Embarking on a Chemistry Journey: Internships for Aspiring Scientists
The world of chemistry is vast and dynamic, offering a multitude of exciting career paths for those with a passion for scientific inquiry. From the intricate mechanisms of biochemistry to the large-scale applications of chemical engineering, the possibilities are as diverse as the elements themselves. For high school students and undergraduates alike, a summer internship provides an invaluable opportunity to not only explore these diverse fields but also to gain crucial hands-on experience, develop new skills, and gain insights into the cutting edge of chemical research and industry.
An internship serves as a powerful bridge between theoretical knowledge acquired in the classroom and its practical application in real-world settings. It allows students to work alongside seasoned professionals, gaining firsthand exposure to the daily life of a chemist, researcher, or engineer. This immersive experience can be instrumental in clarifying career aspirations, helping individuals pinpoint the specific area of chemistry that resonates most deeply with their interests and aptitudes. Furthermore, a well-chosen internship demonstrates a proactive commitment to the subject matter, impressing not only potential employers but also admission officers at higher education institutions, showcasing an ability to translate academic learning into tangible outcomes. Beyond skill development and career exploration, internships offer a unique avenue for networking with leading researchers and professionals, forging connections that can prove instrumental for future job opportunities or securing letters of recommendation.
Exploring High School Chemistry Internships: Laying the Foundation
For high school students, the prospect of a chemistry internship can seem both exciting and daunting. These programs are designed to provide a foundational understanding of scientific research and professional environments, fostering early engagement with STEM fields. Such experiences are crucial for building a strong academic profile and for making informed decisions about future educational pursuits.
One prominent opportunity for high school juniors and seniors is the Summer High School Intern Program by NIST (National Institute of Standards and Technology). This program offers students the chance to participate in cutting-edge research, working closely with NIST staff scientists and engineers. Interns can be placed in various NIST laboratories, including the Communications Technology Lab, Engineering Lab, Information Technology Lab, Material Measurement Lab, NIST Center for Neutron Research, and the Physical Measurement Lab. Students with a specific interest in chemistry are particularly encouraged to apply to the Material Measurements Lab, where their focus areas could encompass developing new vaccines and biological drugs, characterizing the performance of alternative fuels and refrigerants with reduced greenhouse gas potential, assessing pollutants like ocean plastics, and contributing to the development of new materials for lightweight, fuel-efficient transportation. Eligibility typically requires students to be juniors or seniors by the program's start and to have a minimum GPA of 3.0. Applications usually close in February, with the program running from mid-June to early August. While there is no participation cost, students are responsible for their own housing and transportation, and the internship is unpaid.
Another compelling virtual option is Ladder Internships. This program, founded by Harvard alumni, provides high school students, undergraduates, and gap year students with the opportunity to work with startups and nonprofits globally. The virtual nature of Ladder Internships allows participants to work from anywhere in the world, dedicating 10-20 hours per week for 8-12 weeks. Projects can span various industries, including those that cover concepts in chemistry, technology, finance, environmental science and sustainability, business and marketing, and healthcare and medicine. Interns undertake real-world projects, guided by startup managers and a dedicated Ladder coach, and present their work at the program's conclusion. The internship includes personalized training in essential skills like communication and time management, alongside group training sessions. Application deadlines are staggered throughout the year, with specific cohorts for spring and summer. While there is a cost associated with this program, financial aid is available.
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The Project SEED by the American Chemical Society is a significant initiative aimed at providing paid summer fellowships for high school students. This program is particularly focused on supporting students from underrepresented communities. Eligibility requires applicants to be current high school sophomores, juniors, or seniors (or recent graduates) who have completed at least one high school chemistry course. Preference is given to students from lower-income households, with specific guidelines based on family size and Federal Poverty Guidelines. Project SEED internships typically last 8-10 weeks during the summer, from June to August. Accepted students commute daily to a research lab, dedicating approximately 8 hours per weekday to their work. The program offers students the chance to work on an independent project within a research lab, with a wide range of project types to choose from. Depending on the location, opportunities for field trips, campus tours, and career panels may also be available. A notable aspect of Project SEED is the possibility for the program coordinator to register interns for the American Chemical Society National Meeting, where they can present their research. The program provides a stipend of $4000 and covers all costs.
