Contact
Nahid Swails
www.linkedin.com/in/nahid-swails Associate Professor of Physics at University of South Carolina
(LinkedIn) Lancaster
Columbia, South Carolina Metropolitan Area
Top Skills
Matlab Summary
Simulations
Highly skilled Physicist with a passion for innovation and a strong
Physics
foundation in teaching. My expertise spans a diverse range of fields,
including additive manufacturing, programming languages, data
Languages
analysis, problem solving, experimental design, computational
Persian (Native or Bilingual)
physics, and condensed matter physics.
Arabic (Elementary)
English (Professional Working)
Highlights:
Certifications
Additive Manufacturing: Experienced in this cutting-edge field
Introduction to R
since 2020, leveraging advanced techniques to drive technological
Learn Python
advancements.
Intro to Python for Data Science
GRE(Graduate Record Examination)
Research and Lab Experience: A proven track record with 5 years of
Social and Behavioral Responsible
Conduct of Research immersive research and hands-on work in a superconductivity lab,
gaining valuable insights into complex scientific phenomena.
Honors-Awards
Preparing Future Faculty Credential Computational Proficiency: Proficient in using powerful
Graduate Teaching Assistant Award computational software and simulation packages such as WIEN2K
TA/ITA Program Completion and Mathematica. Leveraging these tools, I can effectively model
Doctorate Research Scholarship and solve real-life physics problems.
2-years Graduate Fellowship
Electrical Engineering Background: During my prior studies in
Publications electrical engineering, I acquired a wealth of techniques and
Modeling of Graphene Nanoribbon methods that are specifically applicable in the nano-electronics field.
Schottky Diode in The Parabolic
Band Structure Limit
Data Analysis and Experimental Design: Equipped with strong
Studying physical Properties of
pervoskite CaTiO3 analytical skills, I am adept at conducting in-depth data analysis
Depairing current density of NbTiN and designing experiments to extract meaningful insights and drive
superconducting films informed decision-making.
Depairing current density of
Nd2_xCexCuO4_d superconducting
films Materials Structure-Property Relationships: I possess a deep
Selective laser melting (SLM) understanding of the intricate relationships between material
is an additive manufacturing
technique designed to use a high
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power-density laser to melt and structures and their properties, facilitating the development of
fuse metallic powder to fabricate
complex parts with high accuracy. optimized solutions.
The accuracy and the functional
properties of the fabricated pa
Collaborative and Self-Motivated: Capable of working seamlessly
both independently and within research teams, effectively
communicating complex concepts and fostering a collaborative
environment.
Innovative Problem Solver: Known for being hardworking, self-
motivated, and a fast learner, I consistently deliver innovative
solutions to complex challenges in the field of physics.
Theoretical and Experimental Acumen: Well-versed in both
theoretical and experimental methods, enabling me to bridge the gap
between conceptual frameworks and real-world applications.
Passion for Research and Development: I am driven by the
opportunity to provide groundbreaking solutions in the realms of
physics, material science, electronics, and engineering. I am eager
to contribute to cutting-edge research and development initiatives
that push the boundaries of scientific knowledge.
Experience
University of South Carolina Lancaster
Associate Professor of Physics
May 2025 - Present (3 months)
University of South Carolina
14 years
Physics Faculty
August 2018 - Present (7 years)
Lancaster, South Carolina
As a dedicated Physics Faculty member, my primary focus is on delivering
high-quality education to students while contributing to the advancement of
knowledge in the field of physics. With expertise in teaching, and curriculum
development, I am committed to fostering a stimulating learning environment
that nurtures students' intellectual growth and curiosity.
Responsibilities include:
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Engaging Instruction: Designing and delivering engaging lectures, seminars,
and workshops that effectively convey complex physics concepts to
undergraduate and/or graduate students. I employ innovative teaching
methods and technologies to enhance student engagement and promote
active learning.
