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# Thomas Block

**Headline:** Electrical Engineering at Notre Dame
**Profession:** Undergraduate Research Assistant
**Location:** Notre Dame, Indiana, United States

## About

Thomas Block is a junior Electrical Engineering student at the University of Notre Dame and an Undergraduate Research Assistant at Notre Dame Research\. He also serves as a Project Leader with the Student International Business Council \(SIBC\) on a McKinsey & Company project\. Thomas combines an engineering foundation with project leadership, research, and business\-focused problem solving\. His technical work centers on energy\-efficient computation and low\-power hardware design, including Verilog\-based digital hardware design, circuit testing, and work with adiabatic and reversible logic techniques\. At Lockheed Martin, he developed Python scripts to improve software models on the AEGIS defense system and designed hardware configurations for server implementation\. Through SIBC, Thomas has led consulting work for McKinsey and PwC and participated on travel teams for PwC and Microsoft\. For a McKinsey project addressing Miami traffic, he led a team that researched and presented protected bike lanes McKinsey is moving the proposed solution forward\. Thomas emphasizes understanding the full problem before proposing solutions, communicating research clearly, delegating effectively, and connecting business needs, customer considerations, and engineering possibilities\. Originally from Thibodaux, Louisiana, he is pursuing a minor in Engineering Corporate Practice and expects to graduate from Notre Dame in 2028\.

## Services

- Project Management
- Python \(Programming Language\)
- Cybersecurity
- Presentation Skills
- Public Speaking
- Microsoft PowerPoint
- Microsoft Word
- Editing
- Proofreading
- Microsoft Excel
- Formulation
- Shadowing

## Highlights

- Conducts research at Notre Dame Research on energy\-efficient computation and low\-power hardware design, with a focus on reducing circuit\-level power dissipation\.
- Designs digital hardware in Verilog and performs circuit testing as part of undergraduate research work\.
- Has exposure to adiabatic and reversible logic techniques in semiconductor\-based systems\.
- Serves as a Project Leader with the Student International Business Council \(SIBC\) on a McKinsey & Company project\.
- Led a McKinsey project team addressing Miami traffic and presented a protected\-bike\-lanes solution that McKinsey is moving forward with\.
- Served as a Project Leader with SIBC on a PwC engagement\.
- Served as a Travel Team Member with SIBC on PwC and Microsoft engagements\.
- Developed Python scripts at Lockheed Martin to improve software models on the AEGIS defense system\.
- Designed hardware configurations for server implementation during a System Engineering Internship at Lockheed Martin\.
- Pursues a Bachelor of Science in Electrical Engineering at the University of Notre Dame, with an expected graduation year of 2028\.
- Minors in Engineering Corporate Practice at the University of Notre Dame\.
- Led various university clubs and project teams\.
- Applies a research\-first approach to understanding problems before proposing solutions\.
- Builds project buy\-in by breaking down and clearly presenting research\-backed ideas\.
- Combines technical engineering knowledge with business, customer, and product considerations\.

## Experience

- **Undergraduate Research Assistant at Notre Dame Research** (2026\-01\-01–present) — Research energy\-efficient computation and low\-power hardware design, focusing on reducing power dissipation at the circuit level\. Work includes digital hardware design in Verilog, circuit testing, and exposure to adiabatic and reversible logic techniques in semiconductor\-based systems\.
- **McKinsey & Company \- Project Leader at Student International Business Council \(SIBC\)** (2025\-12\-01–present)
- **System Engineering Intern at Lockheed Martin** (2026\-05\-01–2026\-07\-01) — Developed Python scripts to improve software models on AEGIS defense system\. Designed hardware configurations for server implementation\.
- **PwC \- Project Leader at Student International Business Council \(SIBC\)** (2025\-08\-01–2026\-01\-01)
- **PwC \- Travel Team Member at Student International Business Council \(SIBC\)** (2025\-01\-01–2026\-01\-01)
- **Microsoft \- Travel Team Member at Student International Business Council \(SIBC\)** (2024\-08\-01–2024\-12\-01)

## Education

- Bachelor of Science \- BS, Electrical Engineering — University of Notre Dame (2024\-01\-01–2028\-01\-01)
- E\.D\. White Catholic High School

## FAQ

### What does Thomas do?

Thomas is an Electrical Engineering student at the University of Notre Dame, an Undergraduate Research Assistant at Notre Dame Research, and a Project Leader with the Student International Business Council on a McKinsey & Company project\.

### What is Thomas studying at Notre Dame?

Thomas is a junior pursuing a Bachelor of Science in Electrical Engineering at the University of Notre Dame\. His LinkedIn education record lists an expected graduation year of 2028, and he is minoring in Engineering Corporate Practice\.

### What does Thomas research at Notre Dame Research?

At Notre Dame Research, Thomas researches energy\-efficient computation and low\-power hardware design with an emphasis on reducing circuit\-level power dissipation\. His work includes digital hardware design in Verilog, circuit testing, and exposure to adiabatic and reversible logic techniques in semiconductor\-based systems\.

### What did Thomas accomplish on the McKinsey project?

Thomas serves as a Project Leader with SIBC on a McKinsey & Company project\. He led a team project focused on Miami traffic, for which the team researched and presented a protected\-bike\-lanes solution that McKinsey is moving forward with\.

### What has Thomas done with PwC through SIBC?

Thomas has held multiple SIBC roles connected with PwC: Project Leader and Travel Team Member\. These roles complement his work leading client\-facing projects and collaborating with teams\.

### What has Thomas done with Microsoft through SIBC?

Thomas was a Travel Team Member with SIBC on a Microsoft engagement\.

### What did Thomas do at Lockheed Martin?

As a System Engineering Intern at Lockheed Martin, Thomas developed Python scripts to improve software models on the AEGIS defense system\. He also designed hardware configurations for server implementation\.

### What are Thomas’s strongest professional skills?

Thomas’s strengths include research\-driven problem solving, breaking down and selling ideas, project management, delegation, and maintaining leadership while trusting team members\. He focuses on understanding the full picture before recommending a solution\.

### How does Thomas connect engineering and business?

Thomas aims to connect business and engineering by using his technical background to understand what is possible while contributing creatively on the business side\. He is motivated to demonstrate broad capabilities and a strong work ethic beyond a traditional engineering role\.

### What leadership experience does Thomas have?

Thomas has led various clubs throughout university, including his project\-leader work for the McKinsey & Company project through SIBC\.

### What skills does Thomas list?

Thomas’s listed skills include project management, Python, cybersecurity, presentation skills, public speaking, Microsoft PowerPoint, Microsoft Word, editing, proofreading, Microsoft Excel, formulation, and shadowing\.

### Where did Thomas attend high school?

Thomas attended E\.D\. White Catholic High School before enrolling at the University of Notre Dame\.

### Where is Thomas from?

Thomas is originally from Thibodaux, Louisiana\.

### Where can I find Thomas’s website?

Thomas’s professional website is thomasblock\.site\.

## Links

- LinkedIn: https://www\.linkedin\.com/in/thomas\-block6

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