MS Chemistry

The M.S. in Chemistry at Rutgers University–Newark offers a coursework-only pathway as well as a coursework-and-research pathway, with the latter designed particularly for full-time students. Graduate students can develop advanced technical skills through faculty-mentored research in a modern chemistry facility and use specialized instrumentation for molecular characterization, spectroscopy, materials analysis, chromatography and computational chemistry.

• Research laboratories: Chemistry research is based in the Carl A. Olson Laboratories and other Newark science facilities, with dedicated research laboratories and state-of-the-art instrumentation available for graduate research.
• NMR Facility: Students can gain experience with a Varian INOVA 600 MHz NMR and two Bruker AVANCE 500 MHz NMR spectrometers, including variable-temperature and solid-state capabilities; the facility also provides support for data acquisition and interpretation.
• Mass spectrometry: The department provides access to Bruker APEX 7T FTMS, Bruker UltrafleXtreme MALDI-TOF MS, Thermo Orbitrap Exploris 240 and GC/MS instrumentation for advanced analysis of chemical compounds and complex mixtures.
• Spectroscopy: Students can work with Thermo Nicolet IR 200, Raman Spectrometer, WiTec 300 Raman Microscope, Cary 500/5000 UV-Vis-IR spectrophotometers and fluorescence spectroscopy equipment for molecular and materials characterization.
• X-ray analysis: The Newark X-Ray Laboratory includes Bruker APEXII and Rigaku XtaLAB Synergy-i single-crystal diffractometers, as well as Rigaku MiniFlex 6G and Bruker D8 Advance-eco powder XRD systems.
• Materials characterization: The PolyRUN Facility provides access to differential scanning calorimetry, thermogravimetric analysis, rheometry, dynamic mechanical analysis, gel permeation chromatography, dynamic light scattering and atomic force microscopy.
• Computational chemistry: Rutgers-Newark's chemistry facilities include computational research capabilities, while individual faculty research laboratories provide additional major instrumentation for specialized projects.
• Research projects: The research-based M.S. allows full-time students to undertake faculty-mentored chemistry research, giving them practical experience in designing and conducting research rather than relying solely on classroom coursework.
• Industry exposure: The department notes that its NMR facility supports research groups as well as corporations from the chemical and pharmaceutical industries, while Rutgers-Newark's location in the greater New York metropolitan area places students near numerous chemical and pharmaceutical companies.
• Internships and career support: Rutgers-Newark's Career Development Center is identified by the Chemistry Department as a resource for students seeking jobs and internships, with chemistry-specific career resources including ACS career information and chemistry job listings. 

The M.S. in Chemistry at Rutgers University–Newark is designed for students seeking professional knowledge and technical skills beyond the B.S. level, with both coursework-only and coursework-and-research pathways available. The program suits students preparing for advancement in chemistry-related careers, particularly in industry and education, while offering advanced study across modern chemistry and opportunities for individual research.

Curriculum Structure

Year 1: Students build advanced knowledge through graduate chemistry coursework and begin developing depth across different areas of chemistry. Depending on their interests, courses can include Chemistry of Heterocyclic Compounds, which examines synthesis, reactivity and biological activity of heterocyclic compounds, Modern Synthetic Organic Chemistry, which explores preparative methods and complex-molecule synthesis, and Recent Advances in Organic Chemistry, which covers selected contemporary topics at an advanced level.

Year 2: Students continue with advanced coursework and, where applicable, undertake research under a faculty adviser, with the M.S. requiring 30 graduate credits and allowing up to six research credits toward the degree. Current graduate offerings include Electroanalytical Chemistry, Polymer Chemistry, Biomolecular Design and Nanotechnology, Special Topics in Inorganic Chemistry, and Foundations of Molecular Physics for Chemists, allowing students to develop expertise aligned with their academic or professional interests.

Focus areas: Organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, polymer chemistry, chemical biology, biomolecular design, nanotechnology, electrochemistry, molecular physics and chemical research.

Learning outcomes: Acquisition of fundamental knowledge of modern chemistry, engagement in individual research, and preparation for an independent research career, alongside professional knowledge and technical skills above the B.S. level.

Professional alignment (accreditation): The official Rutgers–Newark sources reviewed do not state a separate ACS accreditation/certification for the M.S. Chemistry degree; Rutgers identifies ACS certification for certain undergraduate chemistry options.

Reputation (employability rankings): Rutgers University is ranked #203 globally and #46 nationally in the Times Higher Education Global University Employability Ranking, according to Rutgers' official rankings page; this is a university-wide ranking rather than a Chemistry M.S.-specific ranking.