George Mason University’s Aspiring Scientists Summer Internship Program offers high school students the chance to engage in one-on-one research with faculty. This 8-week program, running from mid-June to early August, allows students to gain hands-on experience with sophisticated equipment, develop scientific writing and communication skills, explore STEM career paths through discussions and meetings with role models, and cultivate creative problem-solving abilities. Internships can be fully remote, fully in-person, or hybrid. Eligibility criteria vary based on the internship format, with specific age requirements (15 or 16 years old by mid-June) for remote, in-person computer lab, or wet-lab positions, respectively. Applications typically close in February. While there is a small application fee, housing and transportation are not covered, and the internship is unpaid. Previous chemistry-related projects have included research in antibiotic development, measuring Volatile Organic Carbon (VOCs), and tuberculosis diagnosis through qPCR.
For students interested in the intersection of engineering, medicine, and biophotonics, the EM OPALS Internship with UC San Diego presents a valuable opportunity. This program provides high school and community college students with hands-on STEM experience by spending 20 hours per week in a UC San Diego research laboratory. The program runs for four weeks in July. Students interested in biochemistry are especially encouraged to apply. Supported by various institutes at UC San Diego, the OPALS program allows participants to choose from a diverse range of research projects, including studies on neurodegenerative diseases, DNA repair mechanisms, and the design of laser ablation and trapping systems. Beyond research, the program includes weekly professional sharing sessions, hands-on experiments, and discussions with professors, graduate students, and past interns. Eligibility is open to current 9th-12th graders and community college students, with a preference for residents as housing and transportation are not provided. Students under 16 require adherence to specific UCSD minor laboratory policies. The application deadline is April 30th, and there is a program fee.
The Science and Engineering Apprenticeship Program (SEAP), administered by the Department of the Navy (DoN), offers a highly prestigious and research-focused opportunity for high school students. This eight-week summer apprenticeship places students in DoN laboratories across the country, where they participate in real naval research. SEAP is competitive, with around 300 placements available in over 38 laboratories. Eligibility is generally for academically talented sophomores, juniors, and seniors interested in STEM. Interns are selected based on academic achievement, personal statements, recommendations, and career interests. Students can choose labs based on their subject of interest, with numerous opportunities aligning with chemistry, such as at AFRRI in Bethesda, MD, or FRCSE in Jacksonville, FL. The program runs from August to November, with applications opening on August 1st and closing on November 1st annually. SEAP provides a stipend for participants, with new participants receiving $4,000 and returning participants $4,500.
In San Francisco, the California Academy of Sciences Careers in Science (CiS) Intern Program offers a unique, long-running opportunity for local high school students. This program, which began in 1996, focuses on engaging students from underrepresented communities in STEM and sustainability. Eligibility is restricted to full-time 9th or 10th-grade students enrolled in an SFUSD school, who maintain a GPA of 2.5 and a grade of C or higher in science and math, and can obtain a valid work permit. A significant commitment is required, as interns commit to participation for 2-3 years, through high school graduation. The program runs year-round, with after-school and weekend participation. CiS interns are compensated above minimum wage. Past sessions have covered topics like Python for scientific programming, astronomy, science communication, biomimicry, and environmental justice. Students are allocated roles and departments based on their interests and available opportunities, with potential for chemistry-focused roles. The application deadline is April 1st, with an in-person interview for selected applicants on April 27th.
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For students in the Greater St. Louis area, the Young Scientist Program (YSP) Summer Focus Program at Washington University provides funded, 8-week summer research internships. Running from early June to late July, this program pairs 11th-grade students with mentors and tutors, who are graduate students, postdocs, or faculty from Washington University. Research is conducted in fields including chemistry, ecology, earth and planetary sciences, and developmental biology. In addition to research, interns participate in two courses focused on strengthening science communication skills and preparing for college applications. The program is free of cost, and scholars receive a $4,000 stipend. Applications typically close in February.
ASE Internships by Saturday Academy offers a variety of science and engineering apprenticeships for rising 10th, 11th, or 12th graders. The program typically provides around 75 internships annually, with mentor partners in disciplines such as Biology, Health or Medicine, Environmental Science, Chemistry, Computer Science, Engineering, Mathematics, and Physics. Interns contribute to projects at their mentor's organization for 8-10 weeks between June and August. Roles can involve conducting water quality experiments, learning about synthetic chemistry for medical imaging, or assisting with nuclear research reactor operations. Interns receive training and mentorship from scientists and may conduct their own experiments. There is a $40 application fee, and a learning stipend is provided. The application deadline is March 8th.
