Randolph College Home Page Give Today! Support Randolph College
AboutAdmissionUndergraduateGraduateAcademicsUndergraduateGraduateStudent LifeAthleticsOutcomesAlumnae & AlumniParents & FamiliesInside RandolphAPPLYREQUESTVISITNEWSEVENTSSupport RandolphSearch

Mechanical Engineering

Among the most popular subfields of engineering, mechanical engineering is also one of the most broad and versatile disciplines, with job opportunities ranging from the nuclear power and defense sectors to medical and environmental fields.

Randolph College engineering students watch as Professor Jonathan Skelton demonstrates how the they will test the strength of their bridge models.

What is Mechanical Engineering?

Mechanical engineers shape the world around us.

From designing autonomous robots and sustainable energy systems to developing life-saving medical devices, this field combines creativity, problem-solving, and technology to improve lives.

At Randolph College, you’ll gain hands-on experience, industry connections, and a foundation for innovation.

Why Study Mechanical Engineering at Randolph?

At Randolph, you’ll benefit from small class sizes, one-on-one faculty mentorship, and hands-on projects from day one. Our interdisciplinary approach ensures that you’re not just learning theory; you’re applying it in our state-of-the-art Mechanical Engineering and Manufacturing Lab and Robotics and Mechatronics Lab. Our faculty’s expertise spans design and manufacturing, robotics and mechatronics, and materials science and engineering, providing students with cutting-edge research opportunities and practical industry insights. The Randolph College experience fosters creativity and “out of the box” thinking—essential qualities for problem solving, product innovation, and tackling complex engineering challenges. As one of the most in-demand fields in engineering, mechanical engineering provides a pathway to high-growth, technically-oriented careers for our students. Those career paths range from designing cutting-edge automotive technology to developing life-saving medical devices to advancing robotics and automation.

Degrees offered

Mechanical Engineering BS

Mechanical Engineering minor

Curriculum and Courses

Related Programs

The Randolph Experience

Faculty Mentorship

From your first day on campus, you will work closely with your faculty advisor to identify and shape your academic interests and vision into your own personal Randolph Plan.

Together, you will create an experience that allows you to develop your skills, challenge yourself, explore your interests and achieve your goals.

This includes both curricular and co-curricular experiences.

A Community of Scholars

Small Classes

Randolph classes are full of engagement and interaction. Students get the full attention of their professors and develop camaraderie with their classmates.

The Honor Code

Randolph students live by our Honor Code and act with the highest integrity in both academic and social life.

Intercultural Competence

All Randolph students learn global citizenship with the capability to accurately understand and adapt to cultural differences and find commonality.

Unique Opportunities

An emphasis on “learning by doing” is one reason Randolph students graduate with skills that prepare them for life and work.

Research

Participation in real world research and creative work is one of the hallmarks of a Randolph College education.

The Center for Student Research helps students at Randolph College engage in meaningful research that enhances their education and their preparation for careers, graduate studies, and other opportunities after college.

They will even help you secure funding.

Randolph’s Innovative Student Experience (RISE) awards up to $2,000 to support research, creative works, and other scholarly activities to students, who may apply at any time to use a grant for projects beginning in their second year.

A Randolph College engineering student tests makes adjustments to his solar powered car.

Summer Research Program

Two engineering students test solar panels for the solar powered car laboratory exercise.

Spend the summer working closely with a professor and focused on a specific aspect of comparative thought.

Randolph’s intensive eight-week Summer Research Program enables students to work with professors on a research of their own design; live in a residence hall on campus, participate in on-campus summer events, attend special seminars with guest speakers; and share the progress and results of their research.

Learn more about the Summer Research Program.

Internships

Randolph students put classroom learning into practice by participating in internships.

Internships at companies in the mechatronics field help to provide not only a firsthand experience of engineering practice, but in many instances lead to full-time jobs upon graduation.

The Career Development Center works closely with industry representatives to provide listings of engineering jobs and internships that connect students to exciting work experiences.

Symposium of Artists and Scholars

Modeled after a traditional academic conference, the SAS brings together students of all disciplines to share the results and highlights of the best work being produced at the College –  oral presentations, readings of creative works, performances, exhibitions of student artwork, and poster presentations.

The symposium provides students with valuable experience in public speaking to large audiences and making one-on-one professional presentations experts and decision makers.

Learn more about the Symposium of Artists and Scholars.

Society of Physics Students

The College has an active chapter of the Society for Physics Students, dedicated to celebrating the fun side of science and promoting STEM through community service.

