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Passionate about CAD Design, Product Development, Simulation, and Engineering Innovation.
ME.STUDENT_v1.0
I'm a driven Mechanical Engineering (B.Tech) student passionate about designing autonomous systems, intelligent machines, and innovative products that improve workplace safety and enhance human lives.
My mission is to leverage automation, robotics, machine design, and product development to eliminate workplace hazards and reduce human exposure to dangerous chemicals, sharp tools, repetitive tasks, and physically demanding environments.
Through CAD modeling, simulation-driven design, and hands-on prototyping, I transform complex engineering challenges into practical, reliable, and scalable solutions.
By integrating mechanical engineering with workplace safety principles, I focus on developing systems that maximize productivity while minimizing risks to workers.
Designing efficient mechanical systems and industrial equipment.
Advanced 3D modeling, engineering drawings, assemblies.
Structural, thermal, and fluid simulations using ANSYS.
Smart manufacturing, sensor integration, automation.
Engineering solutions that create safer workplaces.
Intelligent robotic systems for safety-critical applications.
SolidWorks · ANSYS
Full 4‑stroke engine assembly with motion simulation and FEA analysis.
SolidWorks · ANSYS
Spring‑damper assembly with ANSYS structural FEA.
SolidWorks · Arduino
Autonomous mobile robot with obstacle detection, path planning, and Arduino control.
SolidWorks
Spoke geometry optimised for weight reduction with rendering.
SolidWorks · ANSYS
Jaw crusher with kinematic analysis and ANSYS FEA.
SolidWorks
Full‑scale Jeep with suspension, drivetrain, and studio render.
SolidWorks · Assembly
Heavy‑duty wheel loader with hydraulic arm, bucket assembly, and structural analysis.
Arduino
Autonomous robot, CNC plotter, temp‑controlled fan, digital weighing system.
Skills Used
Year 1 — 2021
Began B.E. Mechanical Engineering. Strong foundations in mechanics, thermodynamics, and mathematics.
Year 1–2 — 2022
Mastered SolidWorks and AutoCAD. First parametric models.
Year 2 — 2022
Engine, bearing, wheel assemblies. First SolidWorks cert.
Year 2–3 — 2023
FEA with ANSYS Workbench. NPTEL FEA certification.
Year 3 — 2023
Design competitions and hackathons.
Year 3–4 — 2024
Arduino projects, robotics.
Year 4 — 2024
Consolidated projects, advanced certs.
Upcoming — 2025+
Internships, R&D, AI+Engineering.
2021 – Present
Aditya University · India
Specialization in Design , Automation and Manufacturing.
2019 – 2021
Sakubva High School · PCM
Physics, Chemistry, Mathematics, Statistics with distinction.
Nov 2024 – Present
Aditya University Boys Hostel | Peddapuram, Andhra Pradesh, India
Act as the primary liaison and advocate for international students, working directly with university housing administration to resolve welfare and facility concerns.
Aug 2022 – Oct 2024
Guta Ra Jehovha | Mutare, Zimbabwe
Led a multidisciplinary youth team and coordinated a solar-powered irrigation project, community garden, and poultry project.
2025 – Present
Mechanical Engineering Portfolio Project
Designing an autonomous delivery robot with obstacle detection, route navigation, and Arduino control.
Open to internship opportunities, collaborations, and engineering discussions. Let's connect!
EMAIL (Opens Gmail)
justicejohnnyazika@gmail.com
linkedin.com/in/justice-nyazika-146041267
GITHUB
github.com/nyazikajustice
+263 717 366 292