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Tue, 17 Jul 2018 20:16:24 +0000
Lockheed VP: “As the UK develops its space industry further, I think you’ll see bigger economics from the mini-satellites and the value they create from data." SpaceNews.com
Tue, 17 Jul 2018 16:20:46 +0000
While Lockheed Martin continues to suggest it will use Rocket Lab’s Electron rocket at a Scottish launch site announced at the beginning of this week, company officials said July 17 they have yet to formally select a vehicle to fly at the site. SpaceNews.com
Tue, 17 Jul 2018 00:28:34 +0000
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Mon, 16 Jul 2018 19:27:06 +0000
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Mon, 16 Jul 2018 16:54:04 +0000
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Mon, 16 Jul 2018 13:03:49 +0000
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Mon, 16 Jul 2018 09:14:34 +0000
The British government announced July 16 that it will provide funding to two companies, including an American aerospace giant, who plan to use a newly announced launch site in Scotland. SpaceNews.com
Sun, 15 Jul 2018 21:58:30 +0000
After years of study and consideration, the British government announced July 15 that it will start development of a new spaceport in northern Scotland, while an English airport signed a deal that could also lead to launches from its facility. SpaceNews.com
Sun, 15 Jul 2018 19:39:31 +0000
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Sun, 15 Jul 2018 08:03:46 +0000
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Fri, 13 Jul 2018 20:43:08 +0000
On his first foreign trip since taking office nearly three months ago, NASA Administrator Jim Bridenstine traveled to Israel this week to meet with the country’s prime minister and other officials. SpaceNews.com
Fri, 13 Jul 2018 19:21:26 +0000
Gogo, an inflight connectivity provider leasing capacity on dozens of satellites, bulldozed its old business plan July 13 amid looming concerns over unprofitability, encroaching debt deadlines, and a potential buyout. SpaceNews.com
Thu, 12 Jul 2018 21:57:26 +0000
The White House nominated a veteran Senate aide with little space experience to be NASA’s deputy administrator July 12, a month after the agency’s administrator said he wanted someone with technical expertise for the job. SpaceNews.com
Thu, 12 Jul 2018 19:00:17 +0000
Blue Origin will begin flying two customers on the same New Glenn rocket after the launch vehicle has performed five missions with solo customers, according to Ted McFarland, Blue Origin’s commercial director of Asia-Pacific business. SpaceNews.com
Thu, 12 Jul 2018 18:42:28 +0000
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Wed, 11 Jul 2018 22:15:26 +0000
China’s state-owned fleet operator is making forward-leaning investments in high-throughput satellites and low-Earth-orbit constellations without worrying, at least initially, about whether these projects are backed by sound business plans. SpaceNews.com
Wed, 11 Jul 2018 20:54:55 +0000
Amid growing concerns about commercial crew delays, a GAO report recommended NASA share more schedule information with Congress and develop contingency plans to maintain access to the International Space Station. SpaceNews.com
Wed, 11 Jul 2018 20:27:30 +0000
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U.S. aerospace and defense in 2017 posted a positive trade balance. But there are concerns that escalating trade wars could hurt future growth. SpaceNews.com
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  • CV: Fluidic System Designer

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    Personal information
     Name:<withheld>
     Age:<withheld>
     Country:<withheld>
     Location:<withheld>
    Contact information
     Email:<withheld>
     Phone:<withheld>
     Mobile:<withheld>
    Candidate Profile
     Date Submitted:20-06-2017
     Last Modified:20-06-2017 (04:58)
    Job information
     Current job:Fluidic System Designer
     Employment Term:Temp/Contract
     Job location:Europe only
     Date available:immediately
     Industry:Civil Agencies/International Organizations, Satellite Manufacturers and Subcontractors, Launch Systems, Consulting/Engineering Services, Space Tourism
     KeywordsAerospace Engineer, PhD in Experimental aerodynamics, research, Design, wind tunnel testing, fluid mechanics, Member of formula student team for 4 years
    CV

    Nationality: Spanish

    DoB: 28-06-1990 Manchester, UK

    EDUCATION AND RESEARCH

    2012 – 2017

    PhD in Aerospace Engineering | The University of Manchester

    Thesis “Supercritical Coanda Jets for Flight Control Effectors” (submitted and passed)

    Sponsored by BAE Systems and EPSRC iCASE Award

    2008 – 2012

     

    MEng (Hons) in Aerospace Engineering | The University of Manchester

    Second Class, Division One Honours (accredited by RAeS & IMechE) – 69.7% average

    Dissertation “Carbon Airframe for Tumblweed, a Novel Autonomous Multirotor Micro Air Vehicle” – 78%

     

    2004 – 2008

    Queens College, Palma de Malliorca, Spain

     

    A Level    2 A. 1 B (Maths, Physics, Spanish)

