Chief Technologist Full-time Job

Key Accountabilities:

Develop test plans for parts/assemblies through development, qualification and acceptance testing

Consult with design team to define test conditions and test methods during the product lifecycle

Evaluate the performance of mechanical equipment against set performance requirements. (Analyzing tested structures, fluid systems, and mechanisms for positive margin.)

Influence and improve designs based on testing and interpretation of results;

Define instrumentation for test setup, analyzing responses and correlating with analysis/predictions

Design test jigs/stand/equipment concepts and authorize fabrication drawings, wiring schematics, and instrumentation lists

Supervise the integration of jigs or test stands including fabrication, mechanical assembly and data/control systems

Assemble and disassemble flight hardware and test equipment as needed

Further develop and maintain in-house testing facilities

Mentor and monitor mechanical engineers;

Lead Junior Engineers to facilitate projects and perform responsibilities designated by the Engineer.

Experience & Education Qualifications:

At least 21 yr (NTC5), 17 yr (T3), 15 yr (T4 / B.Tech) or 10 yr (M.Tech) of related experience, preferably, in the aerospace industry

NTC5, T3, B.Tech / T4 or M.Tech Diploma or higher and/or equivalent technical qualification in mechanical or aerospace engineering

At least 10 yr of Test and Evaluation experience, in the aerospace or defense industry Knowledge in the application of environmental testing in the design process

A thorough understanding of defense product development and testing

Visual and spatial awareness, attention to detail, problem solving

Strong CAE, math and Product Data Management skills

Technical communication (Written and oral.) with technical and non-technical personnel, suppliers and customers

Mentor for junior projects

HALCON has developed in-house expertise across the entire value chain for gravity-release bomb guidance systems. This includes design, development, testing, manufacturing and assembly. Our end-to-end capabilities ensure exceptional quality and competitive pricing. As well, we are faster and more flexible in meeting customer requirements.
Our work on these systems begins with research and development informed by customer requirements and market trends. Our production facilities deliver high-tolerance, high-precision components and sub-systems, finished through our full assembly line services. This results in systems with the highest performance, reliability and safety.