Undergraduate Chemistry Internships: Deepening Expertise and Professional Growth
As students progress to the undergraduate level, chemistry internships become more specialized, offering deeper engagement with advanced research and industrial applications. These programs are designed to build upon foundational knowledge, providing opportunities for significant professional development and career clarification.
The Ladder University Internship Program offers a remote, 8-week internship experience connecting undergraduates with fast-growing startups. Participants commit 5-10 hours per week, working on real-world projects, meeting weekly with a company mentor, and presenting their final work. Fields of specialization include tech, consulting, media, healthcare, sustainability, and business. This program is open to all current undergraduates, with multiple cohorts throughout the year. Past partners have included major technology and consulting firms.
Princeton University's SURF-C Program (Summer Undergraduate Research Fellowship in Chemistry) is a highly selective program for undergraduates with a strong interest in pursuing a Ph.D. in chemistry. Running for nine weeks from early June to early August, this fellowship places students in faculty-led research groups, working alongside graduate students and postdocs on cutting-edge projects in areas like organic synthesis, catalysis, and chemical biology. The program includes hands-on lab experience, weekly research discussions, career seminars, and scientific literacy workshops. A full-day visit to an industrial chemistry site and a final presentation at the Summer Research Symposium are also part of the curriculum. Eligibility requires students to have completed at least two semesters and have at least one semester remaining of their undergraduate education, with a minimum GPA of 3.0. The program is free, with a competitive stipend and on-campus housing provided. The application deadline is February 3rd.
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The Department of Energy (DOE) Internship Program offers undergraduate students significant research experience at national laboratories. These internships typically last 10 to 16 weeks, during the summer, fall, or spring, and involve working alongside scientists and engineers on projects aligned with the DOE's research goals. Participants engage in hands-on experience in areas such as materials science, computational chemistry, and energy research, and attend lab-hosted workshops and seminars. A stipend of $650 per week is provided, along with housing and travel allowances in some cases. Eligibility requires students to be full-time undergraduates at an accredited college with at least one year completed, and to be a U.S. citizen or permanent resident. Application deadlines vary by term: January 7 for summer, October 1 for fall, and May 21 for spring.
The National Institute of Standards and Technology (NIST) SURF Program (Summer Undergraduate Research Fellowship) provides 11 weeks of full-time research experience at NIST campuses in Gaithersburg, MD, or Boulder, CO. Participants work 40 hours a week with NIST scientists on projects ranging from MRI technology and nanofabrication to drug development. The program aims to build skills in experimental design, data analysis, and scientific writing, offering access to advanced facilities and lectures from leading researchers. Eligibility is for U.S. citizens or permanent residents enrolled as undergraduates in accredited two-year or four-year colleges. The program is free of cost.
Dow Undergraduate Internships offer full-time roles in Research & Development, Manufacturing, and other technical areas within Dow. These internships, available during the academic year or summer, involve working on real projects that support Dow's business goals, such as developing new materials or improving chemical processes. Interns collaborate with Dow scientists and engineers, contributing to applied and fundamental research and gaining experience in industrial problem-solving. Locations include Texas, Michigan, and Pennsylvania. Eligibility requirements vary by internship position, and applications are typically accepted on a rolling basis. This is a paid internship.
The Amgen Scholars Program is a prestigious summer research program for undergraduates with a demonstrated interest in pursuing a Ph.D. The program runs for 8-10 weeks during the summer, from late May to late August, at host institutions including Caltech, Harvard, Stanford, and UC Berkeley. Participants work on research projects under the guidance of faculty mentors in fields such as biochemistry, chemical biology, and organic chemistry. A key component is the North America Symposium, where students present their research and network with peers and professionals. Eligibility requires undergraduate students with sophomore or junior standing, a GPA of 3.2 or higher, and a strong interest in a Ph.D. A stipend, housing, and travel costs are provided. The application deadline for all institutions is February 1st.