Laboratory Supervision: Overseeing laboratory sessions, providing guidance
and support to students as they conduct experiments and develop practical
skills. Ensuring adherence to safety protocols and facilitating meaningful
scientific exploration.
Curriculum Development: Collaborating with colleagues to develop and revise
physics curricula, course materials, and instructional methods. I stay abreast of
emerging trends and advancements in the field, integrating relevant and up-to-
date content into the courses taught.
Assessment and Evaluation: Developing and administering assessments,
including assignments, quizzes, exams, and projects, to measure students'
understanding and progress. I provide constructive feedback and grade
assignments in a timely manner, guiding students towards academic
excellence.
Assistant Professor
June 2019 - May 2025 (6 years)
Lancaster, South Carolina
As an Assistant Professor in Physics, I am dedicated to fostering a dynamic
and engaging learning environment for undergraduate students.
Responsibilities include:
Teaching Excellence: Prepare and deliver captivating lectures to
undergraduate students, ensuring that complex concepts are effectively
communicated. I employ innovative teaching methodologies to facilitate
student engagement and promote active learning.
Curriculum Development: Collaborate with colleagues to plan, evaluate, and
revise curricula, course content, and materials. By continuously enhancing the
learning experience, I strive to provide students with the most relevant and up-
to-date physics education.
Evaluation and Assessment: Evaluate and grade students' class work,
laboratory assignments, papers, and other coursework. By providing
constructive feedback, I support students in their academic growth and help
them achieve their full potential.
Examination Administration: Oversee the compilation, administration, and
grading of examinations, ensuring fair and accurate evaluation. Alternatively, I
delegate this responsibility when appropriate, while maintaining quality control.
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Supervision and Mentoring: Supervise undergraduate teaching, internships,
and research work. I guide students in their academic pursuits, fostering their
development as future scientists and researchers.
Research and Scholarship: Engage in ongoing scholarly activities, contributing
to the advancement of knowledge in the field of physics. I actively pursue
research opportunities, collaborating with colleagues and students to explore
new frontiers in physics education.
Departmental Service: Contribute to the overall functioning of the physics
department by participating in departmental committees, attending faculty
meetings, and engaging in collaborative initiatives that promote the
department's growth and success.
Graduate Research Assistant, Condensed Matter Physics
August 2013 - August 2018 (5 years 1 month)
Department of Physics and Astronomy
Skilled physicist proficient in C programming, data analysis, and research
within superconductivity. Utilized National Instruments tools to measure
magnetization, electrical resistivity, Hall effect, and magnetoresistance of
diverse superconducting samples.
️ Developed custom multi-meter synchronization programs using easyio
and CVI libraries, ensuring precise data acquisition. Transformed and
analyzed data using Origin software for curve fitting, model validation, dataset
comparison, and multi-dimensional analysis.
Developed an AI-based grading algorithm, employing statistical analysis and
data normalization to calculate grading scales accurately.
Integrated General Relativity, Quantum Theory, and the Standard Model using
a Generalized Lie Algebra Framework for Riemannian Geometry, expanding
understanding in these areas.
Utilized data studio dashboards and interactive tools to transform, customize,
and visualize data. Proficient in PASCO Capstone for data analysis and
presentation.
Conducted numerous independent research projects, demonstrating initiative,
problem-solving, and a passion for exploration.
Designed, built, calibrated, and maintained custom electronic apparatus,
ensuring precise measurements and reliable results.
Experienced in superconductivity, thin film deposition, lithography, data
analysis, Python, C, NI LabWindows, LaTeX, and numerical analysis.
Fabricated various superconducting samples, contributing to material science
advancements.
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Collaborated with researchers from diverse disciplines and backgrounds,
fostering interdisciplinary knowledge exchange and driving innovative
discoveries.
Managed and maintained laboratory inventory, optimizing equipment
availability and resource utilization.
️️ Prioritized safety as a lab manager, implementing and enforcing rigorous
safety protocols.
