Apply for fully funded MS and PhD positions in Pharmaceutical Crystallization at Rowan University’s College of Engineering. Cutting-edge research, industrial partnerships, and full tuition, fee, and visa support for Chemical Engineering graduates starting in 2026.
MS and PhD Positions in Pharmaceutical Crystallization at Rowan University – Fully Funded, Chemical Engineering (2026)
Embark on a research-focused graduate journey with the MS and PhD positions in Pharmaceutical Crystallization at Rowan University, New Jersey, USA. The Crystallization Science & Pharmaceutical Engineering Lab (CSPE Lab) within the Henry M. Rowan College of Engineering invites applications for fully funded Research Assistant positions, catering to outstanding candidates keen to advance chemical engineering and pharmaceutical manufacturing science. With flexible start dates available—January 2026, July 2026, or September 2026—this is an exceptional opportunity to access comprehensive academic, financial, and professional resources in a rapidly growing research environment.
Advantages of Pursuing Graduate Research at Rowan University
Rowan University is recognized for its strong commitment to excellence in engineering education, industrial collaboration, and research-driven innovation. By joining the CSPE Lab, successful applicants receive:
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Full tuition and fee support: All research assistantship positions offer complete payment of tuition and fees, providing a stress-free path towards completion of the MS or PhD degree.
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Visa sponsorship and living stipend: The program is open to both domestic and international applicants, ensuring full visa support and monthly living stipend for eligible candidates.
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Flexible start dates: Applicants can choose from multiple start periods—January, July, or September 2026—to fit their individual academic and relocation requirements.
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Integration with Rowan’s Engineering Clinics: Graduate students participate in the acclaimed Engineering Clinics program, collaborating with undergraduate students and faculty on frontline engineering projects, building real-world skills and forming strong mentorship networks.
Pharmaceutical Crystallization: Research Themes and Laboratory Focus
Research at the CSPE lab bridges the gap between crystallization science, process engineering, and industrial pharmaceutical manufacturing. Main projects emphasize:
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Fundamentals of nucleation and crystal growth: In-depth studies of how pharmaceutical crystals form and mature, with a keen focus on optimizing product purity and efficacy.
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High-throughput screening and digital design tools: Application of experimental and digital techniques for screening organic solid solutions, purification processes, and advanced process design strategies.
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Mathematical modeling and population balances: Use of computational tools and kinetic models to optimize crystallization conditions, enhance production scalability, and boost overall efficiency.
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Industrial partnerships: Collaborative research with major US pharmaceutical companies accelerates technology transfer and career advancement for graduate students.
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Experimental and digital integration: Projects at Rowan utilize innovative instrumentation for characterizing nucleation, growth processes, sample preparation, and digital data acquisition.
Students gain practical experience working on complex, real-world challenges, developing skills in experimental design, statistical analysis, and process simulations crucial for careers in chemical engineering, pharmaceutical R&D, and manufacturing.
Career Development and Networking Opportunities
Rowan University fosters a supportive environment for academic advancement and professional growth by:
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Encouraging direct collaboration with industry leaders through the CSPE Lab’s established networks.
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Offering robust mentoring programs via the Engineering Clinics, with graduate students empowering and guiding team-based undergraduate research.
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Supporting publication and dissemination of impactful research findings, with students contributing to peer-reviewed journals and conference proceedings.
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Building lifelong professional relationships with experts in chemical engineering, pharmaceutical science, and industrial crystallization.
Graduates from Rowan’s chemical engineering programs are known for their readiness to excel in postdoctoral research, academia, industry innovation, and leadership roles within global manufacturing and pharmaceutical firms.
Application, Eligibility, and Selection
Eligibility criteria:
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Applicants must possess an undergraduate or master’s degree in chemical engineering or related fields with a proven record of academic performance.
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Strong interest in crystallization science, pharmaceutical engineering, and interdisciplinary research.
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Experience with experimental methods, high-throughput screening, mathematical modeling, or computational analysis is an asset.
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Excellent written and spoken English communication skills are required.
Application process:
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Candidates should prepare a comprehensive application including transcripts, statement of purpose, current CV, and references.
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Select start date (January, July, or September 2026) according to academic and relocation preferences.
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Finalists will be invited for remote interviews with faculty and research team.
Research environment:
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Laboratory located at Rowan University in Glassboro, New Jersey, offering a modern research infrastructure, proximity to major metropolitan hubs (Philadelphia, New York City, Washington, D.C.), and collaborative atmosphere.
Integrated Research and Professional Preparation
Graduate students at the CSPE Lab participate in:
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Multidisciplinary, team-based projects integrating experimental crystallization methods and process modeling.
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Advanced training in pharmaceutical purification, solid solution characterization, and digital screening technologies.
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Close mentorship relationships with faculty, postdocs, and industrial partners, supporting both technical development and professional leadership.
By equipping students with interdisciplinary skills, research management experience, and strong publication records, Rowan University ensures their graduates are prepared for success in the evolving landscape of pharmaceutical and chemical engineering.
Why Rowan University Stands Out
Rowan’s College of Engineering consistently ranks among the best in the United States for research-driven chemical engineering programs and innovation-focused graduate education. The university’s strong industry connections, personalized mentorship, and commitment to diversity make it a premier destination for aspiring engineers and scientists. Through collaboration, cutting-edge research, and individualized support, Rowan helps unlock the full potential of every graduate.
Apply now to join the MS or PhD program in Pharmaceutical Crystallization at Rowan University, and become part of a groundbreaking research group shaping the future of chemical engineering and pharmaceutical manufacturing. Take advantage of full funding, flexible start dates, and unparalleled access to state-of-the-art research tools and industrial partners. Secure your path to an impactful, global career in 2026!
