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CUSTOM BACK NAME
CUSTOM BACK NUMBER
ALL SIZES AVAILABLE
SHIPPING TIME 3-5 WEEKS WITH ONLINE TRACKING NUMBER

Be sure to compare your measurements with a jersey that already fits you.

Please consider ordering a larger size, if you prefer a loose fitting jersey.

HOW TO CALCULATE CHEST SIZE:

Width of your Chest plus Width of your Back plus 4 to 6 inches to account for space for a loose fit.

Example: 18" wide chest plus 18" wide back plus 4" of space, would be a size 40".

SIZE CHART CHEST
XS 30"-32" Chest Measurement (76-81 cm)
S 34"-36" Chest Measurement (86-91 cm)
M 38"-40" Chest Measurement (97-102 cm)
L 42"-44" Chest Measurement (107-112 cm)
XL 46"-48" Chest Measurement (117-122 cm)
2XL 50"-52" Chest Measurement (122-127 cm)
3XL 54"-56" Chest Measurement (127-132 cm)
4XL 58"-60" Chest Measurement (147- 152 cm)
5XL 62"-64" Chest Measurement (157-162 cm)
6XL 66"-68" Chest Measurement (167-172 cm)

Please, enter Name & Number information and B & C Measurements in the notes form that is prompted after adding to cart.

Starfleet Engineering (Star Trek Universe)

Starfleet Engineering is a critical division within Starfleet, the scientific, exploratory, and defensive organization of the United Federation of Planets in the Star Trek universe. It focuses on the design, construction, maintenance, and innovation of starships, space stations, and advanced technologies that enable Starfleet's mission of peaceful exploration and defense.

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### Key Responsibilities

1. Starship Design & Construction:

- Engineers develop cutting-edge vessels like the USS Enterprise, USS Voyager, and USS Discovery.

- Innovations include warp drive (faster-than-light travel), deflector shields, phasers, and transporter systems.

2. Maintenance & Repairs:

- Engineers like Montgomery "Scotty" Scott (TOS) and B'Elanna Torres (Voyager) are famed for keeping ships operational in crises (e.g., battle damage or spatial anomalies).

3. Problem Solving:

- Tackling challenges like warp core breaches, holodeck malfunctions, or integrating alien tech (e.g., Borg nanoprobes).

4. Research & Development:

- Pioneering tech such as replicators, quantum slipstream drives, and synthehol (a safer alternative to alcohol).

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### Notable Engineers in Starfleet

- Montgomery Scott (*The Original Series*): Legendary "miracle worker" and chief engineer of the USS Enterprise.

- Geordi La Forge (*The Next Generation*): Blind engineer who used a VISOR (later ocular implants) to "see"; later captained the USS Challenger.

- Miles O'Brien (*TNG/Deep Space Nine*): Transporter chief turned station engineer; pivotal in adapting Cardassian tech on Deep Space Nine.

- B'Elanna Torres (*Voyager*): Half-Klingon chief engineer who kept Voyager intact during its 70,000-light-year journey.

- Trip Tucker (*Enterprise*): Early warp-era engineer critical to Earth's first deep-space missions.

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### Iconic Technologies

- Warp Drive: Enables FTL travel by bending spacetime.

- Transporter: Dematerializes and rematerializes matter.

- Replicator: Creates food, tools, and supplies from raw energy.

- Holodeck: Simulates immersive environments for training or recreation.

- Tricorder: Handheld device for scanning and analysis.

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### Real-World Influence

Starfleet Engineering has inspired real-world STEM fields:

- Mobile Tech: Flip communicators (TOS) → modern cell phones.

- Tablets: PADDs (TNG) predated iPads.

- AI & Voice Interfaces: Ship computers (like LCARS) resemble Alexa/Siri.

- NASA & SpaceX: Engineers cite Star Trek as motivation for space exploration.

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### Legacy

Starfleet Engineering embodies humanity's optimistic vision of the future: technology as a tool for unity, discovery, and ethical progress. Its fictional innovations continue to spark imagination and drive real-world advancements in engineering, physics, and beyond.

"I cannae change the laws of physics!" – Scotty (but Starfleet engineers often try!) 🖖✨

Let me know if you'd like deeper dives into specific ships, tech, or engineers!

Starfleet Engineering, a fictional discipline within the Star Trek universe, embodies the ideals of advanced technological innovation and exploration. This branch of engineering is primarily concerned with the design, construction, and maintenance of starships and other spacecraft utilized by Starfleet personnel. The challenges faced by Starfleet engineers are not merely mechanical; they encompass a broad array of scientific principles including physics, materials science, and energy management (Tillman, 2018). The depiction of these engineers often serves as a narrative device to explore themes such as cooperation, problem-solving under pressure, and ethical considerations in technology use. In the context of Starfleet Engineering, warp drive technology is perhaps the most iconic element. It allows for faster-than-light travel which is essential for interstellar exploration. However, this concept raises significant theoretical questions about its feasibility based on known physical laws (Platt, 2017). While many aspects of warp theory remain speculative within our current understanding of physics—highlighting the limitations inherent in advancing technology—the imaginative portrayal found in Star Trek inspires real-world scientific inquiry into propulsion systems that could one day realize similar feats. Moreover, Starfleet Engineering emphasizes the importance of interdisciplinary collaboration among various scientific fields. The interplay between biology and engineering is particularly notable when considering life-support systems on starships that must sustain diverse life forms (Andrade, 2024). This holistic approach mirrors contemporary trends in engineering research where cross-disciplinary efforts are increasingly recognized as vital for addressing complex global challenges. Ultimately, while rooted in science fiction, the principles underlying Starfleet Engineering reflect aspirations that resonate deeply with current scientific endeavors.