PhD Candidate
January 2013 - August 2018 (5 years 8 months)
Department of Physics and Astronomy
PhD candidate in Physics specializing in the areas of superconductivity, thin
film deposition, lithography, and data analysis. Proficient in utilizing Python, C,
NI LabWindows, LaTeX, electronic systems, and numerical analysis tools to
conduct advanced research.
Experienced in studying and analyzing the properties and behavior of
superconducting materials, investigating their unique characteristics and
potential applications. Skilled in experimental techniques for thin film
deposition and lithography, enabling precise fabrication and characterization of
materials.
Proficient in data analysis methodologies and techniques relevant to physics
research, including statistical analysis, modeling, and visualization.
Skilled in programming languages such as Python and C, using them to
develop computational models, simulations, and algorithms for solving physics
problems. Proficient in utilizing NI LabWindows for instrument control and data
acquisition.
Proficient in using LaTeX for scientific documentation and publication, ensuring
accurate and professional presentation of research findings and technical
reports.
Experienced in numerical analysis techniques, employing advanced
mathematical methods to solve complex physics equations and optimize
experimental parameters.
Actively involved in scientific research projects, contributing to the
advancement of knowledge in the field of physics. Conducting experiments,
analyzing data, and collaborating with fellow researchers to explore new
frontiers and develop innovative solutions.
Engaged in continuous learning and staying up-to-date with the latest
advancements and research trends in the field of physics. Actively participating
in conferences, seminars, and workshops to expand knowledge and network
with experts.
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Committed to personal and professional growth, seeking opportunities to
further develop research skills, scientific knowledge, and technical expertise.
Teaching Assistant
August 2011 - August 2018 (7 years 1 month)
Department of Physics and Astronomy
Dedicated Teaching Assistant with a strong passion for guiding and mentoring
students in the field of physics. Experienced in providing support and
instruction in physics laboratory settings to enhance the learning experience
and facilitate students' understanding.
Trained and mentored junior researchers, imparting essential laboratory
protocols and equipment-specific procedures to ensure safe and efficient
laboratory practices. Contributed to the development and improvement of
experiments, policies, and procedures.
Instructed undergraduate-level laboratories for Physics 101, 211, and 212
courses, effectively delivering engaging and informative lessons. Assisted
students in performing experiments, analyzing data, and understanding key
concepts, fostering their critical thinking and problem-solving skills.
Supported lab instructional goals by actively participating in the development
and improvement of laboratory experiments, policies, and procedures.
Collaborated with fellow instructors and faculty members to enhance the
effectiveness and relevance of the laboratory curriculum.
Provided valuable guidance to a team of 8 new Teaching Assistants in
the Physics department, ensuring their understanding of instructional
methodologies, laboratory protocols, and best practices. Facilitated their
professional development through mentorship and training sessions.
✍️ Edited and revised project descriptions and instructional materials to
enhance clarity, coherence, and effectiveness. Ensured that materials align
with course objectives and facilitate student comprehension and engagement.
Demonstrated strong organizational and managerial skills in managing and
preparing physics laboratories. Maintained equipment, organized materials,
and created a conducive learning environment for students.
Committed to fostering a positive and inclusive learning environment,
encouraging student participation, and promoting a passion for physics.
Research Assistant
August 2017 - May 2018 (10 months)
Department of Marketing
Skilled in running data collection sessions, analyzing quantitative data using
the R programming language, and managing survey files on platforms like
Qualtrics and Media Lab.
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Ran data collection sessions in the behavioral lab, ensuring adherence to
research protocols and maintaining a controlled experimental environment.
Implemented meticulous data collection procedures and provided guidance to
participants to ensure high-quality data acquisition.
Analyzed quantitative data using the R programming language for behavioral
lab sessions, assisting faculty members and graduate students in their
marketing research projects.
