Jet Engine Technician Jobs in Canada - ORENDA Aerospace

Jet Engine Technician
Employer Name:     ORENDA Aerospace Corporation
Wage/Salary Info:     to be negotiated
Location:  MOOSE JAW  Positions:     1
Employment Terms:     Full Time
Length of Employment:     Permanent
How to Apply:  Send resume by fax or email

Requirements:
Provide 2nd Line J85-CAN-40 engine maintenance and test cell support to CF 431 Squadron, CFB Moose Jaw, SK.
Skills: Excellent written and verbal communication. Ability to interpret maintenance publication, drawings and technical data, work with minimal supervision, set priorities, multi-task, work independently and as a team member. Knowledge of engine test cell procedures and inspection procedures.
Major Responsibilities: Carry out assigned J85-CAN-40  engine inspections, engine build-up/tear down, test cell engine runs, functional test, participate in Mobile Repair as required, prepare technical documents, provide weekly engine status updates, assist in the annual test cell calibrations, travel 1-2 times per calendar year.
Knowlege/Background: College diploma-Aircraft Miantenance or equivalent, Minimum 1-3 years experience maintenance preferably J85-CAN-40 jet engine, Working knowledge of DND protocol on military bases in Canada. Must be able to gain high-level security clearance.
Remarks: Only those candidates selected for an interview shall be contacted.
Overview of the company: Over the past 10 years, Orenda has supplied more than 200,000 individual components to OEMs as well as civil, military and industrial end-users. Orenda, today, is ready to share in the design and production of new gas turbine engines-in fact, we specialize in static and dynamic components; fan sections or hot sections; power plant assembly and complete overhaul and testing.

Application Information
Employer Name: ORENDA Aerospace Corporation


Employer Address:
3160 DERRY ROAD EAST
MISSISSAUGA,ON
CANADA
L5N6G4
Contact Fax:
905-673-5304
Contact Email:
heather.billings@magellan.aero

New variant of the shape I have been thinking about

Here is my today's result from iRhino:



The idea is that the fuselage center section blends into wings like on blended wing body, but it only forms a minor portion of the shape, high aspect ratio wings continue from the blended part and there is a tail in the rear. I have not drawn this as I was thinking because I have been thinking either V-tail or T-tail. This picture doesn't yet have a rudder.

Now the difficulty is that I have hard time on getting the Rhino do what I think. The loft is challenging, because it follows airfoil shape, it follows the configuration and contour from the top I was thinking, but the problem is to vary the airfoil shape in the center section so that the transition from the right side to the left side is smooth and more circular than in this thing where it is pretty sharp (the sharpness there is completely unintentional and will go away as soon as I figure how to loft this thing properly).

The wing tips did not loft as I planned, and also the elevator has wrong airfoil shape in the tip, the scale2D produced results I was not planning to get. There is still something to learn in Rhino. I need to ask from maybe Jani tomorrow how to do this right.

Watch live Airplane traffic from different parts around the World !

Introduction to Flightradar24

How Flightradar24 works?
Flightradar24 shows live airplane traffic from different parts around the world. The technique to receive flight information from aircraft is called ADS-B. That means the Flightradar24 can only show information about aircraft equipped with an ADS-B transponder. Today about 60% (about 30% in USA and about 70% in Europe) of the passenger aircraft and only a small amount of military and private aircraft have an ADS-B transponder.
Which aircraft are visible on Flightradar24?

Common aircraft models that are visible on Flightradar24 (have an ADS-B transponder):
    All Airbus models (A300, A310, A318, A319, A320, A321, A330, A340, A380)
    BAe ATP BAe Avro RJ70 BAe Avro RJ85 BAe Avro RJ10  Boeing 737  Boeing 747
    Boeing 757 Boeing 767 Boeing 777 Boeing 787
    Most new deliveries of Embraer E190
    Fokker 70 Fokker 100
    Gulfstream V Gulfstream G500/G550
    McDonnell Douglas MD-10 McDonnell Douglas MD-11
    Sukhoi SuperJet 100
    Some newer Ilyushin and Tupolev for example Il-96 and TU-204

Common aircraft models that are NOT visible on Flightradar24 (no ADS-B transponder):
    ATR-42  ATR-72
    Boeing 707  Boeing 717 Boeing 727 Boeing 737-200 Boeing 747-10  Boeing 747-200 Boeing 747SP
    All CASA models
    All Bombardier Dash models All Bombardier CRJ models
    Dornier 328
    All Embraer models (except most new deliveries of Embraer E190)
    Jetstream 32
    Fokker 50
    McDonnell Douglas DC-9 McDonnell Douglas MD-8  McDonnell Douglas MD-9x
    Saab 340 Saab 2000
    "Air Force One"
    Most older aircraft
    Most military aircraft

Of course there are lots of exceptions.
For example one Lufthansa CRJ900, one LOT ATR-72, one Wideroe Dash, some MD8X from Onur Air, some Saab 340 in Australia and several private Cessnas are visible.
There are also some older A300, A310, A320, B737, B747, B757, B767 aircraft without the ADS-B transponder, and that makes thoose aircraft invisible on Flightradar24.

