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User - Molly Smith - TRAC
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Molly Smith

(She/Her)

Experience:
Veteran 1
Graduating Year:
2026
Class Year:
Junior
College(s):
College of Health
Major(s):
Community and Global Health
Minor(s):
Health Policy and Politics
International Relations
Hometown:
Mendham , NJ
About:
Hi! I am a community and global health major with minors in IR and Health Policy. Being a TRAC fellow has given me an incredibly special community. Through the TRAC 100 Seminar, and meetings with the entire TRAC community, I have made so many friends, and learned so many skills I can apply in all areas of my life. Besides being a trac fellow, I am also the house manager for ZTA, and a research assistant.

Courses TRACed:

SPRING 2025

ECE 363
Design of Digital Systems

None

Modern digital chip design, with emphasis on key design concepts, methodology and flow using state-of-the-art electronic design automation (EDA) tools and standard cell libraries from the semiconductor industry. Topics include CMOS transistor operations, interconnect, dynamic/leakage power, delay, RTL coding, logic synthesis, static timing analysis, formal verification, RTL/gate level simulation and physical design. The course consists of a set of labs and a project built upon multiple Synopsys EDA tools, including Design Compiler, PrimeTime, Formality, VCS etc.

FALL 2024

BUS 003
Business Communications

Business

Good business communication skills are essential for success on the job and career advancement. In this course, students are introduced to the frameworks and skills necessary to deliver communications that are professional, clear, concise, evidence-driven, and persuasive. Emphasis is on basic business communications including memos, reports, and presentations.

SPRING 2024

BIOS 041
Introduction to Cellular and Molecular Biology

Biological Sciences

Basic building blocks and higher order structures required for cellular processes. Topics include the character of membranes, the molecular/cellular basis of energy production, cell cycle progression, DNA replication, gene expression, basic Mendelian genetics, signal transduction, and cell division.