Managed survey files on platforms such as Qualtrics and Media Lab,
overseeing the organization, security, and accessibility of survey data for
research projects.
Collaborated closely with faculty members and graduate students, actively
contributing to research discussions and providing support in study design,
data analysis, and interpretation.
Conducted literature reviews to support research projects, ensuring a
comprehensive understanding of existing knowledge and identifying gaps for
further exploration. Stayed up-to-date with current trends and developments in
marketing research to contribute to the formulation of research hypotheses.
Assisted in the development and refinement of research methodologies,
employing rigorous experimental design principles and implementing
appropriate data collection instruments.
Maintained the behavioral lab equipment, ensuring its proper functioning
and availability for data collection. Assisted in the setup and calibration of
experimental equipment, guaranteeing accurate and reliable measurements.
Proficient in data analysis software and programming languages, including R
and Python. Applied advanced statistical techniques to generate actionable
insights for research projects.
Committed to upholding the highest standards of ethical conduct, data
integrity, and research excellence.
Academic Tutor
January 2012 - May 2018 (6 years 5 months)
The Reserve Officers' Training Corps (ROTC) center
Dedicated Academic Tutor with a focus on supporting students at the
ROTC Center of the University of South Carolina. Experienced in providing
comprehensive academic assistance, specializing in mathematics, calculus,
algebra, and physics. Committed to helping students achieve their academic
goals through individualized instruction, coaching, and collaborative study
sessions.
Instructed study hours, providing guidance and assistance to students
with mathematics, calculus, algebra, and physics problems. Utilized
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effective teaching strategies to break down complex concepts, clarify
misunderstandings, and promote a deeper understanding of the subject
matter.
Supported students through one-on-one coaching sessions, offering
personalized guidance to enhance their learning experience. Identified
individual strengths and weaknesses, tailored instructional approaches, and
provided targeted support to address specific challenges.
Facilitated group study sessions, fostering a collaborative and engaging
learning environment. Promoted active participation, encouraged peer-to-peer
interaction, and facilitated group discussions to enhance comprehension and
knowledge retention.
Assisted students in completing their coursework, guiding them through
assignments, projects, and problem sets. Clarified instructions, demonstrated
problem-solving techniques, and provided constructive feedback to promote
academic growth and success.
Developed rapport and established a supportive relationship with students,
creating a comfortable and encouraging atmosphere for learning. Motivated
students to overcome challenges, build confidence, and develop effective
study habits.
Collaborated with faculty and staff members to align tutoring strategies with
academic goals and objectives. Participated in regular meetings to discuss
student progress, share best practices, and contribute to ongoing improvement
efforts.
Midlands Technical College
Physics Faculty
January 2019 - May 2019 (5 months)
Columbia, South Carolina Area
Dedicated Physics Part-Time Faculty at Midland Technical College committed
to providing quality education to undergraduate students. Skilled in evaluating
and grading students' class work, assignments, and papers, with a focus on
fostering academic growth.
Evaluate and grade students' class work, assignments, and papers, ensuring
fair and objective assessment of their progress. Provide constructive feedback
to support their learning and development in the field of physics.
Prepare and deliver engaging lectures to undergraduate students, focusing on
physics topics. Utilize effective teaching strategies, visual aids, and real-life
examples to enhance student understanding and promote active learning.
Compile, administer, and grade examinations, ensuring adherence to
established guidelines and standards. Alternatively, delegate examination
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administration and grading tasks to maintain accuracy and efficiency in the
assessment process.
Collaborate in the planning, evaluation, and revision of curricula, course
content, and instructional materials. Continuously strive to enhance the
learning experience by incorporating innovative teaching methods, relevant
resources, and up-to-date industry trends.
Stay updated with advancements in the field of physics and educational
practices. Explore new instructional technologies, research-based
methodologies, and best practices to optimize teaching effectiveness and
student engagement.