Notes:
Click on an aircraft symbol to get airline and flight data about that aircraft.
The blue crosses show the location of major airports. You can zoom in to see a closeup of the airport. Note that the satellite view of the Earth is NOT a real time images, but comes from the Google database.
You can zoom out and drag the map to find other locations of interest.

Worlds Most Beautiful Airports

Beautiful Airports

Everyone has experienced it, and no one enjoys it: the airport delay. Missed connections, weather cancellations, and equipment problems make travel a less-than-glamorous experience. But there are some airports where you might decide that a longer-than-expected layover is not such a bad thing. Take, for instance, the Marrakech Menara Airport, where mosaic-tiled ceilings and gleaming glass ornaments evoke Moroccan royalty. In recent years, some of the biggest names in architecture have proven that airport design can be both practical and innovative — and improving passengers' travel experience.
Regine Weston, an expert in airport planning and systems, says a city’s airport is important on multiple levels. "The most obvious is that they are a gateway to your community, the first impression a visitor arriving by air has,” she says.

That's why a growing number of cities are spending heavily on revamping their terminals and tower structures to demonstrate their affluence and technological mastery beyond transportation.

"[People] fall in love with a city through an airport....It's the front row to a city and region, the first and last impression," says John D. Kasarda, a professor of management and director of the Kenan Institute of Private Enterprise at the University of North Carolina.

Beijing International Airport, China

Just in time for the 2008 Summer Olympic games, Beijing International added Terminal 3, the largest above-ground airport terminal in the world. The Feng Shui is the creation of British architect Norman Foster, who designed and completed Terminal 3 in four years.
Its soaring aerodynamic roof and dragon-like form celebrate the thrill of flight and evoke Chinese traditional red and gold color scheme and symbols.
"If you are lucky, [you] see the sun glinting off the dragon scales on the spine of the building," says Weston.
The terminal is open to views to the outside and planned under a single unifying roof canopy. Linear skylights are both an aid to orientation and sources of daylight — the color scheme changing from red to yellow as passengers progress through the building.

Carrasco International Airport, Uruguay

Carrasco International Airport, or Aeropuerto Internacional de Carrasco General Cesareo L. Berisso, as it is known in Uruguay, is a private airport owned and operated by Puerta del Sur, and serves the capital city of Montevideo. The airport is one of just two airports in the country; it was created to expand capacity and spur commercial growth and tourism in the surrounding region.
In 2007, Uruguayan architect Rafael Viñoly designed a new building that plays off the tradition of grand transportation halls and departure levels all in one large space. The arrivals area encompasses an airy mezzanine level to help orient passengers to the terminal space before they descend to the baggage claim and other services. The curved roof of the airport’s exterior evokes the natural landscape of Uruguay, becoming not just an architectural landmark but a sculptural one, as well.

Denver International Airport, United States
Denver International Airport, or DIA, which opened in 1996, is routinely voted the best airport in North America by Business Traveler magazine, balancing passenger safety and providing an enjoyable experience. The terminal’s peaked roof resembles a village of giant white teepees, against the backdrop of the Rocky Mountains.
Denver-based architect Curtis Fentress, a pioneer in sustainable design, made the airport as "green" as possible, with solar-power operations, and a roof made of materials which reflect 20 percent of solar radiation in the summer and retains heat in the winter.
In addition to construction, the airport made operational improvements in 2020 and now uses a recycling program.
"It is the only major new airport to be built in recent memory, and as such has advantages over other large airports such as JFK, LAX, and ORD, which have grown organically over many decades and generations of airlines and aircraft needs," says Weston.

Incheon International Airport, South Korea

Since its opening in 2001, Incheon International Airport has been regularly voted the world's best airport in terms of the passenger experience. Award-winning architect Curtis Fentress, who also designed Denver International Airport, intended to design Incheon as a showcase of Korean culture.
Fentress spent weeks traveling the country, visiting cultural landmarks, and studying the lines and forms found in traditional buildings before he started to design the airport. The bow of the roofline emulates a traditional Korean temple, and while the arrival hallways are lined with Korean artifacts, some 5,000 years old, the airport's train terminal looks futuristic. Pine trees and wildflowers are planted inside the building.
The airport's baggage-handling system is designed to process 31,000 pieces of luggage an hour, and uses a centralized computer-controlled, automated tilt-tray system, that sorts pieces of luggage with barcode readers.