    AS Level    2 B, 2 C (Further Maths, Chemistry, Spanish Literature, Geography)

    Título de Bachillerato LOGSE 8,5

    GCSE    2 A*, 3 A, 3 B

    EMPLOYMENT AND WORK EXPERIENCE

    Dec 2015 - Present

    Fluidic System Designer for MAGMA Aircraft- Employer: BAE Systems and The University of Manchester – Part-time, 2016 Sep – Present – Full-time

     

    The MAGMA aircraft is a flight demonstrator of novel manoeuvre effector technologies at large model aircraft scale (40 kg). I am leading a group of 3 engineers in the design and test of a fluidic control system, taking in managerial responsibilities such as planning research activities and managing the project budget. Other responsibilities include system design, component detail design and testing. I have contributed to the design feasibility phase, a half scale flight demonstrator and design and build of the final aircraft.

     

    Oct 2012-Present

    PhD Research Student - Employer: BAE Systems and The University of Manchester – Full-time

     

    I carried out research for BAE Systems FCAS programme in the field of experimental aerodynamics, focusing on expanding the knowledge of trailing edge circulation control. Responsibilities include experiment design, test piece design, optical setup, testing, data handling, flow analysis and project management (planning research activities and managing budget). For the duration of the research I contributed on the refit of various laboratories and the re-commission of a wind tunnel. I have also worked alongside experts from the research funding company to address aircraft-wide implications such as control, performance, power requirements and delivery and system installation.

     

    Oct 2012 – Dec 2016

    Graduate Teaching Assistant - Employer: The University of Manchester – Part-time

     

    Conducting tutorials for the following undergraduate and postgraduate-taught courses:

    Design 1 (Aerospace) Wing Design

    Modelling and Simulation (Second Year)

    Aircraft Design (Second Year)

    Advanced Aerospace Design (Masters)

     

    Conducting undergraduate and postgraduate-taught laboratories:

    Fluid Mechanics: Flow-visualisation and Wind Tunnel Testing.

    SolidWorks CAD Workshop

    Make a Matlab Flight Simulator

    Design, Build and Test a UAV

    Manufacturing Techniques for UAVs

     

    2013 Jun – 2013 Jul

    UAV Ground Operator - Employer: UAV Research Group, The University of Manchester – Part-time

     

    Researchers from the School of Mechanical, Aerospace and Civil Engineering (MACE), in collaboration with the School of Life Sciences and the GAMMA Programme, went to the Amazon rainforest in Ecuador in July 2013, where we deployed Unmanned Aerial Systems (UAS) to collect aerial footage of the rain forest canopy. I performed ground operations of the research aircraft, including assembly, repairs, launch and retrieval.

     

    2011 Jun – 2011 Aug

    Summer Placement - Employer: The University of Manchester- Full-time

     

    Following the research carried out during my undergraduate dissertation, the UAV research group received additional funding to continue the vehicle development of Tumbleweed. My role was to design, test and build a lightweight carbon fibre structure and to explore the feasibility of using 3D printed parts in the structure. The vehicle concept was showcased at IMAV 2011 including a paper submission and presentation of the concept.

     

    2008 Sept – 2012 Jul

    Formula Student - The University of Manchester – Volunteer work part-time

     

    I joined the Formula Student Team at the start of my undergraduate studies. Over four years I was involved in various aspects of the team, including Steering System Design, Head of Suspension and Steering Design, Team Leader and Driver. Formula Student provided a hands on experience towards engineering with particular emphasis on component design and manufacture. As Team Leader I was responsible of managing a group of 18 on-going members and up to 60 new applicants, as well as heavily involved in the 2012 car design and led the team to the first full competition entry since 2008. The role as Team Leader also focused on advertising the team, UCAS presentations and demonstrations on a monthly basis, and obtaining a sponsorship deal with ESSAR.

    SKILLS

    Computing

    3D CAD Modelling (SolidWorks)

    MATLAB

    TeX/LaTeX typesetting and document preparation

    Image processing (Image J, Lightroom, Inkscape)

    CFD (Star CCM+)

    Microsoft Office

    Teaching and Demonstration

    Demonstration and supervision of practical laboratory exercises

    Academic and journal paper reviewing

    Speaker at international conferences

    Co-supervision of undergraduate and postgraduate-taught research projects

    Experience as lead and assistant in academic tutorial sessions

    Experimental Techniques

    Wind tunnel operation

    Optical flow visualisation

    Experiment design

    Data acquisition

    Fluid mechanics analysis

    UAV design, manufacture and operation

    Manufacturing (Rapid prototyping, composites, laser cutting, hot wire cutting)

    Languages – English and Spanish (Fluent, bilingual), Catalan (Elementary Proficiency)

    OTHER PROJECTS AND INTERESTS

    US CanSat 2014 Competition

    The competition simulates a sensor payload traveling through a planetary atmosphere sampling atmospheric composition during descent.

