Sam Lieber
Assistant Professor, Engineering Technology
2113 Guttenberg Information Technologies Center
Education
Ph.D.; New Jersey Institute of Technology; Mechanical Engineering; 2006
M.S.; New Jersey Institute of Technology; Mechanical Engineering; 2002
B.S.; New Jersey Institute of Technology; Mechanical Engineering; 2001
M.S.; New Jersey Institute of Technology; Mechanical Engineering; 2002
B.S.; New Jersey Institute of Technology; Mechanical Engineering; 2001
Teaching Interests
Engineering Design, Advanced Manufacturing, Process Engineering, Product Engineering, Automation, Machine Design, Computer Aided Design/Engineering/Manufacturing
Past Courses
ET 101: INTRO TO ENGNR TECHNLGY
MET 205: ADVANCED CAD
MET 235: STATICS FOR TECHNOLOGY
MET 237: STRNGTH OF MATERIALS FOR TEC
MET 302: ANAL & DGN MACHN ELEM II
MET 401: MECH DESIGN PROJECT I
MET 407: STRUCTURAL DESIGN
MET 415: AUTOMATIC CONTROL SYSTMS
MET 448: MECH DESIGN PROJECT II
MNET 303: ADV TECH IN CAD/CAM
MET 205: ADVANCED CAD
MET 235: STATICS FOR TECHNOLOGY
MET 237: STRNGTH OF MATERIALS FOR TEC
MET 302: ANAL & DGN MACHN ELEM II
MET 401: MECH DESIGN PROJECT I
MET 407: STRUCTURAL DESIGN
MET 415: AUTOMATIC CONTROL SYSTMS
MET 448: MECH DESIGN PROJECT II
MNET 303: ADV TECH IN CAD/CAM
Research Interests
The Platform Technology Engineering Laboratory will focus on applied research in Product Design and Advanced Manufacturing. The primary focus is to research and develop novel manufacturing and inspection processes/equipment to solve industrial and applied problems. This includes applying CAD/CAM, numerical methods, automated techniques, and machine building. The laboratory will develop new techniques from concept to laboratory scale with a strong focus on establishing industrial collaborations.
Conference Proceeding
Differential Effects of 8 and 12 Hour Non-rotating Shifts on Alertness, Sleep and Health of Public Safety Workers
IEA 2018 Conference proceedigs, Springer, August 2018
Effect of Metal Additive Manufacturing on the Engineering Design of Manufacturing Tooling: A Case Study on Dies for Plastic Extruded Products
Proceedings of the ASME 2017 International Mechanical Engineering Congress and Exposition, November 2017
IEA 2018 Conference proceedigs, Springer, August 2018
Effect of Metal Additive Manufacturing on the Engineering Design of Manufacturing Tooling: A Case Study on Dies for Plastic Extruded Products
Proceedings of the ASME 2017 International Mechanical Engineering Congress and Exposition, November 2017