Lyon-Saint Exupéry, France

Formerly known as Lyon Satolas Airport, the building's most striking profile is based on two converging steel arches that resemble a bird in flight. Architect Santiago Calatrava designed St. Exupéry’s main concourse with a wing-like structure spread out on the ceiling and natural light coming through the openings.
Although there is a high-speed train station connected to the airport, Calatrava's aspirations for the airport serving as an international hub for the region failed, as only a handful of people use the high speed daily.

Malvinas Argentinas Airport, Argentina

Located in Ushuaia at the southern tip of South America, near the island of Tierra del Fuego, Malvinas Argentinas Airport's beauty is a function of its natural setting. Flights come in low over the Andes Mountains, crossing the northern plains, smooth hills, and mountain topography. The airport is a common gateway to Patagonia and the Antarctic. From the outside, the glass building reflects the sun; inside, timber frames the spacious main building.

Marrakech Menara Airport, Morocco

Modernism and traditional Islamic architecture come together at the Marrakech Menara Airport. Designed by a team of architects, led by Casablanca-based E2A Architecture, the airport added a contemporary terminal in 2008. Inside, massive concrete, diamond-shaped structures cover the ceiling, and light and shadows shift throughout the day. The contemporary design blends smoothly with the original terminal, whose columns are the typical diamond-shaped tiles in shades of green and terracotta.
Balconies overlook the central lobby and the main rest areas are equipped with sofas and armchairs decorated with fabrics typical of the region. The building's glass skin, which looks like wired mesh, evokes Arab artistry and design.

Singapore Changi Airport, Singapore

Singapore Changi Airport embarked on an ambitious expansion program in 2000. Its Terminal 3 was designed by CPG Corp. and Skidmore, Owings and Merrill. Inside, a woven tapestry of living plants not only divides the huge building into landside/airside sections but also connects the vertical space of the check-in/arrival areas, which are separated by a glass security screen.
The airport’s “butterfly-winged” skylights allow natural light in, while keeping the tropical heat out through regulated sensors. At night, the skylights glow with artificial lighting that is delicately concealed below the reflector panels. A five-story-high vertical garden, dubbed The Green Wall, complements the showcasing of natural elements.
"There are so many serene amenities, it's like a tropical wonderland," says Kasarda. "The idea is to calm passengers.”

Sondika Bilbao Airport, Spain

The Sondika Bilbao Airport is nestled in the hilly green landscape of the Txoriherri Valley, close to the city of Bilbao in northern Spain and the gateway to the Basque capital. Work on the airport started in the early 1990s, but was not complete until late in the decade; the airport was fully operational by 2000, with an investment of $39 million.
Santiago Calatrava designed the layout with considerable attention to the surrounding area and environment, limiting the impact of auxiliary buildings on the vista of the main building. The four-story parking structure has a sky lit walkway leading to the terminal building. It’s nicknamed La Paloma, or the Dove, for its birdlike silhouette.

Tempelhof International Airport, Berlin

Tempelhof Weltflughafen, often called the world or city airport, because of its commuter flights to other parts of Germany, was designed by Nazi-era architect Albert Speer. One of the airport's most distinctive features is its large, canopy-style roof, which was able to accommodate most contemporary airliners. Although this airport closed all operations in 2008, many experts in architecture say its design determined the shape of airports for generations to come.
"It was the first airport to make a statement. The terminals were architecturally important," says Kasarda. The airfield will be used as a city park, while the terminal will be preserved for cultural functions.


Aviation Scholarships: Working Scholarship for the Aviation Sector Students

Singapore Aviation Scholarships

SINGAPORE : A new working scholarship has been announced for the aviation sector to attract high-calibre students from the Institute of Technical Education (ITE) and polytechnics.

Speaking at the Aviation Open House at Downtown East on Thursday, Minister of State for Transport Josephine Teo said the Aviation Horizons Scholarship will enable companies to recruit ITE or polytechnic graduates immediately upon graduation.

Together with the Civil Aviation Authority of Singapore, the companies can then sponsor the youths for part-time studies for higher qualification.

She said the scholarship aims to allow students to acquire work experience in the aviation sector, while they pursue further studies.

Mrs Teo also announced the Aviation Youth Outreach Seed Fund, which aims to expand the range of aviation interest activities currently organised for youths by the industry, associations and student groups.

