will be expected to collaborate across disciplines to ensure successful completion of research tasks.

EEO Statement
NSU is committed to providing equal employment opportunities for all persons and applicants, without regard to age, color, disability, gender, national origin, political affiliation, genetic information, race, religion, sexual orientation, sex (including pregnancy) or veteran status. NSU encourages and invites minorities, women, individuals with disabilities and veterans to apply.

Minimum Qualifications

Ph.D. in engineering or physical sciences in optics/photonics, biosensing, bioelectrics or related fields.

Additional Considerations

Demonstrated expertise in Raman spectroscopy/SERS imaging, microfluidics and micro/nano-fabrication. Prior experience of micro/nano fabrication in cleanroom and handling of cleanroom equipment. Ability to quickly learn, analyze, and implement innovative biosensing applications/systems. Creativity and analytical skills.

Special Instructions

You will be provided a confirmation of receipt when your application and/or résumé is submitted successfully. Please refer to “Your Application” in your account to check the status of your application for this position.

Application and/or résumé for this position must be submitted electronically by 11:59 p.m. on the closing date through the Commonwealth of Virginia's Job Board/Recruitment Management System (RMS). Mailed, emailed, faxed, or hand delivered applications and/or résumés will not be accepted. Applicants who possess an Interagency Placement Screening Form (Yellow Form) or a Preferential Hiring Form (Blue Form) as issued under the Department of Human Resources Management (DHRM) Policy 1.30 Layoff (Commonwealth of Virginia Employees Only), must attach these forms when submitting their state application and/or résumé. The decision to interview an applicant is based solely on the information received for this position from either the electronic application and/or resumé. RMS provides a confirmation of receipt when your application and/or résumé is submitted successfully. Please refer to “Your Application” in your RMS account to check the status of your application for this position.
Norfolk State University conducts background checks on all candidates identified as a finalist for employment consideration. The type of background check(s) performed are dependent upon the type of position for which you have been identified as a finalist and may include: criminal history, including sexual offender registry checks, reference checks, degree validation, DMV (driving) records, license verification, and credit report reviews. The results of background checks are made available to university employing officials. As a finalist, you will be required to sign an Authorization to Release form. Norfolk State University utilizes Form I-9 and E-verify in the verification of eligibility for employment. Applicants must be authorized to work in the U.S. without employer sponsorship.

Contact Information

Name: Norfolk State University

Phone: 757-823-8160

Email: Emailed material not accepted

In support of the Commonwealth’s commitment to inclusion, we are encouraging individuals with disabilities to apply through the Commonwealth Alternative Hiring Process. To be considered for this opportunity, applicants will need to provide their Certificate of Disability (COD) provided by a Vocational Rehabilitation Counselor within the Department for Aging & Rehabilitative Services (DARS), or the Department for the Blind & Vision Impaired (DBVI). Veterans are encouraged to answer Veteran status questions and submit their disability documentation, if applicable, to DARS/DBVI to get their Certificate of Disability.

National AI Awards 2025

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Return-to-Work Pathways: Relaunch Your Quantum Computing Career with Returnships, Flexible & Hybrid Roles

Re-entering the workforce after a career break can feel especially ambitious in a cutting-edge field like quantum computing. Whether you paused your professional journey for parenting, caring responsibilities or another life chapter, the UK’s quantum sector now offers a variety of return-to-work pathways. From structured returnships to flexible and hybrid roles, these programmes recognise the transferable skills and resilience you’ve developed, pairing you with mentorship, targeted upskilling and supportive networks to ease your transition back. In this guide, you’ll learn how to: Understand the current demand for quantum computing talent in the UK Translate your organisational, communication and problem-solving skills into quantum contexts Overcome common re-entry challenges with practical solutions Refresh your technical knowledge through targeted learning Access returnship and re-entry programmes tailored to quantum computing Find roles that accommodate family commitments—whether flexible, hybrid or full-time Balance your career relaunch with caring responsibilities Master applications, interviews and networking specific to quantum Draw inspiration from real returner success stories Get answers to common questions in our FAQ section Whether you aim to return as a quantum algorithm developer, hardware engineer, applications specialist or research scientist, this article will map out the steps and resources you need to reignite your quantum computing career.

LinkedIn Profile Checklist for Quantum Computing Jobs: 10 Tweaks to Attract Top Recruiters

Quantum computing is revolutionising fields from cryptography to materials science, and demand for skilled quantum engineers and researchers is soaring. Recruiters search for candidates proficient in qubit technologies, quantum algorithms, error correction and hybrid quantum-classical workflows. To stand out, your LinkedIn profile must be optimised for quantum-specific keywords and showcase your technical impact. This step-by-step LinkedIn for quantum computing jobs checklist delivers ten precise tweaks to attract top recruiters. Whether you’re designing quantum circuits, developing algorithms in Qiskit or leading quantum hardware projects, these actionable optimisations will ensure your profile shines in search results and recruiter feeds.

Part-Time Study Routes That Lead to Quantum Computing Jobs: Evening Courses, Bootcamps & Online Masters

Quantum computing promises to revolutionise fields from cryptography and optimisation to materials modelling and drug discovery. By harnessing quantum phenomena—superposition, entanglement and tunnelling—quantum algorithms can tackle problems that classical computers find intractable. As quantum hardware matures and software stacks evolve, UK organisations in finance, defence, pharmaceuticals and national research centres are seeking quantum computing experts—research scientists, quantum software engineers and quantum algorithm developers. However, many ambitious professionals cannot take sabbaticals for full-time study. Thankfully, part-time learning pathways—Evening Courses, Intensive Bootcamps and Flexible Online Master’s Programmes—enable you to learn quantum computing while working. This extensive guide outlines every route: foundational modules, immersive bootcamps, accredited online MScs, plus funding options, planning strategies and a practical case study. Whether you’re a physicist, software developer or data scientist, you can build quantum expertise alongside your current career.