DANIEL MIRAND

Long Beach, CA adi505@r.postjobfree.com 562-***-**** www.linkedin.com/in/daniel-mirand/ EDUCATION

University of California, San Diego – Jacobs School of Engineering Sept. 2015 – Jun. 2020 Bachelor of Science in Aerospace Engineering, Minor in Business GPA: 3.381/4.0 Relevant Coursework: Materials Science, Mechanics: Static and Dynamics, Thermodynamics, Vibrations, Signals and Systems, Fluid Mechanics, Computer-Aided Analysis and Design, Heat Transfer, Aerospace Structural Mechanics, Aerodynamics, Experimental Techniques, Spacecraft Guidance, Fundamentals of Propulsion, Dynamics and Control of Aerospace Vehicles, Aerospace Engineering Design and Laboratory SKILLS

Technical: Solidworks, AutoCAD, Inventor, Revit, ANSYS, MATLAB, OpenVSP, Python, OpenMDAO, OpenAeroStruct, GMAT, 3-D Printing, Microsoft Office Suite, MS Project, Google Suite, Personal Investing Soft: Motivated, Quick Learner, Flexible, Detail-Oriented, Time Management, Receptive to Criticism and Feedback PROJECTS

Range Optimization of a Drone Capable of Transforming from Flying Wing to Propeller Mar. 2020 – Jun. 2020

- Analyzed stability concerns of a hybrid drone with rect. wing in long-range flight without the need for a tail, control system, or any stabilizers.

- Maximized flight range of a drone for long-range surveillance operations while addressing these stability concerns by optimizing wing parameters.

- Using OpenMDAO and OpenAeroStruct python packages, constructed model that optimizes wing parameters with respect to design constraints.

- Achieved a range of 205.32 km and sweep angle of 8.56O after 3096 iterations, along with a static margin of 8% for longitudinal static stability. Conceptual Design of a Hybrid Airship Jan. 2020 – Feb. 2020

- Created a conceptual hybrid airship model that will provide high-speed intercommunications to remote areas of the world.

- Maximized flight endurance while meeting payload and operation demands, such as a forward speed of 40 kt with a payload of 250 lb.

- Modelled the airship, which uses nuclear energy as a power source, using OpenVSP and conducted aerodynamic and stability analysis.

- Presented technical data at design review to staff and students, highlighting the potential societal and environmental benefits of this mature design. MATLAB Programs for Aerospace Structural and Orbital Mechanics Jan. 2019 – Mar. 2019

- Mapped a satellite in many coordinate systems (ECI, ECEF, ENU) and estimated the state of the system using a Kalman filter of low complexity.

- Plotted a V-n diagram with sharp edge gust for an aircraft, which can be altered to create diagrams for additional aircrafts by importing data.

- Analyzed stresses and displacements along a simplified wing subjected to aerodynamic loads, for given lift and load distributions. 3D Printed Structure under Stress Apr. 2018 – Jun. 2018

- Maximized the strength-to-mass ratio of a 4-inch 3-D printed structure that would be placed on uneven terraces to withhold a given load.

- Developed an understanding of 3-D printing using a MakerBot printer by frequently testing the material properties of the PLA filament.

- Within ANSYS, utilized FEA and stress analysis to determine locations of stress concentrations on initial structure, and modified design.

- Design structure weighed approximately 3 grams, was able to withstand the given load of 1 kg, and achieved structural failure at a load of 2.5 kg. Designer and Manufacturer for Robot Design Competition Oct. 2016 – Dec. 2016

- Designed a robot using Inventor to deliver items from one location to another for points in a competitive atmosphere.

- Using AutoCAD and a MakerBot Printer, built the robot and its essential design feature for easy manufacturability and minimal use of material.

- Organized and distributed weekly deadlines and tasks among three other group members using Gantt Charts (using MS Project).

- With its easy manufacturability and linear control, increased ease of use by third parties; also, achieved a top 10 finish out of 50 teams. EXPERIENCE

Events Supervisor Sept. 2017 – Jun. 2020

UCSD Recreation – Events Operations

- Implemented and upheld the highest quality in events and employees during the athletic transition from DII to DI.

- Communicated complex logistical demands of large-scale events between managers and student staff for smooth and efficient operations.

- Trained new student staff during shifts by briefing them about demands of events and showing them locations of various equipment on campus.

- Successfully managed up to 25 student workers in completion of hundreds of tasks, resulting in UCSD Recreation Leadership Recognition Award. Research and Development Core Member La Jolla, CA

Formula – Society of Automotive Engineers Jan. 2017 – Dec. 2017

- Researched models and concept generations of variable intake runners to create an artificial turbocharger for a formula-style racing car.

- Coordinated with upper management to create a strategic timeline for projects and to obtain funding through corporate sponsorships.

- Designed an intake and exhaust test rig using Solidworks for a dyno to verify theories behind variable runner lengths and power gains.

- Using Solidworks, developed custom intake and exhaust manifolds to allow the alteration of pipe lengths, along with a bill of materials (BOM). PROFESSIONAL ORGANIZATIONS AWARDS

American Institute of Aeronautics and Astronautics Provost Honors: Spring 2019- Winter 2020 Formula - Society of Automotive Engineers UCSD Recreation – Leadership Recognition Award Society of Hispanic Professional Engineers

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