She said the Seed Fund can support new ideas put forward by groups to nurture a passion for aviation in youth.

Both the initiatives are part of the S$9 million Aviation Manpower Programme (AMP) launched last year.

It aims to build the aviation manpower base through the attraction, development and retention of talent.

- CNA/ms

Civil Aviation Humor: 10 Ways you can tell your Pilot is on Drugs

Military Aviation Humor | Civil Aviation Humor | Life in the Military
10 Ways you can tell your pilot is on drugs

10. All the in-flight meals are missing their dessert squares.
9. In between 'May I' and 'have your attention' there's a 45 minute pause.<
8. He's constantly yelling, 'Take that, Red Baron!'
7. Shuttle from New York to Boston includes stopover in Columbia.
6. His co-pilot: Robert Downey Jr.
5. For the last hour, he's been riding the beverage cart like a rodeo cowboy.
4. Keeps coming on the P.A. to point out clouds that look like his old high school teachers.
3. His wings are pinned to his bare chest.
2. When you fly over international dateline, he yells, 'Dude! We're, like, time traveling!'
1. When he exhales, the oxygen masks drop.


Military Aviation Humor
The Blonde Fighter Pilot

"So, a blonde fighter pilot was flying in a two ship one day. She was flying her heading just fine, when all of a sudden her wingman called, "We have Migs coming in at 6 o'clock!" She quickly took a thought, looked at her watch and said, "It's okay! It's only 5:30!"

Irish Aeronautical Engineer wins Top Boeing award at age of 34

Boeing Commercial Airplanes Engineer of the Year is Irish Aeronautical Engineer

Dr Pio Fitzgerald, a University of Limerick aeronautical engineering graduate, has won the highest engineering accolade from Boeing, having been named Boeing Commercial Airplanes’ Engineer of the Year, aged just 34.

On 12 November, Fitzgerald attended the Dubai Air Show as one of four nominees for the Innovator of the Year award from Flightglobal.  Previous winners of this award include Richard Branson in 2020 and the aircraft manufacturer Embraer in 2020.

Hailing from Killarney, Co Kerry, Fitzgerald graduated from UL 1999 with a Bachelor of Engineering degree in aeronautical engineering.  As part of his degree, he undertook an eight-month co-operative education placement in 1997 with Boeing Commercial Airplanes, which formed the basis of his interest in his current speciality, flight-control laws. Following graduation from UL, Fitzgerald attained both a master's degree and a doctorate at Cranfield University in the UK.
Fitzgerald's breakthrough OAMS system for the Boeing 747-8F

In the spring of 2020, Boeing encountered a design crisis with the new 747-8F jumbo jet freighter aircraft, when "flutter tests" revealed a vibration in the jumbo freighter's wing.

Fitzgerald and his team made aerospace history when they developed the Outboard Aileron Modal Suppression (OAMS) system that dampened out the flutter on the Boeing 747-8F without necessitating any physical redesign of the aircraft. 

Fitzgerald's breakthrough system required an agreement on a "regulatory special condition" between the Federal Aviation Administration (FAA) and Boeing.

Fitzgerald's ingenuity secured FAA certification and contributed to the delivery of Boeing's innovative jet in October.

In aerospace circles, his accomplishment has already been compared to the legendary Sutter Twist solution four decades ago, when a similar design crisis faced the original 747 passenger aircraft.

Speaking about the award, Fitzgerald today said he was "honoured and humbled to be named Boeing Commercial Airplanes Engineer of the Year". He also thanked UL for giving him the educational foundation to go on and progress his aeronautical career.

"The great education I received in aeronautical engineering at the University of Limerick provided me with the necessary skills to contribute at the highest levels in the commercial airplane industry. I owe a great deal of thanks to the faculty and staff of UL."

Prof Michael McCarthy, chair of Aeronautical Engineering at the Department of Mechanical, Aeronautical and Biomedical Engineering at UL, also spoke today about Fitzgerald's achievements.
'Mind-boggling achievement at such a young age' - UL professor

"These awards represent the highest honours an aerospace engineer could hope to achieve. Pio was a fabulous student, who we expected to do well. But to achieve this recognition is beyond anything we could have imagined. Boeing is such a prestigious company that every aerospace engineer in the world would love to work there. To even get into the organisation, let alone be named their top engineer, and at the tender age of 34, is mind boggling," said McCarthy.

Boeing Commercial Airplanes employs more than 70,000 people worldwide, including top aerospace engineers.

In 2020, Boeing had revenues of more than US$31bn, with more than 12,000 jetliners in service.

Carmel Doyle

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