Brake-Light PCB
HyTech Racing – PCB Design
Hey there, I am Carter Bliss
Multifaceted Engineer pursuing Bachelor's of Science in Electrical Engineering at Georgia Institute of Technology GPA: 4.0, E.G: 2028
- Concentrating in Electronic Devices & Robotics, minor in CS: Intelligence
- Seeking summer 2027 internship in hardware, embedded systems, or software engineering
Projects
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Steering Sensor Firmware Design
HyTech Racing – Embedded Firmware
Supercapacitor IC
Circuit Design – Power Electronics
Career & Goals
Career Goals
In an age of artificial intelligence, automation, and accelerating innovation, I want to stand at the forefront of technological progress. In addition to majoring in Electrical Engineering, I am pursuing concentrations in Electronic Devices and Robotic Automation Systems, while prioritizing courses such as ECE 4804 (Theory to Tapeout) to gain hands-on experience in ASIC design. I also plan on minoring in Computer Science: Intelligence.
In this constantly evolving field, I believe broad exposure to diverse engineering practices is the best way to grow. After completing my Bachelor's, I want to pursue a Master's degree in ECE to deepen my expertise in professional electronics design.
To achieve this, I'm excited to work as a Systems Engineer at L3Harris in the space market segment this summer. In the future, I hope to gain more internship experience in hardware and automation design.
Relevant Coursework
- Digital System Design (ECE 2020) Spring 2026
Computer system and design principles: Processor design, MIPS datapaths, ISA, memory, state machines, coders & muxes, gates & switches, logic gates, and boolean algebra.
- Multivariable Calculus (MATH 2551) Spring 2026
Calculus in multiple dimensions: vectors and space geometry, vector calculus & analysis, partial derivatives & gradients, and integration.
- VIP: Chip Scale Power & Energy Spring 2026
Supercapacitor design course: fabrication, characterization, materials design, and systems design. Tailored for future space applications.
- Physics Principles II (PHYS 2212) Fall 2025
Calculus based physics course: electromagnetism, light, RC circuitry, lab experiments, and modeling fields with Glowscript.
- Computing for Engineers (CS 1371) Fall 2025
MATLAB focused CS course: Matrix manipulation, data visualization & analysis, High & Low level file IO, plotting, structures, and basic language principles.
- Linear Algebra (MATH 1553) Fall 2025
Linear Algebra fundamentals: vectors, matrices, eigenvector & eigenvalues, diagonalization, determinants, subspaces, factorization, inner products, orthogonality, and least squares.
- Chemical Principles I (CHEM 1211k) Fall 2025
Chemical fundamentals: atomic structure, molecular properties & behavior, gases, chemical bonding, stoichiometry, and thermodynamics.
- Programming for H/S Systems (ECE 2035) Fall 2026
Embedded systems programming course: C and assembly language, MIPS instruction set, memory hierarchy, I/O interfacing, interrupts, and hardware/software integration.
- Circuit Analysis (ECE 2040) Fall 2026
Fundamental circuit analysis: Kirchhoff's laws, node and mesh analysis, op-amps, capacitors and inductors, AC/DC analysis, Thevenin and Norton equivalents, phasors, and frequency response.
- Digital Design Lab (ECE 2031) Fall 2026
Hands-on digital systems lab: VHDL, FPGA implementation, hardware description language, combinational and sequential circuit design, simulation, and hardware integration.
- Statistics & Applications (ISYE 3770) Fall 2026
Probability and statistics for engineers: random variables, probability distributions, hypothesis testing, confidence intervals, regression analysis, and statistical inference.
- Object-Oriented Programming (CS 1331) Fall 2026
Java-based OOP course: classes and objects, inheritance, polymorphism, interfaces, exception handling, data structures, and file I/O.
About Me
Hi I'm Carter, an Electrical Engineering student at Georgia Tech with a passion for building cool things and learning new technologies. At Georgia Tech, I'm involved with numerous clubs and organizations. Some of my most meaningful commitments are my projects at HyTech Racing (GT's own electric racecar team), training staffers as an Advanced Prototyping Technical Operator at the Materials Innovation Learning Laboratory, or designing an autonomous testing system for supercapacitors on a NASA balloon mission on my Vertically Integrated Projects team.
When I'm not working on classes or projects, you can find me at GT's community recreation center training to one day bench 300 pounds, outside on the Atlanta beltline running, or playing ping pong with my friends. In highschool, I was heavily commited to cross country and track running, which taught me the discipline and initiative needed to succeed in my goals. To this day, I still push myself to accomplish something new everyday, or just becoming better at something I do.
Feel free to reach out to me below if you have any questions or would like to collaborate! I am also currently seeking a 2027 summer internship in the embedded systems, software, or hardware engineering field.
