ST-PrecastPrestressedConcrete

Analysis and design of precast prestressed concrete buildings. Topics include introduction to prestressed concrete, design of precast prestressed elements for moment, shear, torsion, and moment and axial force. The course will focus on design of elements in typical precast buildings including prestressed double tee beams, precast columns, precast spandrel beams, inverted tee beams, precast walls.

Maura Eileen Maxfield

Submitted by admin on
Primary Title:  
Research Assistant Professor
Institution:  
UMASS Amherst
Department:  
College of Education
Email Address:  
moriordan@umass.edu
Office Building:  
Furcolo, College of Ed

Jeffrey P Cook

Submitted by admin on
Primary Title:  
Maintainer
Institution:  
UMASS Amherst
Department:  
Facilities & Campus Services
Email Address:  
jpcook@umass.edu
Office Building:  
Berkshire House

ST- PART

The 9-week Positivity and Relaxation Training (PART) program helps participants develop a self-care routine to help manage stress, improve their outlook and enhance their quality of life.

S- Discover Your Strengths

Discover who you are, how to maximize your strengths and promote your best self with confidence. We all have strengths, but we don't always have the language to articulate what they are; especially in high pressure situations like interviewing. This self-reflective and participatory course utilizes two self-assessments (Myers-Briggs Type Indicator and the CliftonStrengths) to gain insight into ones' personality, natural talents, values, and skills.

Case Studies/US Health Policy

In this course, students will learn about basics of the policy process in the United States, with a focus on issues pertaining to health and healthcare. Students will develop an understanding of how political factors and aspects of the policy environment shape public health and the provision of healthcare services at both the national and state level.

Circuits and Electronics II

Analysis of circuit response to sinusoidal excitation; phasor analysis, impedance, admittance, power, frequency response, transfer functions, Bode plots, filters. Linear analysis of nonlinear circuits; DC biasing of 3 terminal devices, small signal analysis, single device amplifiers, small signal gain and frequency response.
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