    Designed and manufactured a ‘zimmerman’ wing with a carbon fibre structure for the vehicle.

    Finished in 8th position out of 40 team entries.

     

    Member of AVT-239 Innovative Control Effectors for Manoeuvring of Air Vehicles

    The objective of the Task Group is to increase the TRL of the application of novel control technologies to manoeuvring through the assessment and development against key integration criteria, e.g. complexity, maintainability, reliability, etc.

    Circulation control devices are explored as a replacement of conventional controls, as a balance between aerodynamic efficiency, power, mass and volume constraints.

     

    UAV Research Group

    I have been an active member of the UAV Research Group at The University of Manchester since 2011.

    Interest and activities include airframe design/manufacture/build, operation, payload integration and aiding undergraduate and postgraduate studies with related projects.

     

    Recreationally, I play football, swim regularly, and practice archery (winner and podium of regional and national championships). I also enjoy skiing/snowboarding, sailing have interests in photography. I hold Grade 8 in Piano from Trinity College London.

    REFEREES

    Dr William Crowther (PhD Research Supervisor)

    The University of Manchester

    Manchester, M13 9PL

    Email: bill.crowther(at)manchester.ac.uk

    Dr Mark Quinn (PhD Examiner)

     

    The University of Manchester

    Manchester, M13 9PL

    Email: mark.quinn(at)manchester.ac.uk

    Prof Clyde Warsop (Research Industrial Supervisor)

    BAE SYSTEMS Military Air and Information, Building 20R, 20 site PO box 5, Filton Bristol, BS34 7QW

    Email: clyde.warsop(at)baesystems.com

     

    APPENDIX

    PhD THESIS LAY ABSTRACT

    Traditional control surfaces used on aircraft for high lift and manoeuvre control are complex systems requiring robust mechanical design to achieve the desired movement. Circulation control (CC) offers the potential to achieve similar or greater control gains by injecting air along the trailing edge of the wing with reduced mechanical complexity. A jet of air is blown over a rounded trailing edge surface, moving the aft stagnation point along the curved surface. Lift augmentation has been shown to reduce with increasing freestream velocity. To maintain the velocity ratio at higher freestream velocities the jet velocity has to be increased to and beyond critical condition. Previous work suggests the shock structure produced by a convergent nozzle operated at supercritical pressures causes shock induced jet separation, leading to a sudden loss in CC performance.

    Wind tunnel experiments were carried out to assess the effectiveness of supercritical devices in the presence of high subsonic freestream flow. By using a convergent-divergent nozzle geometry, the jet was shown to remain attached for higher supersonic blowing velocities obtaining lift augmentation factors of 10. The less complex shape of a convergent-stepped nozzle showed acceptable levels of flight control authority and could therefore be miniaturised to fit a CC device within the trailing edge height of a current generation aircraft, without further modification of the aerofoil shape.

    CONFERENCES AND COURSES ATTENDED (*presenting author)

    2015        * AVT-239 Innovative Control Effectors for Manoeuvring of Air Vehicles, Prague, Czech Republic

    2015        * AIAA Aviation 2015, Dallas, USA

    2015        AVT-239 Innovative Control Effectors for Manoeuvring of Air Vehicles, Rzeszow, Poland

    2014        Airbus DiPaRT 2014, Bristol UK

    2014        * AIAA Aviation 2014, Atlanta, USA

    2013        13th Annual SMi UAS Conference, London UK

    2013        AVT-215 Innovative Control Effectors for Military Aircraft, Stockholm, Sweden

    2012        Star CCM+

    2011        International Micro Air Vehicle conference and competitions 2011 (IMAV 2011), t’Harde, Netherlads

    PUBLICATIONS

    Langkamp, D., Roberts, G., Scillitoe, A., Lunnon, I., Zamecnik, J., Proctor, S., … Llopis-Pascual, A. (2011). An engineering development of a novel hexrotor vehicle for 3D applications. IMAV 2011.

    Chard, J., Jegede, O., Llopis-Pascual, A., & Crowther, W. (2013). Towards high speed fluidic flight controls. In AVT-215 Innovative Control Effectors for Military Aircraft. Stockholm, Sweden: NATO CSO.

    Chard, J., Llopis-Pascual, A., & Crowther, W. J. (2015). Plenum design for compact fluidic effectors. In 33rd AIAA Applied Aerodynamics Conference. Dallas, Texas.

     AWARDS, FELLOWSHIPS, AND GRANTS

    2012 – 2016            BAE Systems PhD Research Funding

    2012 – 2016            EPSRC Industrial Cooperative Awards in Science & Technology (CASE) PhD Research Funding

     


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