The Otto H. York Department of Chemical and Materials Engineering is one of the oldest departments in the Newark College of Engineering at NJIT. The department incorporates real-world work experience into the curriculum through cooperative education with area companies.
Submissions from 2020
Fall 2020 CHE 472-HM1: Process & Plant Design, Nellone Reid
Fall 2020 CHE 489-001: Process Dynamics and Control, Richard Cimino
Fall 2020 CHE 495-001: Chemical Engineering Lab I, Sagnik Basuray
Fall 2020 CHE 495-003: Chemical Engineering Lab I, Sagnik Basuray
Fall 2020 CHE 496-001: Chemical Engineering Lab II, Irina Molodetsky
Fall 2020 CHE 604-101: Membrane Separation Process, Kamalesh Sirkar
Fall 2020 CHE 612-101: Kinetics of Reactions and Reactor Design, Nellone Reid
Fall 2020 CHE 626-101: Mathematical Methods in Chemical Engineering, Ecevit Bilgili
Fall 2020 CHE 734-101: Chemical Process Dynamics and Control, Patrick Robinson
Fall 2020 ENGR 210-101: Career Planning Seminar for Chemical Engineering Majors, Lucas Dorazio
Fall 2020 FED 101-L53: Fundamentals of Engineering Design, Irina Molodetsky
Fall 2020 MTEN 610-101: Foundations of Materials Science and Engineering, Joshua Young
Fall 2020 PHEN 601-851: Principles of Pharmaceutical Engineering, Marc Bernhardt
Fall 2020 PHEN 602-101: Pharmaceutical Facility Design, Robert Lechich
Fall 2020 PHEN 603-101: Pharmaceutical Unit Operations: Liquid and Dispersed-Phase Systems, Piero Armenante
Spring 2020 CHE 260-002: Fluid Flow (Revised for Remote Learning), Ecevit Bilgili
Spring 2020 CHE 312-002: Chemical Process Safety (Revised for Remote Learning), Richard Cimino
Spring 2020 CHE 342-002: Chemical Engineering Thermodynamics II (Revised for Remote Learning), Gennady Gor
Spring 2020 CHE 375-002: Structure, Properties and Processing of Materials (Revised for Remote Learning), Kathleen McEnnis
Spring 2020 CHE 489-002: Process Dynamics and Control (Revised for Remote Learning), Richard Cimino
Spring 2020 CHE 624-102: Transport Phenomena (Revised for Remote Learning), David Venerus
Spring 2020 MTEN 613-102: Characterization of Materials (Revised for Remote Learning), Mirko Schoenitz
Spring 2020 CHE 101-102: Introduction to Chemical Engineering, Lisa Axe
Spring 2020 CHE 210-002: Chemical Process Calculations I, Piero Armenante
Spring 2020 CHE 230-002: Chemical Engineering Thermodynamics I, Nellone Reid
Spring 2020 CHE 240-002: Chemical Process Calculation II, Xianqin Wang
Spring 2020 CHE 260-002: Fluid Flow, Ecevit Bilgili
Spring 2020 CHE 312-002: Chemical Process Safety, Richard T. Cimino
Spring 2020 CHE 342-002: Chemical Engineering Thermodynamics II, Gennady Gor
Spring 2020 CHE 349-002: Kinetics and Reactor Design, Robert Barat
Spring 2020 CHE 360-002: Separation Processes I, Angelo J. Perna
Spring 2020 CHE 365-102: Chemical Engineering Computing, Roman Voronov
Spring 2020 CHE 370-002: Heat and Mass Transfer, Boris Khusid
Spring 2020 CHE 375-002: Structure, Properties and Processing of Materials, Kathleen McEnnis
Spring 2020 CHE 460-102: Separation Processes II, Kamalesh Sirkar
Spring 2020 CHE 472-002: Process and Plant Design, Nellone Reid
Spring 2020 CHE 472-102: Process and Plant Design, Nellone Reid
Spring 2020 CHE 472-HM2: Process and Plant Design Honors, Nellone Reid
Spring 2020 CHE 472-HM4: Process and Plant Design Honors, Nellone Reid
Spring 2020 CHE 489-002: Process Dynamics and Control, Richard T. Cimino
Spring 2020 CHE 495-002: Chemical Engineering Lab I, Sagnik Basuray
Spring 2020 CHE 496-002: Chemical Engineering Lab II, Robert Barat
Spring 2020 CHE 496-004: Chemical Engineering Laboratory II, Irina Molodetsky
Spring 2020 CHE 611-102: Thermodynamics, Boris Khusid
Spring 2020 CHE 624-102: Transport Phenomena, David C. Venerus
Spring 2020 CHE 702-102: Special Topic - Biomaterials, Xiaoyang Xu
Spring 2020 CHE 722-102: Additive Manufacturing and Applications, Murat Guvendiren