Consistently recognized as one of the most outstanding chapters in the nation by the national organization, recent activities include

  • creating imaginative wheelchair halloween costumes for local children,
  • building a human-sized hamster wheel and a giant Newton’s cradle,
  • organizing the SCIFEST science festival for local schoolchildren, and
  • attending conferences of the American Physical Society. 

Community Service : SCIFEST

Every year the Society of Physics Students organizes and hosts SciFest, a 3-day science and learning festival for local schoolchildren.

Randolph student and faculty volunteers lead activities, exhibits, labs, and talks designed to get young girls and boys interested in and excited about science, technology, engineering, and  math (STEM).  

In addition to science activites for both elementary and preschool students, guests enjoy national guest speakers, a Pi Day fun run, women in science panel,  poetry jam, LEGO league, drones and robots, petting zoo, and more.

The free event draws thousands of children and families to campus every year. 

Faculty

Peter Sheldon

Charles A. Dana Professor of Physics, Natural Sciences and Mathematics Division Head

Read More... Peter Sheldon

Siavash Sattar

Assistant Professor of Robotics and Mechatronics Engineering

Read More... Siavash Sattar

Jonathan Skelton

Assistant Professor of Robotics and Mechatronics Engineering

Read More... Jonathan Skelton

Only at Randolph

Randolph students can take advantage of unique programs which give them a more enriching education than can be found anywhere else.

The Randolph Plan

Randolph students work with faculty mentors to explore a broad range of disciplines as they chart their academic path.

Learn More
Money for Your Research

The Randolph Innovative Student Experience (RISE) program provides every student a $2,000 grant to fund research, creative work, experiential learning or other scholarly pursuits.

Learn More
TAKE2

Two courses per half-mester means you get to focus in and dig deep into your coursework while still having time for the rest of the college experience. Two classes. Seven weeks. Repeat.

Learn More
The Liberal Arts Advantage

Randolph graduates learn to think critically, solve problems and work well with others. They are prepared to succeed in all aspects of life.

Learn More

Department News

Applied Science and Manufacturing journal publishes Sattar’s research

“Effect of local meso-structure on mechanical variability and notch strength sensitivity in woven glass fiber polyamide composites”

Read More

Printing the future: Students and professors tackle real-world problems in their research

The project, led by professors Siavash Sattar and Peter Sheldon, investigates how the layout and structural design of 3D-printed fiber-reinforced polymer composites affect their mechanical and fracture behavior. 

Read More

New robotics lab emphasizes collaboration and engagement

The lab includes a machine shop, teaching lab, faculty research lab, and offices. 

Read More

Randolph holds ribbon cutting for new robotics lab

A robotic arm performed the ribbon-cutting honors during a special ceremony.

Read More

Randolph announces three new undergraduate programs

Cybersecurity, cognitive science, and mechanical engineering will launch next fall.

Read More

Applied Science and Manufacturing journal publishes Sattar’s research

“Effect of local meso-structure on mechanical variability and notch strength sensitivity in woven glass fiber polyamide composites”

Read More

Printing the future: Students and professors tackle real-world problems in their research

The project, led by professors Siavash Sattar and Peter Sheldon, investigates how the layout and structural design of 3D-printed fiber-reinforced polymer composites affect their mechanical and fracture behavior. 

Read More

New robotics lab emphasizes collaboration and engagement

The lab includes a machine shop, teaching lab, faculty research lab, and offices. 

Read More

Randolph holds ribbon cutting for new robotics lab

A robotic arm performed the ribbon-cutting honors during a special ceremony.

Read More

Randolph announces three new undergraduate programs

Cybersecurity, cognitive science, and mechanical engineering will launch next fall.

Read More
Facebook Twitter Instagram LinkedIn YouTube RSS Feeds Snapchat

Peter Sheldon

Charles A. Dana Professor of Physics, Natural Sciences and Mathematics Division Head

Credentials:BA, Amherst College
MA, University of Massachusetts
PhD, University of Massachusetts
Associated Departments:Physics, Engineering, Robotics and Mechatronics Engineering, The Honors Program, Mechanical Engineering
Office:Martin 316
Phone:4349478488
Email:psheldon@randolphcollege.edu
Website:https://www.randolphscience.org

News Headlines

Peter Sheldon is the Charles A. Dana Professor of Physics & Engineering, the Chair of the Physics & Engineering Department, and the Director of the Honors Program at Randolph College. He has a PhD and an MS in Physics from the University of Massachusetts, and has a BA in Physics and a BA in Mathematics from Amherst College.