Foster a supportive and inclusive learning environment that encourages open
discussions, student participation, and the exchange of ideas. Cultivate a
positive classroom atmosphere that inspires intellectual curiosity and academic
growth.
Collaborate with colleagues to exchange insights, share teaching strategies,
and contribute to the overall improvement of the physics department.
Actively participate in departmental meetings, workshops, and professional
development opportunities.
Universiti Teknologi Malaysia
Research Assistant
December 2010 - May 2011 (6 months)
Johor, Malaysia
Enthusiastic Short-Term Research Assistant in Electrical Engineering at
University Teknologi Malaysia with a focus on studying electronic properties
and mathematical modeling. Skilled in analyzing monolayer, bilayer, and
trilayer Graphene Nanoribbons (GNR) and evaluating current-voltage (IV)
characteristics of Schottky diodes and p-n junctions.
Investigated various electronic properties of monolayer, bilayer, and trilayer
Graphene Nanoribbons (GNR) in both degenerate and nondegenerate limits.
Developed and utilized custom code in Matlab to conduct in-depth analysis
and provide insights into the behavior and characteristics of GNR.
Utilized mathematical modeling techniques to evaluate and design current-
voltage (IV) characteristics of Schottky diodes and p-n junctions. Explored the
impact of different physical parameters on the performance and behavior of
these electronic devices.
Applied analytical and computational approaches to analyze and interpret
experimental data. Employed advanced algorithms and simulation tools to
simulate and predict the behavior of electronic components and systems.
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Collaborated with a team of researchers, sharing insights and knowledge to
contribute to the overall progress of the project. Actively participated in group
discussions, research meetings, and presentations to exchange ideas and
findings.
Demonstrated strong problem-solving skills and attention to detail in
experimental design, data collection, and analysis. Ensured accuracy and
reliability of results through meticulous experimental procedures and rigorous
statistical analysis.
Acquired a solid understanding of electronic properties and mathematical
modeling techniques relevant to the field of electrical engineering. Developed
proficiency in Matlab programming and leveraged mathematical models to gain
insights into complex electrical phenomena.
Shahrekord University
Graduate Research Assistant
September 2007 - October 2009 (2 years 2 months)
Iran
Passionate Computational Physics Research Assistant with expertise
in studying material properties and employing computational quantum
mechanical modeling. Skilled in using WIEN2K simulation software in a Linux
environment. Experienced in teaching labs and classes to facilitate knowledge
dissemination in the field.
Explored and analyzed various properties, including optical and structural
characteristics, of CaTiO3 and CaMnO3 in different phases. Utilized the
powerful WIEN2K simulation software written in Fortran and executed in a
Linux environment to conduct comprehensive simulations and obtain valuable
insights into the behavior of these materials.
Applied density functional computational quantum mechanical modeling
techniques to investigate the electronic structure of many-body systems.
Conducted in-depth analysis of atoms, molecules, and condensed phases to
understand their electronic properties and behavior.
Demonstrated excellent teaching abilities by leading multiple labs and classes
in the physics department. Designed engaging and informative laboratory
experiments, conducted demonstrations, and provided guidance to students,
fostering their understanding and enthusiasm for computational physics.
Developed strong computational skills, including proficiency in using WIEN2K
simulation software and navigating a Linux environment. Leveraged these
technical abilities to effectively analyze and interpret complex data, enabling
valuable contributions to the research projects.
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Committed to expanding knowledge and staying updated with the latest
advancements in computational physics. Actively engaged in literature
reviews, research discussions, and academic conferences.
Collaborated effectively with research teams, exchanging ideas, insights, and
methodologies to enhance the overall progress of projects. Engaged in group
discussions, research meetings, and presentations.
Education
University of South Carolina
Doctor of Philosophy (Ph.D.), Physics · (2011 - 2018)
Shahrekord University
Master's Degree, Solid State Physics · (2007 - 2009)
Isfahan University of Technology
Bachelor's degree, Nuclear Physics · (2002 - 2007)
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