Spring 2020 CHE 775-102: Molecular Simulations in Chemical Engineering, Gennady Gor
Spring 2020 FED 101-012: Fundamentals of Engineering Design for Chemical Engineers, Irina Molodetsky
Spring 2020 MTEN 613-102: Characterization of Materials, Mirko Schoenitz
Spring 2020 PHEN 618-102: Principles of Pharmacokinetics and Drug Delivery, Piero Armenante
Submissions from 2019
Fall 2019 CHE 210-001: Chemical Process Calculations I, Piero M. Armenante
Fall 2019 CHE 210-003: Chemical Process Calculations I, Piero Armenante
Fall 2019 CHE 230-001: Chemical Engineering Thermodynamics I, Xiaoyang Xu
Fall 2019 CHE 230-003: Chemical Engineering Thermodynamics I, Nellone Reid
Fall 2019 CHE 240-001: Chemical Process Calculation II, Boris Khusid
Fall 2019 CHE 260-001: Fluid Flow, David C. Venerus
Fall 2019 CHE 342-001: Chemical Engineering Thermodynamics II, Gennady Gor
Fall 2019 CHE 342-003: Chemical Engineering Thermodynamics II, Richard T. Cimino
Fall 2019 CHE 349-001: Kinetics and Reactor Design, Robert Barat
Fall 2019 CHE 360-001: Separation Processes I, Angelo Perna
Fall 2019 CHE 365-001: Chemical Engineering Computing, Roman S. Voronov
Fall 2019 CHE 370-001: Heat and Mass Transfer, Boris Khusid
Fall 2019 CHE 460-101: Separation Processes II, Kamalesh K. Sirkar
Fall 2019 CHE 472-101: Process and Plant Design, Nellone Reid
Fall 2019 CHE 472-HM1: Process and Plant Design Honors, Nellone Reid
Fall 2019 CHE 489-001: Process Dynamics and Control, Richard T. Cimino
Fall 2019 CHE 495-001: Chemical Engineering Lab I, Robert Barat
Fall 2019 CHE 495-003: Chemical Engineering Lab I, Robert Barat
Fall 2019 CHE 496-001: Chemical Engineering Laboratory II, Irina Molodetsky
Fall 2019 CHE 612-101: Chemical Kinetics and Reactor Design, Nellone Reid
Fall 2019 CHE 626-101: Mathematical Models in Chemical Engineering, Sagnik Basuray
Fall 2019 CHE 714-101: Micromechanics of Particle Technology Processes, Rajesh Dave
Fall 2019 CHE 724-851: Sustainable Energy, Xianqin Wang
Fall 2019 FED 101-007: Fundamentals of Engineering Design, Irina Molodetsky
Fall 2019 FED 101-L53: Fundamentals of Engineering Design, Irina Molodetsky
Fall 2019 MTEN 610-101: Foundations of Materials Science and Engineering, Joshua Young
Fall 2019 PHEN 603-101: Pharmaceutical Unit Operations - Processing of Liquid and Dispersed-Phase Systems, Piero M. Armenante
Spring 2019 CHE 101-102: Introduction to Chemical Engineering, Lisa Axe
Spring 2019 CHE 210-002: Chemical Process Calculations I, Piero Armenante
Spring 2019 CHE 230-002: Chemical Engineering Thermodynamics I, Nellone Reid
Spring 2019 CHE 240-002: Chemical Process Calculation II, Xianqin Wang
Spring 2019 CHE 260-002: Fluid Flow, Ecevit Bilgili
Spring 2019 CHE 312-102: Chemical Process Safety, Thomas Devine
Spring 2019 CHE 312-104: Chemical Process Safety, Jacqueline Sibblies
Spring 2019 CHE 342-002: Chemical Engineering Thermodynamics II, Gennady Gor
Spring 2019 CHE 360-006: Separation Processes 1, Angelo J. Perna
Spring 2019 CHE 365-102: Chemical Engineering Computing, Roman Voronov
Spring 2019 CHE 370-102: Heat and Mass Transfer, Boris Khusid
Spring 2019 CHE 375-002: Structure, Properties and Processing of Materials, Irina Molodetsky
Spring 2019 CHE 380-002: Introduction to Biotechnology, Sagnik Basuray
Spring 2019 CHE 415-102: Introduction to 3D Printing, Murat Guvendiren
Spring 2019 CHE 460-102: Separation Processes II, Saeid Savarmand
Spring 2019 CHE 472-102: Process and Plant Design, Nellone Reid
Spring 2019 CHE 489-002: Process Dynamics and Control, Nellone Reid
Spring 2019 CHE 496-002: Chemical Engineering Laboratory II, Irina Molodetsky
Spring 2019 CHE 603-102: Separation Process Principles, Kamalesh Sirkar
Spring 2019 CHE 611-102: Advanced Thermodynamics, Edward Dreizin
Spring 2019 CHE 682-102: Polymer Structure and Properties, Kathleen McEnnis
Spring 2019 CHE 702-102: Introduction to Therapeutics and Drug Delivery, Xiaoyang Xu
