3D Engineering
Technical Consultant – STK (Aerospace… at 3D Engineering · Bengaluru
Entry LevelOn-siteFull-timeBengaluru, Karnataka
Job Description
Job Description / Roles & Responsibilities
Mission Simulation & Aerospace Modeling
- Develop and run mission simulations using ANSYS STK for aerospace and space systems.
- Model and analyze satellite trajectories, constellations, and coverage patterns.
- Simulate communication links between satellites, UAVs, and ground stations.
Aerospace System Analysis
- Analyze orbital parameters, revisit times, and mission coverage.
- Evaluate line-of-sight, communication access, and sensor coverage.
- Study mission feasibility for satellite and UAV systems.
Model Development
- Build simulation scenarios including:
- Satellites
- Aircraft / UAV platforms
- Ground stations
- Sensors and payloads
- Perform parametric analysis to evaluate system performance.
Mission Planning
- Support aerospace mission planning studies.
- Analyze satellite constellation performance and ground coverage.
- Simulate defense, communication, or Earth observation missions.
Documentation
- Prepare technical reports and simulation summaries.
- Document simulation workflows and methodologies.
Collaboration
- Work with aerospace engineers, simulation specialists, and defense project teams.
- Participate in technical reviews and mission analysis discussions.
Learning & Development
- Undergo training in:
- ANSYS STK
- Mission analysis
- Aerospace simulation workflows
- Continuously develop expertise in digital mission engineering.
Skills
Must Have
Aerospace & Mission Analysis
- Strong fundamentals in orbital mechanics
- Understanding of satellite constellations
- Basic knowledge of flight dynamics
- Knowledge of navigation and aerospace systems
STK / Mission Simulation (Training can be provided)
- Basic understanding of mission simulation tools
- Interest in System Tool Kit (STK) for space and aerospace simulation
- Ability to simulate satellite orbits, ground stations, and communication links
Analytical Skills
- Ability to interpret simulation results
- Problem solving and engineering analysis
- Strong mathematical and physics background
Optional Skills
- Exposure to ANSYS STK
- Knowledge of UAV mission planning
- Programming in Python / MATLAB
- Knowledge of RF communication basics
- Exposure to GIS / geospatial systems
Must Have
Bachelor’s degree in Aerospace Engineering (preferred) or related discipline.
Relevant academic exposure in:
- Orbital Mechanics
- Flight Mechanics
- Aerospace Systems
- Satellite Communication
- Control Systems
Freshers with strong fundamentals are preferred.