Lead - Methods Engineer (Composites)
Skyroot
Hyderabad, Telangana, India
Posted on Jan 7, 2026
About Us
Skyroot Aerospace is a National award-winning growth-stage start-up, founded by former ISRO scientists.
Our mission is to open space for all by providing affordable, reliable, and responsive space launch solutions.
We are a close-knit team of Space professionals building leading space launch vehicles and solutions from India for the world.
Job Description
About Skyroot Aerospace
A cutting-edge startup founded by ex-ISRO scientists. Dedicated to affordable space
access, we're rewriting aerospace technology rules. Our dynamic team fosters
inventiveness, collaboration, and relentless excellence. Join us on a transformative
journey to redefine space possibilities. Welcome to the forefront of space innovation
with Skyroot Aerospace!
Purpose of Role:
A Composites Methods Engineer specializes in the design, development, and
manufacturing processes of composite materials They ensure that composite materials
(like carbon fiber, fiberglass, and resins) are effectively integrated into product designs
and manufactured efficiently. Here’s a detailed breakdown of the roles and
responsibilities of a Composites Methods Engineer.
Roles and Responsibilities:
1. Design and Development
• Develop methods for the design and manufacturing of composite materials for
components and structures.
• Work with design teams to ensure composite materials meet the necessary
structural, thermal, and durability requirements.
• Evaluate and analyze product designs for manufacturability and suggest design
changes to optimize the use of composite materials.
• Generate CAD models, technical drawings, and tooling designs for composite
components.
• Provide recommendations to improve product designs, focusing on
manufacturability and material performance.
2. Material Selection and Testing
• Research and select appropriate composite materials (carbon fiber, Kevlar,
glass fiber, resins) for different applications.
• Perform material testing, including tensile, compression, and fatigue testing, to
verify that selected materials meet the required standards and specifications.
• Develop test methods for evaluating the performance of composite structures
under various conditions.
• Analyze and interpret test data to refine material choices and process
parameters.
3. Manufacturing Process Development and Optimization
• Develop and improve composite manufacturing processes (e.g., layup, curing,
resin infusion, and autoclaving).
• Optimize production methods to ensure efficiency, cost-effectiveness, and high
quality.
• Create work instructions and technical documentation to guide manufacturing
teams in the production of composite materials.
• Work closely with production teams to troubleshoot and resolve issues related
to composite manufacturing.
4. Tooling and Equipment Management
• Design and develop tooling, jigs, and fixtures required for the manufacture of
composite components.
• Coordinate the procurement and maintenance of specialized equipment for
composite manufacturing (e.g., autoclaves, vacuum systems, CNC machines).
• Evaluate tooling designs and make recommendations for improvement based
on production feedback.
5. Quality Control and Assurance
• Develop and implement quality control processes to ensure that composite
materials and components meet industry standards (e.g., AS9100 for
aerospace).
• Inspect and validate composite parts and structures during and after
manufacturing.
• Collaborate with quality assurance teams to create inspection protocols and
ensure compliance with safety and performance standards.
• Conduct failure analysis on defective parts and implement corrective actions to
prevent recurrence.
6. Project Management and Collaboration
• Manage projects related to composite material development, from concept to
final production.
• Work closely with cross-functional teams, including designers, engineers, and
production staff, to meet project goals and timelines.
• Provide technical support to manufacturing teams during the production
process.
• Prepare technical reports and presentations to communicate project progress
and outcomes to stakeholders.
7. Research and Innovation
• Stay updated on emerging trends and technologies in composite materials and
manufacturing methods.
• Conduct research on new materials, fabrication techniques, and potential
applications for composites in the industry.
• Experiment with advanced composites and nanomaterials to improve product
performance and reduce weight.
• Explore automation and digital technologies, such as additive manufacturing
and robotics, in composite manufacturing.
8. Compliance and Safety
• Ensure all composite materials and processes comply with industry regulations
and safety standards.
• Develop and implement health and safety procedures related to the handling
and processing of composite materials.
• Ensure that the manufacturing processes adhere to environmental regulations
and sustainability initiatives.
Skills:
• In-depth knowledge of composite materials and processes (e.g., resin infusion,
vacuum bagging, prepreg, and autoclaving).
• Proficiency in CAD software (such as CATIA, SolidWorks) and simulation tools
(FEA).
• Strong understanding of manufacturing techniques, tools, and equipment for
composites.
• Excellent problem-solving skills, with the ability to troubleshoot production
issues.
• Knowledge of industry standards (AS9100, ISO9001) and compliance
regulations.
• Strong project management skills and the ability to work collaboratively in a
team.
Qualification:
• Bachelor’s degree in mechanical engineering, Aerospace Engineering, Materials
Science, Manufacturing Engineering, or a related field.
• Master’s degree or Ph.D. in a related field (optional, but beneficial for advanced
roles and R&D positions).