Merck Research Laboratories Internships provide direct experience in pharmaceutical research across various disciplines, including medicinal chemistry, analytical chemistry, process chemistry, and chemical biology. Interns work on projects supporting drug discovery and development, such as biocatalysis, computational chemistry, and structural analysis. These internships typically last 10-12 weeks over the summer, starting in May, and are open to both undergraduate and graduate students. Interns are matched with mentors, present their research findings, and participate in networking events. Eligibility requires students to have completed at least two years of study towards a bachelor's or master's degree in a life science or chemistry-related field. Internships are paid and often include a housing stipend. Applications are usually posted in the fall.
The Corning Incorporated Internship Program places undergraduate students in full-time roles across R&D, engineering, and manufacturing at various Corning offices. Interns work on real projects in areas like polymer chemistry, glass science, and analytical chemistry, contributing to innovations in optical fiber, display technologies, and biomedical materials. Internships typically run for 10-12 weeks during the summer. Participants work both independently and in teams, applying their chemistry knowledge to solve technical challenges. Eligibility is open to undergraduate students pursuing a technical degree in science or engineering. Applications are typically accepted on a rolling basis. This is a paid internship.
The University of Wisconsin-Madison Chemistry REU (Research Experience for Undergraduates) offers 10 weeks of full-time research in chemistry, chemical engineering, biological engineering, materials science, and chemical upcycling. Students join faculty-led labs and work on independent projects under the mentorship of professors and graduate students. The program covers a wide range of chemical disciplines and related fields, with a focus on areas like renewable energy, green chemical production, and plastics recycling. Eligibility is for students who have completed their sophomore or junior year of college with a GPA of at least 3.0. A competitive stipend, housing, and a travel allowance are provided. The application deadline is February 15th.
Columbia University's MRSEC REU Program provides 10 weeks of full-time interdisciplinary research in chemistry, physics, applied physics, chemical engineering, and materials science. Participants work in Columbia labs under faculty mentorship, contributing to projects in nanoscience, chemical biology, and molecular materials. The program involves collaboration with government labs and industry leaders. Eligibility is for U.S. citizens or permanent residents who are rising juniors or seniors. The program is free of cost.
The Scripps Research SURF Program places undergraduate students in one of over 150 labs at its La Jolla, California campus for 10 weeks of full-time research. Students work on original projects in chemistry, chemical biology, immunology, neuroscience, or related biomedical fields, guided by faculty mentors. The program includes weekly seminars on lab techniques, career options, and scientific literature, as well as professional development workshops and a final research symposium. Eligibility is open to undergraduate students with a strong interest in biomedical research. A stipend of $6,900 for the 10 weeks is provided. The application deadline is February 15th.
Genentech Internships offer undergraduate students the chance to work full-time on pharmaceutical research projects in departments such as Small Molecule Process Chemistry and Discovery Chemistry. Interns contribute to real drug development efforts, including synthetic organic chemistry and solid-state characterization. Projects have involved areas like polymorph prediction and crystallization techniques. Internships typically last 10-12 weeks during the summer. Eligibility requirements vary by position. Each internship role offers a competitive salary.
BASF internships provide students with the opportunity to work on real projects tied to BASF's global product lines, from chemical process design to sustainability and plant operations. These 10 to 12-week summer internships include mentorship, professional development workshops, and networking opportunities with senior leadership. Applicants must have U.S. work authorization. Applications open in the fall and close in early spring. Interns are paid, and some roles offer housing and travel support.
The University of Maryland, Baltimore County (UMBC) Chemistry/Biochemistry Internships connect students with regional industry partners and government labs. These internships, often paid, typically last 10-12 weeks during the summer, though semester-long opportunities may also be available. Eligibility is primarily for UMBC chemistry and biochemistry majors, typically of junior or senior standing, though specific requirements vary by employer. Students are encouraged to search and apply in the fall and early spring, with deadlines varying by company.
Oregon State University (OSU) Chemistry Internships provide hands-on experience in both academic labs and industry settings. Students can work with OSU faculty on campus or join applied research projects with regional companies in materials science and food technology. Internships typically run for 8-10 weeks during the summer. Eligibility is open to all OSU undergraduate chemistry majors who have completed their introductory chemistry sequence, with specific GPA or coursework requirements potentially applying. Internships can earn academic credit and count toward degree requirements.
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