Dr. Sheldon has received nearly $5 million in grants for research and programming, currently holding a $1 million S-STEM grant from the National Science Foundation to run the SUPER program (Step Up to Physics and Engineering at Randolph) which prepares Randolph College students to be the nation’s future scientists.

His research net includes a number of fields: he is by education a low temperature physicist, but has worked in the field of ultrafast laser spectroscopy, and more recently focuses on inertial navigation (the physics of rollercoasters) and science education research. He has more than 30 publications spanning across these fields.

Dr. Sheldon’s passion is bringing science to the public. He has recently held grants from the American Institute for Physics, the Virginia Foundation of Independent Colleges, and the Greater Lynchburg Community Foundation for two major outreach projects. He directs and works with the College’s Society of Physics Students to run the Randolph College Science Festival and the College’s Science Saturdays Program for high school students.

Dr. Sheldon is the past Chief Reader of the Advanced Placement (AP) Physics exam, and is also a board member for the United States Young Physicists Tournaments, Vector Space (Lynchburg’s Makerspace), and the Lynchburg Region’s Technology Council.

×

Siavash Sattar

Assistant Professor of Robotics and Mechatronics Engineering

Credentials:BS, Azad University
MS, Tafresh University
PhD, Old Dominion University
Associated Departments:Engineering, Robotics and Mechatronics Engineering, Mechanical Engineering
Office:Presser 002
Phone:434-947-8605
Email:ssattar@randolphcollege.edu
Website:https://sites.google.com/view/rcengineeringlab

News Headlines

Siavash Sattar has dedicated his career to advancing polymer composites, with a specific focus on developing digital twins for virtual testing to design and predict advanced material performance in cutting-edge automotive and aerospace applications.

His research spans materials engineering, structural mechanics, and manufacturing, with an emphasis on sustainable mobility solutions.

Before joining Randolph College, Siavash served as an assistant professor at the University of Minnesota Duluth, where he led research on the design and processing of advanced materials and taught courses and labs in Materials Engineering and Manufacturing.

Siavash continues his research in advanced manufacturing and high-performance composites at Randolph College and teaches classes in Solid Design, Materials Engineering, Manufacturing, and Automation Systems.

Recent publications

S Sattar, J Bhagatji, M Saquib, D Pedrazzoli, M Zhang, S Kravchenko, O Kravchenko “Influence of flow-induced polymorphism and fiber morphology on mechanical behavior in long discontinuous glass fiber polyamide composites” Composite Part A, 185-108353, 2024.

M. Saquib, S. Sattar, R. Larson, J. Li, S. Kravchenko, O. Kravchenko “Experimental Validation of Reconstructed Microstructure via Deep Learning in Discontinuous Fiber Platelet Composite” Applied Mechanics Journal, 91(4), 2024.

S. Sattar, D. Pedrazzoli, M. Zhang, S. G. Kravchenko, O. G. Kravchenko “Notched Tensile Strength of Long Discontinuous Glass Fiber Reinforced Nylon Composite” Composites Part A: Applied Science and Manufacturing, 1-16, 2023.

D. Mulqueen, S. Sattar, T. Lee, O. Kravchenko “Mechanical and thermal. properties of carbon fiber epoxy composite with interlaminar graphene at elevated temperature” Composite Part B, 255, 110609, 2023.

S. Sattar, B. Laredo, R. Larson, S. Kravchenko, M. Zhang, O. Kravchenko “Effect of Platelet Length and Stochastic Morphology on Flexural Behavior of Prepreg Platelet Molded Composites” Submitted to SPE Polymer Composites Special Issue, 1-16, 2023.

S. Sattar, B. Laredo, D. Pedrazzoli, M. Zhang, S. G. Kravchenko, O. G.Kravchenko “Mechanical behavior of long discontinuous glass fiber nylon composite produced by in-situ polymerization” Composites Part A: Applied Science and Manufacturing, Vol. 154, pp. 106779, 2022.

×

Jonathan Skelton

Assistant Professor of Robotics and Mechatronics Engineering

Credentials:BS, Longwood University
PhD, University of Virginia
Associated Departments:Robotics and Mechatronics Engineering, Engineering, Mechanical Engineering
Office:Presser 003
Phone:434-947-8606
Email:jskelton@randolphcollege.edu

News Headlines

×